Pemeriksaan & Pengujian Electrical Grounding system
2026-04-27 08:30 - 2026-04-29 16:00 (Asia/Krasnoyarsk) | Bandung, Jawa Barat, Indonesia
Background & About the Course
The inspection and testing of electrical grounding systems are vital for any building and its equipment. Neglecting the maintenance of grounding systems can lead to severe damage from lightning strikes, resulting in equipment failure and even fires. In capital-intensive industries such as refineries, oil and gas, petrochemicals, and tank yards, lightning damage can lead to significant financial losses and production interruptions.
Additionally, the risks to personnel, including minor and serious injuries or fatalities, medical costs, and recovery expenses for the entire production system, can be substantial. All these hazards and losses can be mitigated by enhancing the knowledge and skills of all involved through this training.
Course Objectives
After completing this training, participants will:

Gain a better understanding of lightning, its symptoms, characteristics, and consequences for humans and industries.
Understand the importance of grounding systems.
Learn methods to avoid losses due to lightning strikes across various aspects.
Discover ways to prevent workplace accidents caused by lightning.
Acquire knowledge on selecting lightning protection systems to safeguard equipment and personnel.

Who Should Attend
Recommended Participants:

Electrical Engineers, Supervisors, and Superintendents
Plant Maintenance Technicians, Engineers, Supervisors, and Superintendents
Plant and Process Engineers, Supervisors, and Superintendents
Safety and Loss Prevention Engineers, Supervisors, and Superintendents
Electrical and Mechanical Design Engineers
Anyone looking to expand their knowledge of lightning protection and grounding systems

Course Outline

Characteristics of Lightning
Introduction to Lightning Protection Equipment
Introduction to Grounding Equipment
Maintenance and Inspection of Grounding Systems
Measurement and Testing of Lightning Protection Systems
Preventing Workplace Accidents
Avoiding Industrial Equipment Damage
Preventing Fires
Mitigating Other Losses
Recommendations for Improving Existing Systems and Mitigation Strategies

About the Course Leaders:
Ir. Nana Heryana, S.T. IPU., ASEAN.Eng
Public Training berikutnya : 10 – 12 Agustus, 2026 | 15 – 17 Desember, 2026

Fundamental Project Management
2026-04-28 08:30 - 2026-04-29 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Project Management is the application of knowledge, skills, tools, and techniques to meet project requirements and deliver successful outcomes. Project Management Fundamental provides a structured approach to planning, executing, and closing projects, ensuring efficiency, resource optimization, and goal achievement. Effective project management is essential across industries, from construction and engineering to IT and healthcare, as it helps organizations stay competitive, meet deadlines, and manage risks.
Understanding project management is crucial for professionals who lead or contribute to projects, as it enhances their ability to manage time, cost, scope, and quality while ensuring stakeholder satisfaction. It also fosters teamwork, communication, and problem-solving skills, which are vital in today’s fast-paced and complex business environment.
For those looking to establish their expertise in this field, the Project Management Professional (PMP) certification, issued by the Project Management Institute (PMI), serves as a globally recognized credential. This certification validates an individual’s proficiency in managing projects effectively and increases career opportunities in project-based roles. This 3-day course serves as a structured preparation for individuals aspiring to take the PMP exam, equipping them with fundamental project management principles aligned with PMI’s PMBOK Guide.
Course Objectives:

Understand the fundamental principles of project management based on PMI standards.
Learn project management processes, knowledge areas, and best practices.
Develop skills in project planning, execution, monitoring, and closure.
Familiarize with PMP exam structure and key preparation strategies.
Enhance problem-solving and decision-making skills for project environments.

Who Should Attend:

Project managers seeking PMP certification.
Team leads and supervisors involved in project execution.
Engineers, analysts, and professionals managing projects.
Individuals aspiring to transition into project management roles.
Anyone preparing for the PMP certification exam.

Course Content:
Introduction to Project Management & Framework

Scope
Overview of project management and PMI’s PMBOK Guide.
Project life cycle and process groups (Initiating, Planning, Executing, Monitoring & Controlling, Closing).
Key project management terminologies and concepts.
Project governance and organizational structures.

Project Planning & Execution

Developing a project management plan and defining project scope.
Work Breakdown Structure (WBS) and project scheduling techniques (Gantt Chart, CPM, PERT).
Cost estimation, budgeting, and risk management strategies.
Stakeholder engagement and communication planning.
Quality management and procurement planning.

Monitoring, Controlling & PMP Exam Preparation

Performance measurement techniques (Earned Value Management, KPIs).
Change management and issue resolution.
Closing processes and lessons learned documentation.
PMP exam format, question types, and test-taking strategies.
Mock exam and review session.

About the Course Leader:
Dr. Ir. Djadja A. Sardjana, MM
Senior Executive on Strategic Planning/ Business Expansion/ Project/ Process/ Quality/ Knowledge Management/ Human Capital Learning, Corporate University and Operation Management At AT&T/Lucent, Ariawest/AT&T Wireless, M-Web, Motorola and Sampoerna Telekom
Management strategist with a 20+ year record of achievement and demonstrated business success in highly competitive markets. Have strength on driving growth of company revenues and improving business performance. Exceptional executive, mentor and coach with capability to building company learning organization and knowledge management, new business process, securing customer loyalty, and forging strong relationships with external business partners.
Public Training berikutnya : 28 – 29 Oktober, 2026

Preventive and Predictive Maintenance
2026-04-28 08:30 - 2026-04-30 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Maintenance is no longer viewed as just a support function within production—it has evolved into a critical business strategy that directly impacts a company’s success. Effective maintenance plays a key role in achieving high availability systems by minimizing downtime and maximizing uptime. This shift underscores the importance of integrating preventive and predictive maintenance as part of long-term operational strategies.
By adopting predictive and preventive maintenance, companies can enhance equipment reliability, extend asset life, and reduce operational disruptions. This course provides participants with the knowledge and tools necessary to design, implement, and optimize maintenance programs, contributing to increased efficiency and long-term sustainability.
Course Objectives:
After completing this training, participants will be able to:

Understand the fundamentals of maintenance management.
Implement and manage predictive and preventive maintenance activities.
Develop and execute comprehensive maintenance programs.
Extend maintenance intervals and reduce unplanned downtime.
Apply maintenance best practices to improve equipment reliability.

Who Should Attend:
This course is designed for personnel involved in operations, safety, and maintenance, including:

Technical, Operations, and Engineering Teams
QA/QC and Inspection Staff
Maintenance and Reliability Professionals

Course Content:
1. Proactive Preventive Maintenance

Equipment inspection and periodic assessments
Lubrication and component adjustments
Cleaning, painting, and protective coatings
Replacing worn components to extend asset life

2. Proactive Predictive Maintenance

Vibration analysis for early fault detection
Airborne ultrasound for leak detection
Infrared thermography for thermal assessments
Oil analysis to monitor equipment health
Non-destructive testing (NDT) techniques
Root cause failure analysis (RCFA)

3.Maintenance Planning & Scheduling

Planning and scheduling maintenance tasks
Implementing streamlined RCM (Reliability-Centered Maintenance)
Setting optimal maintenance intervals using reliability methods
Developing quality maintenance procedures
Performing maintenance audits and tracking KPIs
Study Cases

About the Course Leader:
Cecep Slamet Abadi, ST., MT
Cecep Slamet Abadi, ST., MT adalah salah satu associate instructor di FJM dengan latar belakang Pendidikan Teknik Mesin untuk jenjang S1 & S2.
Selain aktif sebagai dosen sejak tahun 1996, beliau juga memiliki pangalaman dalam bidang industry & konsultan di antaranya di LAPI ITB, Puslitbang Air, PINDAD, Audit Energi di Pertamina EP Pangkalan Susu, Tambung & Rengasdengklok, serta sebagai team uji kompetensi si IATKI (Ikatan Akhli Ketenagalistrikan Indonesia).
Untuk industrial training, Pak Cecep telah mengajar lebih dari 150 in-house maupun public training di antaranya: Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, dan lain-lain.
Public Training berikutnya : 21 – 23 September, 2026 | 21 – 23 Desember, 2026

Programmable Logic Controller (PLC) Principle, Practice and Trouble Shooting
2026-04-28 08:30 - 2026-04-30 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Programmable Logic Controllers (PLCs) are essential components of modern industrial automation systems, controlling machinery and processes across various sectors, including manufacturing, oil and gas, automotive, and food production. A PLC comprises hardware and software designed to automate processes that demand high reliability, ease of programming, and resilience to environmental factors. As industries increasingly depend on PLCs to enhance operational efficiency, it is vital for engineers and technicians to understand their functionality, troubleshoot effectively, and optimize performance. This three-day training program offers a comprehensive overview of PLC principles, practical applications, and troubleshooting techniques to help professionals maintain and improve automation systems.
Course Objectives

Understand the basic principles of PLCs, including components, functions, and operations.
Program a PLC using ladder logic and other common programming languages.
Develop practical skills for configuring and implementing PLC systems in various automation environments.
Troubleshoot and diagnose common PLC problems and faults.
Utilize diagnostic tools and techniques to enhance system reliability and performance.
Optimize PLC-controlled systems for increased operational efficiency.
Learn about the latest advancements in PLC technology and their real-world applications.

Who Should Attend

Maintenance Engineers and Technicians
Automation Engineers
Control System Engineers
Electrical Engineers
Technicians and Operators
Project Managers

Course Outline
Introduction to PLCs and Basic Programming

Introduction to PLCs

Overview of PLC components (CPU, I/O, etc.)
Types of PLCs and their applications
Installation, wiring, and setup basics

PLC Programming Languages

Introduction to Ladder Logic programming
Basic syntax and functions in Ladder Logic
Hands-on: Creating simple ON/OFF programs

PLC Communication and I/O

Digital vs. analog I/O systems
Working with I/O modules
Hands-on: Configuring and wiring basic I/O

Advanced Programming, Applications, and Integration

Advanced Ladder Logic Programming

Using timers, counters, and memory management
Advanced programming techniques (sequencers, shift registers)
Hands-on: Developing a complex program

PLC Integration with Other Systems

PLC and SCADA/HMI systems integration
Communication protocols (Modbus, Profibus, etc.)
Hands-on: Integration of PLC with SCADA or HMI

Practical PLC Applications

Real-world applications in manufacturing and process control
PLC in motion control and robotics
Hands-on: Implementing a basic control system

PLC Troubleshooting and Optimization

Common PLC Faults and Troubleshooting

Identifying common PLC faults (I/O, power, communication issues)
Troubleshooting tools and diagnostic methods
Hands-on: Troubleshooting a PLC fault simulation

Preventive Maintenance and Optimization

Best practices for PLC preventive maintenance
Optimizing PLC programs for reliability
Hands-on: Optimizing a PLC control system

Advanced Troubleshooting and Case Study

Analyzing a complex PLC failure scenario
Review of troubleshooting steps and methods
Hands-on: Solving real-world PLC problems

About the Course Leader:
Prof. Ir. Endra Joelianto, Ph.D., SMIEEE is an expert in control engineering with extensive research in hybrid control systems, discrete event control systems, Petri nets analysis and application on PLCs, robust PID controllers, advanced process control, and industrial automation using PLC/DCS. He earned his first degree (Ir.) in Engineering Physics in 1990 from the Department of Engineering Physics at ITB and his Doctor of Philosophy (PhD) in Control Engineering in 2001 from the Department of Engineering at The Australian National University, Australia.
Public Training berikutnya : 24 – 26 Agustus, 2026 | 7 – 9 September, 2026

Quality Control Mesin Saat Pemeliharaan dan Overhaul
2026-04-28 08:30 - 2026-04-30 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Overhaul mesin adalah salah satu proses kritikal dalam pemeliharaan peralatan industri yang bertujuan untuk memastikan mesin beroperasi dalam kondisi optimal. Dalam proses ini, setiap komponen mesin diperiksa, dibongkar, dan diperbaiki atau diganti sesuai kebutuhan. Quality control (QC) dalam pemeliharaan mesin saat overhaul menjadi faktor kunci untuk mencegah kerusakan lebih lanjut, meningkatkan efisiensi, dan memperpanjang umur mesin.
Kursus ini dirancang untuk memberikan pemahaman mendalam mengenai penerapan quality control dalam setiap tahap proses overhaul. Peserta akan mempelajari metode dan teknik inspeksi, standar kualitas yang relevan, serta praktik terbaik dalam mendokumentasikan dan mengevaluasi hasil overhaul. Dengan demikian, peserta akan mampu meningkatkan keandalan dan performa mesin secara keseluruhan.
Course Objectives:

Memahami prinsip-prinsip quality control dalam pemeliharaan mesin saat overhaul
Mengidentifikasi dan mengimplementasikan prosedur inspeksi yang sesuai
Menguasai teknik pengujian dan pengukuran komponen mesin
Mampu mengevaluasi dan menganalisis hasil inspeksi
Menyusun laporan dan dokumentasi overhaul yang efektif
Meningkatkan keandalan dan efisiensi operasional mesin

Who Should Attend:

Teknisi dan engineer pemeliharaan
Supervisor dan manajer pemeliharaan
Quality control dan quality assurance personnel
Personel yang terlibat dalam proses overhaul mesin

Course Content:

Pengantar Quality Control dalam Overhaul Mesin

Definisi dan peran QC dalam overhaul
Tujuan dan manfaat QC dalam pemeliharaan

Perencanaan dan Persiapan Overhaul

Penyusunan jadwal dan sumber daya
Identifikasi area kritikal untuk inspeksi
Persiapan alat dan metode inspeksi

Prosedur Inspeksi dan Pengujian

Teknik inspeksi visual dan non-destruktif
Pengukuran dan pengujian toleransi komponen
Evaluasi kondisi komponen mesin

Penerapan Standar dan Spesifikasi

Standar internasional dan nasional terkait QC
Implementasi standar dalam proses overhaul

Dokumentasi dan Pelaporan

Pembuatan checklist dan laporan inspeksi
Dokumentasi temuan dan rekomendasi perbaikan

Evaluasi dan Analisis Hasil Overhaul

Analisis data hasil inspeksi
Identifikasi akar penyebab masalah
Langkah-langkah perbaikan berkelanjutan

Studi Kasus dan Diskusi

Analisis kasus nyata dalam overhaul mesin
Diskusi kelompok dan solusi praktis

ABOUT THE COURSE LEADER:
Ir. Deddy Nugraha and Team
Ir. Deddy Nugraha, menyelesaikan pendidikan sarjana dari Departemen Teknik Mesin – Institut Teknologi Bandung, yang kemudian mendalami bidang Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) khususnya di bidang Reliability, Quality, dan Maintenance Management. Berpengalaman sebagai Senior Propulsion Engineer di Universal Maintenance Center PT. IPTN (1991 – 2002) dan sekarang sebagai Reliability Engineer dan Professional Training Instructor. Pengalaman sebagai instruktur training adalah di PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, PT. Krakatau Steel, PT. Amoco Mitsui, PT. Semen Gresik, Indocement Tunggal Prakarsa, PT. Puncak Jaya Power, Medco Energy dsb.
Public Training berikutnya : 10 – 12 Agustus, 2026 | 16 – 18 November, 2026

Boiler Control & Burner Management System
2026-05-04 08:30 - 2026-05-06 16:00 | Bandung, Jawa Barat, Indonesia
PENDAHULUAN:
Sistem Kontrol Boiler dan Manajemen Pembakaran merupakan komponen krusial dalam sektor industri yang mengandalkan boiler, bertujuan untuk memastikan operasi yang aman, efisien, dan handal. Sistem ini dirancang untuk mengatur proses pembakaran serta mempertahankan performa optimal dari boiler. Memahami sistem kontrol ini sangat penting untuk mengurangi risiko kegagalan, meningkatkan efisiensi energi, serta memenuhi standar keselamatan dan lingkungan yang berlaku.
Mengapa Pelatihan Ini Penting?
Pelatihan ini ditujukan untuk memberikan wawasan yang mendalam tentang cara kerja sistem kontrol boiler dan manajemen pembakaran. Dalam pelatihan ini, peserta akan mempelajari berbagai komponen utama, metode pengendalian otomatis, dan teknik manajemen risiko yang berkaitan dengan sistem pembakaran. Diharapkan setelah mengikuti pelatihan ini, peserta dapat mengoperasikan, memelihara, dan menyelesaikan masalah dalam sistem dengan lebih efektif.
TUJUAN:
Peserta akan mampu untuk:

Memahami keuntungan dari peningkatan kontrol proses boiler dan penghematan yang dihasilkan dari efisiensi yang lebih tinggi.
Mengembangkan dokumentasi yang sesuai untuk sistem kontrol.
Menerapkan prinsip dan metode pengukuran aliran serta level untuk mengoptimalkan operasi boiler.
Merumuskan strategi yang tepat untuk kontrol aliran, level, dan tekanan.
Melakukan penyetelan pada sistem kontrol boiler.
Mengimplementasikan pengukuran analisis untuk meningkatkan efisiensi boiler.
Menganalisis loop kontrol dasar yang diperlukan dalam operasi boiler.
Menerapkan konsep kontrol seperti cascade, rasio, dan feedforward untuk pengendalian boiler.
Menentukan interlock sistem keselamatan yang sesuai.
Mengevaluasi persyaratan proses dalam penulisan spesifikasi instrumen.
Memahami penyebab utama terjadinya ledakan furnace.
Menggunakan dokumentasi desain dan lembar aliran dengan tepat.
Mengidentifikasi kebutuhan peralatan untuk sistem gas, minyak, dan batubara halus.
Memahami prosedur purging pra-pembakaran untuk sistem dengan satu atau beberapa burner.
Mengimplementasikan perlindungan terhadap kegagalan nyala pada sistem tertentu.
Merancang sistem alarm, interlock, dan penghentian darurat yang efektif.
Memahami fungsi dan penggunaan antarmuka operator, burner front, dan sistem logika.

GARIS BESAR PELATIHAN:

Loop kontrol dasar
Proses pembakaran bahan bakar
Analisis gas bahan bakar
Permintaan pasokan uap dan laju pembakaran
Sistem kontrol feedwater
Sistem draft pada boiler
Kontrol pembakaran
Peningkatan operasi menggunakan komputer dan analisis
Teknologi terbaru yang muncul
Penyebab terjadinya ledakan furnace
Sistem interlock dan alarm BMS
Sistem kontrol
Filosofi desain sistem trip
Sistem elektronik yang dapat diprogram
Mengembangkan P&ID untuk boiler serta sistem gas, minyak, dan batubara halus
Meninjau metode perhitungan efisiensi
Menggunakan perangkat lunak komputer untuk mensimulasikan proses start-up dan shutdown boiler, serta kontrol termasuk level drum dan kontrol bahan bakar cross-limiting
Menyetel sistem kontrol boiler untuk efisiensi maksimal serta memahami dampak tuning tersebut.

SIAPA YANG HARUS HADIR?
Pelatihan ini cocok untuk insinyur instrumentasi & kontrol, insinyur operasi, pengawas proses & utilitas, manajer teknis, serta personel pengendalian kualitas dan supervisi teknis yang terlibat dalam rekayasa sistem kontrol boiler dan manajemen pembakaran.
About the Course Leader:
In Jumanda, ST, MT
Mr. Jumanda, a dedicated lecturer, has conducted nearly 280 training sessions (both public and in-house) for various industries, with a strong focus on oil and gas companies since 1997. He holds both Bachelor’s and Master’s degrees in Chemical Engineering from the Institute Technology Bandung. In addition, he has completed nine specialized courses in the oil and gas sector at PETEX (Petroleum Extension), University of Texas at Austin, in Houston, Texas, USA, in 2018.
Apart from his formal education, Mr. Jumanda possesses numerous professional certifications. These include a Lecturer Certificate from the Indonesian Minister of Education, Construction, Electrical, and Fire Protection Certificates from the HSE Association Indonesia.
Public Training berikutnya : 1 – 3 September, 2026 | 2 – 4 Desember, 2026

Asset Performance Management
2026-05-04 08:30 - 2026-05-06 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:

Asset performance management (APM) is a strategic approach to managing a company’s assets to maximizing their reliability, availability, efficiency and safety. When it comes to the nuts and bolts of industry success, nothing quite matches the importance of Asset Performance Management. In a world where operational downtime is not an option, ensuring your assets are running at peak performance isn’t just beneficial; it’s critical. Diving deep into making our equipment work better, we’re exploring how predictive maintenance, powered by data analytics, keeps our machinery running smoothly and changes the game regarding taking care of our machines.

Total Productive Maintenance is a proactive asset maintenance system that focuses on keeping an organization’s equipment in optimum working conditions, increasing equipment availability, and avoiding breakdowns and delays in core processes.
Therefore, Asset performance management using TPM is one of the most applicable methods to manage the assets.
TRAINING OBJECTIVES:
To equip those active in the management of productive and infrastructure assets with the knowledge, skills and attitudes needed at the various stages in the life of an asset, for optimizing the quality and quantity of asset outputs, minimizing risk and use of inputs, as required by the determined business plan.
The course will combine theoretical concepts and practical considerations to refine the understanding of:

The urgency of introducing Asset Operations Optimization in order to realize the full output potential of productive assets, avoid unnecessary investment in new assets and maximize revenue;
the development of a dynamic asset maintenance plan; and
The knowledge, understanding, skills and attitude necessary to perform Asset Operations Optimization analyses;
To reduce losses and waste;
the possibility to harness the full potential of the workforce that results in achieving remarkable asset performance improvements by introducing operator-maintainer principles;
the power of the Overall Asset Effectiveness factor for single asset and processes for decision making.

WHO SHOULD ATTEND:
Asset Owners, Managers, Engineers, Designers, Planners, Trades Persons, Operators, Finance Managers, Safety Officers and all those who are eager to achieve sustainable improvement in Asset Operations Optimization (formerly Total Productive Maintenance) and return on investment
COURSE CONTENT:

Total Productive Maintenance (TPM) /Asset Operations Optimization
How to Identify Process or Assets, Functions and Performance Standards
What Are Losses, Waste, Causes, Effects, Detection, Consequences and Criticalities
What Is the Overall Asset Effectiveness Factor?
How to Eliminate Losses and Waste?
What Is the Asset Operations Optimization Team Approach?
What Asset Operations Optimization Analysis Sheets Can You Use?
How to Implement Asset Operations Optimization?

ABOUT THE COURSE LEADER:
Ir. Deddy Nugraha and team
Ir. Deddy Nugraha is a senior rotating engineer and Asset Reliability specialist. Graduated from Mechanical Engineering Department, ITB (1990), and had advanced training in France and USA, for Gas turbine maintenance and repair. He has extensive experienced in RCA and trouble shooting for Turbomachinery Equipments, also Reliability philosophy and SERIP instructor in Chevron- Riau. He is general secretary for Indonesian Reliability Society (ISR) and KMI.
Many consulting works has been conducted including in PT. Indonesia Power (Tambak Loro, Suralaya, Perak), PT. IPMOMI Paiton, and, PT. PGN SBU TSJ and PT. Pertamina Gas, PT. HKS Humpus, and PT. Vale Indonesia. Operational excellence at PGN and railway safety management at ministrer of transportation. Reliability Data colection in Geothermal Powerplant Kamojang.
Public Training berikutnya : 7 – 9 September, 2026 | 2 – 4 Desember, 2026

Flow Assurance for Pipeline System
2026-05-04 08:30 - 2026-05-06 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Flow Assurance for Pipeline System adalah kursus yang memberikan pemahaman mendalam tentang fenomena aliran yang dapat membantu peserta menghindari masalah seperti pembentukan hidrat, gelombang tekanan (surge), atau kegagalan aliran cairan dengan viskositas tinggi. Kursus ini dirancang untuk mengatasi tantangan operasional yang sering dihadapi dalam pengelolaan pipa, seperti korosi, slugging, deposisi lilin, dan multiphase fluids. Dengan memahami penyebab dan solusi yang tersedia, peserta dapat meningkatkan keandalan sistem pipa mereka serta memastikan kelancaran operasional.
Kursus empat hari ini berfokus pada aspek-aspek penting dalam operasi pipa, termasuk pencegahan dan mitigasi masalah flow assurance. Peserta akan mempelajari pendekatan desain dan solusi operasional untuk mengatasi berbagai tantangan, dengan penekanan pada aplikasi praktis dan studi kasus nyata.
Course Objectives:

Menilai perilaku fisik dari tantangan utama flow assurance: korosi, pembentukan hidrat, perilaku transien, dan deposisi lilin.
Mengevaluasi integritas mekanis pipa.
Mengevaluasi efektivitas operasi pigging dan sistem deteksi kebocoran.

Who Should Attend:

Teknisi dan Engineer Instrumentasi
Design & Process Engineers
Operation Engineers
Tim Uji Sumur (Well Testing Group)
Production Operation
Reservoir Engineers & Technicians
Superintendent & Supervisor Pemeliharaan

Course Content:

Introduction to Oil and Gas Fluid Transport Properties
Overview of fluid transport fundamentals in pipeline systems.
Fluid Property Data and Phase Determination
Understanding fluid characteristics and phase identification.
Single and Multiphase Fluid Flow Analysis
Techniques for analyzing single and multiphase fluid flow.
Slug Formation and Prediction
Identification and prediction of slug formation in pipelines.
Surge Analysis
Understanding surge phenomena and mitigation strategies.
Corrosion (Internal and External)
Examination of corrosion types and prevention methods.
Hydrate Formation and Prevention
Strategies to mitigate hydrate formation in pipelines.
Wax Formation and Deposition
Methods to prevent and remediate wax buildup.
Asphaltene Prediction, Scale Precipitation, and Sand Production
Analysis of potential solid formation and its impact on pipelines.
Pigging Operations
Techniques for pipeline cleaning and maintenance.
Leak Detection Methods and DCS (Distributed Control Systems)
Modern approaches to leak detection, replacing outdated SCADA with advanced DCS systems. Includes startup/shutdown considerations.

ABOUT THE COURSE LEADER:
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE: Control Engineering Expert
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE is an expert in control engineering. His prominent research areas include Hybrid Control Systems, Discrete Event Control Systems, Petri Nets Analysis and Applications in PLC, Robust PID Controller, Advanced Process Control, and Industrial Automation using PLC/DCS. He earned his first degree (Ir.) in Engineering Physics from ITB in 1990 and a Ph.D. in Control Engineering from The Australian National University in 2001.
Currently, Prof. Endra serves as the Coordinator of Intelligent Control and Automation and is the founder of the PLC Research Group at the Instrumentation and Control Laboratory (LINK), Department of Engineering Physics, ITB. He also established and directed the Schneider-OMRON PLC Training Center at Maranatha Christian University, Bandung, collaborating with PT. Schneider Electric Indonesia, PT. OMRON Corporation Japan, and Invensys WONDERWARE.
He has led various training projects, including the TPSDP Retooling Program Batch II-DIKNAS in 2004 for the “Industrial Automation Using PLC” training program and similar projects in 2005 at ITB focusing on PLC for Industrial Control and Automation. Prof. Endra has also attended multiple professional training programs on PLC, DCS, and Instrument Calibration, such as Fieldbus Foundation Technology in Singapore (2002) and Advanced Process Control by ASPEN Tech., Jakarta (2005).
As an instructor, Prof. Endra has conducted training sessions for universities, public audiences, and in-house corporate programs. His expertise has benefited institutions and companies in sectors like petrochemicals, oil and gas, and cement production. These include PT. Pupuk Kujang, PT. Semen Gresik, PT. Petrokimia Gresik, Pertamina, British Petroleum, and Indonesia Power-Paiton, among others. Prof. Endra is widely recognized for his contributions to advancing industrial automation and process control in Indonesia.
Public Training berikutnya : 5 – 7 Oktober, 2026 | 9 – 11 Desember, 2026

Gas Turbine & Compressor Operation & Maintenance
2026-05-04 08:30 - 2026-05-06 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Gas turbines and compressors play a crucial role in power generation, oil and gas, and petrochemical industries. Their efficient operation is vital for maximizing performance, ensuring reliability, and reducing downtime. Proper maintenance and understanding of these systems are essential for preventing costly failures and extending equipment life.
This training course is designed to provide participants with a thorough understanding of gas turbine and compressor systems, covering their operational principles, component functions, and maintenance strategies. By mastering these areas, participants will enhance their ability to troubleshoot issues, optimize performance, and ensure safe and cost-effective operations.
Course Objectives:

Gain comprehensive knowledge of gas turbine technology, including thermodynamics, design, and component functions
Develop skills in diagnosing failures and conducting root cause analysis
Enhance understanding of gas turbines used in gas plants and their applications
Improve proficiency in the operation and maintenance of compressors within turbine systems
Learn best practices for ensuring system reliability, safety, and performance

Who Should Attend:

Maintenance Engineers, Superintendents, and Supervisors
Rotating Equipment Engineers and Supervisors
Power Plant Engineers and Operators
Professionals seeking to expand knowledge of gas turbines and compressors

Course Content:

Introduction to Gas Turbines

History and Applications in Oil and Gas

Brayton Cycle and Thermodynamics
Gas Turbine Design and Components
Operational Principles and Engine Design
Detailed Component Analysis:

Compressor Section
Diffuser and Combustor
Turbine and Exhaust Systems

Auxiliary Systems and Accessories

Bearings, Seals, and Lubrication Systems
Ignition and Fuel Systems

Combustion Principles in Gas Turbines

Natural Gas Heating Values (LHV/HHV)
Stoichiometric Combustion and Emissions
Cooling Technologies and Coating Applications

Gas Turbine Compressor Operations

Energy Conversion and Pressure Management
Surge and Stall Phenomena
Surge Control (IGV and Bleed Valve Systems)

Turbine Operations and Energy Conversion

Blade Function, Cooling, and Coating Technologies
Failure Analysis and Preventive Maintenance

Gas Turbine Control and Monitoring

Fuel, IGV, and Lubrication Control Systems
Operational Strategies for Power Generation and Gas Compression

ABOUT THE COURSE LEADER:
Cecep Slamet Abadi, ST., M.T adalah salah satu associate instructor di FJM dengan latar belakang Pendidikan Teknik Mesin untuk jenjang S1 & S2.
Selain aktif sebagai dosen sejak tahun 1996, beliau juga memiliki pangalaman dalam bidang industry & konsultan di antaranya di LAPI ITB, Puslitbang Air, PINDAD, Audit Energi di Pertamina EP Pangkalan Susu, Tambung & Rengasdengklok, serta sebagai team uji kompetensi si IATKI (Ikatan Akhli Ketenagalistrikan Indonesia). Untuk industrial training, Pak Cecep telah mengajar lebih dari 150 in-house maupun public training di antaranya: Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, dan lain-lain.
Public Training berikutnya : 8 – 10 September, 2026 | 9 – 11 November, 2026

Medium Voltage (MV) Electric Switchgear & Circuit Breaker
2026-05-04 08:30 - 2026-05-06 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Medium Voltage (MV) electric switchgear and circuit breakers are essential components in electrical power systems, providing protection and control for electrical networks. Proper understanding and maintenance of these systems are critical to ensuring operational reliability, safety, and efficiency. With the rapid advancements in MV switchgear technology, professionals need to stay updated on the latest standards, practices, and troubleshooting techniques.
This three-day training program is designed to provide participants with a thorough understanding of MV electric switchgear and circuit breakers. The course combines theoretical knowledge with practical insights, enabling participants to identify key components, understand their functions, and carry out maintenance and troubleshooting effectively. Through interactive discussions and case studies, participants will enhance their technical capabilities and ensure compliance with safety standards.
Course Objectives:

Understand the fundamentals of MV switchgear and circuit breaker operations.
Identify and explain the functions of key components.
Conduct inspections, maintenance, and troubleshooting of MV systems.
Ensure compliance with relevant safety standards and regulations.
Optimize the performance and reliability of MV switchgear systems.

Who Should Attend:

Electrical engineers and technicians involved in power systems.
Maintenance and operations personnel handling MV equipment.
Project managers overseeing electrical installations.
Safety officers ensuring compliance in electrical systems.
Anyone seeking to deepen their knowledge of MV switchgear and circuit breakers.

Course Content:

Introduction to Medium Voltage Systems

Overview of MV systems in power distribution
Role and importance of switchgear and circuit breakers

Components of MV Switchgear

Types of MV switchgear (AIS, GIS, etc.)
Key components: busbars, disconnectors, CTs, VTs

Circuit Breaker Fundamentals

Types of MV circuit breakers (vacuum, SF6, air-insulated)
Operating principles and selection criteria

Protection and Control Systems

Relays and protection schemes
Automation and control in MV systems

Inspection and Maintenance

Routine inspection procedures
Preventive and predictive maintenance techniques

Troubleshooting MV Switchgear and Circuit Breakers

Common issues and their causes
Diagnostic tools and techniques

Safety and Compliance

Electrical safety standards and best practices
Arc flash protection and risk mitigation

Case Studies and Practical Applications

Analysis of real-world scenarios
Hands-on exercises and simulations

ABOUT THE COURSE LEADER:
Supriyanto, S.T., M.T

Public Training berikutnya : 5 – 7 Oktober, 2026

Failure Mode and Effect Analysis
2026-05-05 08:30 - 2026-05-07 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Failure Mode and Effect Analysis (FMEA) adalah metode sistematis yang digunakan untuk mengidentifikasi potensi kegagalan dalam proses atau produk, mengevaluasi dampaknya, dan menentukan tindakan pencegahan yang tepat. FMEA membantu mengurangi risiko kegagalan, menekan biaya, serta meningkatkan kualitas dan keandalan produk. Selain itu, FMEA berfungsi sebagai alat dokumentasi yang berharga untuk perbaikan berkelanjutan dan inovasi.
OBJECTIVES:
Setelah mengikuti Training ini peserta akan memahami konsep-konsep FMEA, mengembangkan kemampuan untuk melakukan FMEA dan menyusun rencana control yang efektif untuk proses produksi.

Memahami prinsip dasar dan konsep FMEA.
Melakukan identifikasi dan evaluasi potensi kegagalan pada proses dan produk.
Menyusun rencana kontrol untuk mengurangi risiko dan mencegah kegagalan.
Mengembangkan strategi perbaikan berkelanjutan berbasis hasil FMEA.
Meningkatkan efisiensi dan kualitas produksi melalui analisis risiko.

RECOMMENDED PARTICIPANTS:

Manager dan Supervisor dari departemen (R&D), Engineering, Production & Q-HSE
Tim proyek yang terlibat dalam proses perbaikan kualitas dan pengembangan produk.
Profesional yang bertanggung jawab atas pengelolaan risiko operasional.

COURSE OUTLINE:

Pengenalan dan Konsep Dasar FMEA

Definisi, tujuan, dan manfaat FMEA.
Tipe-tipe FMEA (Design FMEA dan Process FMEA).

Persiapan Pelaksanaan FMEA

Identifikasi proses yang berisiko tinggi.
Pembentukan tim FMEA dan peran masing-masing anggota.

Penentuan Proses Berisiko dan Pembentukan Tim

Identifikasi proses kritis yang memerlukan analisis lebih lanjut.
Pemilihan sumber daya dan alat bantu yang diperlukan.
Penyusunan rencana pengendalian awal.

Penyusunan Diagram Proses dan Brainstorming Failure Modes

Pembuatan diagram alur proses.
Identifikasi potensi kegagalan dan analisis dampaknya.

Penentuan Prioritas Failure Modes

Penilaian tingkat keparahan (Severity), frekuensi kejadian (Occurrence), dan deteksi (Detection).
Perhitungan Risk Priority Number (RPN).
Penentuan tindakan berdasarkan prioritas RPN.

Identifikasi Akar Penyebab Masalah (Root Cause Analysis)

Penggunaan teknik RCA (Root Cause Analysis).
Identifikasi faktor penyebab utama.
Alat bantu RCA (5 Why, Fishbone Diagram, dll.).

Perancangan Ulang Proses

Pengembangan solusi untuk mengurangi risiko.
Dokumentasi rencana tindakan.

Implementasi dan Pengujian Rancangan Ulang

Pengorganisasian implementasi.
Penerapan siklus Plan-Do-Study-Act (PDSA).
Pengujian dan verifikasi proses baru.

Pengawasan dan Monitoring Proses Baru

Evaluasi efektivitas rancangan ulang.
Penyempurnaan berkelanjutan melalui pengawasan rutin.

Penyusunan Plan of Action

Penyusunan rencana kerja tindak lanjut.
Tinjauan dan perbaikan berkelanjutan berdasarkan hasil evaluasi.

ABOUT THE COURSE LEADERS:
Ir. Deddy Nugraha and Team
Ir. Deddy Nugraha, menyelesaikan pendidikan sarjana dari Teknik Mesin – Institut Teknologi Bandung, yang kemudian mendalami bidang Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) khususnya di bidang Reliability, Quality, dan Maintenance Management. Berpengalaman sebagai Senior Propulsion Engineer di Universal Maintenance Center PT. IPTN (1991 – 2002) dan sekarang sebagai Reliability Engineer dan Professional Training Instructor. Pengalaman sebagai instruktur training adalah di PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, PT. Krakatau Steel, PT. Amoco Mitsui, PT. Semen Gresik, Indocement Tunggal Prakarsa, PT. Puncak Jaya Power, Medco Energy dsb
Public Training berikutnya : 21 – 23 September, 2026 | 7 – 9 Desember, 2026

Compressors and Dry Gas Seal System Operation & Maintenance
2026-05-11 08:00 - 2026-05-12 17:00 | Tangerang, Indonesia
Overview:
Compressors play a critical role in oil & gas, petrochemical, power generation, and process industries, where reliable gas compression is essential for production continuity, efficiency, and safety. Modern compressor packages operate at high speed, high pressure, and increasingly stringent environmental requirements, making sealing systems a key element in overall compressor reliability. Dry gas seal technology has become the industry standard for centrifugal and high-performance compressors due to its ability to minimize gas leakage, reduce friction losses, eliminate oil contamination, and support emission control targets. Compared to traditional sealing methods, dry gas seals require a deeper understanding of gas dynamics, pressure management, seal support systems, and operating discipline to ensure long-term reliability. Compressors and Dry Gas Seal System Operation & Maintenance is now become one package in plant operation.
This course provides a comprehensive understanding of compressor operation and dry gas seal systems from both operational and maintenance perspectives. Participants will gain insight into compressor mechanical design, performance behavior, surge phenomena, and interaction with instrumentation and control systems, followed by in-depth coverage of dry gas seal principles, operation, installation, commissioning, and maintenance practices. Emphasis is placed on practical field experience, troubleshooting logic, and real operational challenges commonly encountered in compressor and dry gas seal applications.
Training Objectives:
– Understand basic principle of gas turbine (Brayton Cycle)
– Basic Knowledge of Package Systems
– Operational Knowledge of the component interacts in the overall operational sequence of the system
– Logical and Analytical approach to fault diagnostic.
– Simulation using Historical Analyzer Tools TT 4000.
– Sharing knowledge of workshop and field troubleshooting

Recommended Participants:
This course is designed for personnel involved in the compressors and dry gas systems operation; Maintenance, Engineering & Operation.

Course Outline:

Compressor Types (Mechanical): Axial, Radial, Reciprocating
Gas Compressor Evolution (Mechanical): 1st Generation – 3rd Generation & further
Gas Compressor Components (Mechanical): Rotor, Stator
Gas Compressor Performance (Operation, Instrument dan Mechanical): Head, Flow, Efficiency, Performance map
Compressor Surge (Operation, Instrument and Mechanical): Vaneless Diffuser, Rotating stall, Surge line Surge control system layout dan alarm hingga troubleshooting.
Restage Summary (Operation, Instrument dan Mechanical): Add impellers, Re-stage to small impellers, Re-stage to large impellers, Remove impellers
Compressor Maintenance: Modular design, Module Rotor, Module Assembly, Overhaul
Compressors and Dry Gas Seal Systems: Radial Seals, Mechanical Contact Seals, Dry Gas Seals, Magnetic Bearings and Oil-Free Compressors
Introduction to Dry Gas Seals: Principle of Operation, Materials of Construction, Manufacturing and Verification Testing
Dry Gas Seal Operation and Maintenance: Installation, Commissioning, Operation and Maintenance
Workshop Visit & Practice

About The Course Leader:
Kurniawan M. Rifa’i & 2. Irwansyah Syahnil, ST – Field Practitioners
Public Training berikutnya : 7 – 8 September, 2026 | 9 – 10 November, 2026

Electrical Power Distribution & Protection System
2026-05-11 08:00 - 2026-05-13 17:00 | Bandung, Jawa Barat, Indonesia
Background:
Sistem distribusi dan proteksi tenaga listrik merupakan tulang punggung keandalan operasi industri dan fasilitas pembangkitan. Electrical Power Distribution & Protection System berfungsi menyalurkan energi listrik secara aman, efisien, dan kontinu dari sumber ke berbagai beban. Keandalan sistem ini sangat bergantung pada kemampuan design engineer, operator, dan electrical engineer dalam memahami karakteristik beban, parameter sistem, koordinasi proteksi, serta aspek keselamatan dan grounding. Pemahaman mendalam terhadap prinsip dasar sistem distribusi dan proteksi menjadi fondasi untuk menjaga stabilitas suplai listrik dan mencegah kerusakan peralatan akibat gangguan listrik. Pelatihan Advance Electrical Power Distribution & Protection System dirancang sebagai program tingkat lanjut (advance) yang berbeda dari pelatihan pengantar. Fokusnya bukan sekadar pada teori dasar, tetapi pada analisis sistem secara menyeluruh, studi kasus nyata, simulasi software, dan implementasi automasi proteksi modern seperti SCADA dan relay coordination.
Kelas lanjutan ini dibutuhkan karena sistem tenaga listrik saat ini semakin kompleks, melibatkan integrasi perangkat digital, monitoring real-time, dan tuntutan efisiensi energi yang tinggi. Engineer dan supervisor yang telah memahami konsep dasar perlu menguasai pendekatan analitis dan praktis tingkat lanjut agar mampu melakukan diagnosis, optimasi, dan pengambilan keputusan teknis secara akurat dalam pengelolaan sistem distribusi dan proteksi tenaga listrik.
Objectives:
Level Perusahaan:

Membantu perusahaan membuat kebijakan untuk mengembangkan dan mengelola sistem proteksi dan distribusi tenaga listrik sesuai dengan standar dan peraturan yang berlaku.
Membantu perusahaan dalam hal membuat Keputusan yang tepat pada saat pada saat kegiatan perencanaan, tindakan pencegahan dan pemeliharaan berdasarkan diagnosis dari sistem proteksi dan distribusi tenaga listrik yang diperlukan.
Membantu perusahaan dalam hal memahami penyebab kegagalan sistem, memahami sarana yang tersedia untuk pemulihan sehingga pengelolaan dan operasi sistem akan lebih baik.

Untuk Peserta:
Memahami dan Mengimplemantasikan:

Konsep sistem proteksi dan distribusi tenaga listrik
Perhitungan dan parameter pada sistem distribusi tenaga listrik
Kualitas daya dan harmonik serta dampaknya pada sistem proteksi dan distribusi.
Prinsip sistem proteksi sehingga akan mampu menganalisis ketika terjadi gangguan dalam sistem distribusi tenaga listrik.
Prinsip sistim otomasi dalam sistem proteksi dan distribusi tenaga listrik
Salah satu software yang digunakan untuk menganalisis sistem proteksi dan distribusi.
Safety dan Grounding sehingga terhindar dari bahaya kecelakaan kerja.
Kepercayaan diri kepada peserta dalam melaksanakan kegiatan terkait sistem proteksi dan distribusi tenaga listrik dengan menjamin keselamatan dan kesehatan Kerja.

Recommended Participants:
Engineer, Technician, Electrical Supervisor dan Staf Teknis yang menangani atau berurusan dengan pekerjaan yang berhubungan dengan sistem proteksi dan distribusi tenaga listrik.
Course Outline:

Introduction to Electrical Power Distribution System:

Introduction to Power System
Parameter of Power Distribution Systems
Component of Power Distribution Systems
Calculation of Power Distribution System

Introduction to Protection System: Theory and Case Study:

Principle of Unit Protection System
Principle of Over current protection
Principle of Differential protection
Principle of Relay Coordination

Power Quality and Harmonic in Power Distribution System:

Theory and Case Study
Introduction to Power Quality
Parameter of Power Quality
Harmonics
Harmonics Effect on Power Distribution and Protection System.

Safety and Grounding in Power Distribution System: Theory and Case Study:

Electrical Safety
Equipment Grounding System

Power Distribution Networks and Engineering Construction:

Applied Electrical and Mechanical Calculations
Reliability of Distribution Continuity and Low Voltage Distribution
Earthing in Distribution Grid Construction
Protecting Device of Electrical and Electronic Systems

Breaker in Power Distribution & Protection System:

Introduction to Substation
Fuse
Circuit Breaker
Load Break Switch
Recloser

Protection System of Power Transformer:

Principle of Power Transformer Protection
Differential Relay
Restricted Earth
Fault (REF) Relay
Over Current Relay
Ground Fault Relay
Standby Earth Fault (SBEF) Relay
Buchholz relay

Grounding and Bonding in Power Distribution and Protection System:

Introduction, General Requirements for Grounding and Bonding
Grounding Electrode Systems, Grounding Method and equipment
Conductor Size and Fusing Current Calculation
Personal Safety & Principles of core balance protection

Electricity Substation Automation in Power Distribution System:

Introduction to Electricity Substation Automation
SCADA in Power Distribution System: Principle of Real Time Monitoring, remote control, Data Recording, etc.
SCADA Implementation in Distribution Substations: Integration with Equipment, how to SCADA is integrated with equipment such as RTUs, PLCs, and protection equipment.

Software Simulation of Case Study in Electrical Power Distribution and Protection System:

System Modeling, create a One-Line Diagram, Input Data and Define Buses and Branches.
Load Flow Analysis: Run Load Flow, Analyze Results,
Short-Circuit Analysis: Perform Fault Analysis, Calculate Fault Current.
Relay Coordination: Model Protection Devices, Analyze
Relay Coordination, Adjust Relay Settings
Optimization and Validation: Optimize System
Performance, Validate Protection System, Consider
Real-Time Operations

About The Course Leader
Supriyanto, S.T., M.T

Public Training berikutnya : 9 – 11 September, 2026 | 9 – 11 November, 2026

Lock Out Tag Out (LOTO)
2026-05-11 08:30 - 2026-05-13 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Tag Out & Lock Out (LOTO) is a safety procedure designed to protect workers from potential hazards caused by the unexpected release of energy during the maintenance or repair of equipment. LOTO is essential not only for electrical teams but also for production, operation, maintenance, and instrumentation teams, as every system in the oil and gas industry has a high potential for energy hazards.
However, LOTO implementation is often inconsistent or poorly understood across various disciplines, which can lead to incidents that jeopardize worker safety and the environment. This training is designed to provide practical and in-depth understanding of LOTO procedures applicable across various operational fields.
Course Objectives
Participants will be able to:

Understand the fundamental principles and regulations underlying LOTO procedures.
Identify potential energy hazards in a cross-disciplinary work environment.
Master the practical application of LOTO procedures for all operational systems, including production, maintenance, electrical, and instrumentation.
Ensure workplace safety through a uniform understanding among operations and maintenance teams.
Foster a strong safety culture through consistent and effective LOTO implementation.

Who Should Attend
This training is recommended for:

Production and Equipment Operators
Maintenance Technicians
Electrical Engineers and Technicians
Instrumentation Engineers and Technicians
Operations, Maintenance, and Safety Supervisors or Managers
Members of the Health, Safety, and Environment (HSE) Team

Course Content

Legal Framework and Regulations Supporting LOTO:

OSHA 1910.147 and other relevant standards.

Concept of Hazardous Energy and Its Identification:

Mechanical, electrical, hydraulic, pneumatic, thermal, and chemical energy.

Fundamental Principles of Tag Out & Lock Out.
Differences in LOTO Procedures for Electrical, Operational, and Instrumentation Systems.
Identification of Appropriate LOTO Equipment and Devices.
Procedural Steps for LOTO:

Preparation, locking, tagging, verification, and release.

Simulation of LOTO Application on Various Systems:

Production systems, mechanical systems, and electrical panels.

Handling LOTO in Emergency or Special Situations.
The Role of Cross-Disciplinary Team Communication in Ensuring Successful LOTO Implementation.
Audit and Inspection of LOTO Implementation:

Checklists and compliance reporting.

Case Studies of LOTO-Related Incidents:

Causes, impacts, and mitigation steps.

Group Practice Exercises for LOTO Application in Different Work Environments.
Developing a Safety Culture Through LOTO.

About the Course Leader:
Ir. H. Irawadi Prihaswan, MK3, Dipl. Geoth is a professional practitioner with over 30 years of experience in diverse working environments, including oil and gas, geothermal, and mining. His dedication to Health & Safety Management began in 1999, and he has served as the Manager of Emergency Response at Chevron in Balikpapan and Pekanbaru since 2009. Currently, he holds an advisory position in HSE at a well-known geothermal company, reporting to the VP of Operations & Maintenance.
Mr. Irawadi is responsible for the development and rollout of Emergency Response Plans (ERP) and Emergency Control Systems (ECS) in his organization. He graduated from Gajah Mada University in 1986 and obtained a diploma in New Zealand. He earned his Master’s degree in Occupational Health & Safety from the University of Indonesia in 2007.
Throughout his career, he has also served as an internal trainer on health and safety matters, sharing his knowledge and skills with the community.
Public Training berikutnya : 9 – 11 September, 2026 | 10 – 12 November, 2026

Operasi Coal Handling PLTU Batubara
2026-05-11 08:30 - 2026-05-13 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course

Effective coal handling operations at coal-fired power plants (PLTU) are crucial for the sustainability of power generation and the national electricity supply. While coal is not as flammable as liquid fuels, it still requires special handling due to its solid form.
Coal remains a widely used fuel source in the industry due to its relative affordability. The handling equipment must be appropriately designed to manage coal from its arrival, through stockpiling, to its introduction into the combustion process.
Course Objectives
By participating in this training, participants are expected to:

Understand the background and operational procedures for coal handling.
Operate conveyor equipment for coal loading and unloading in accordance with standard operating procedures (SOP).
Practice safe work behaviors and maintain environmental friendliness in coal handling operations.

Who Should Attend
This training is recommended for:

Coal-fired power plant operators
HSE (Health, Safety, and Environment) teams
Supply chain teams
Marine or trucking teams involved in coal transportation
Maintenance teams that may interact with solid fuel over time

Course Content

Coal Handling Equipment:

Belt Feeder & Conveyor
Junction House
Crusher
Magnetic Separator
Belt Weigher
Coal Sampler
Stacker Reclaimer
Ship Unloader
Tripper
Dust Collector & Suppression
Shuttle/Feed Adjuster

Coal Handling Operation Procedure
Coal Handling Operation Principles:

Start Preparation
Starting Operation
Maintenance Procedures
Monitoring
Stopping Procedures

SHE (Safety, Health, and Environment) Aspects to Consider:

Environmental quality standards
Safety aspects related to coal handling

ABOUT THE COURSE LEADER:
Maridjo, Drs, S.T., M.T
Maridjo, Drs, S.T., M. T., adalah alumni dari Teknik Mesin Institut Teknologi Bandung (ITB). Dia telah menjadi dosen di PEDC dan sekarang sebagai dosen di teknik mesin Polytechnique ITB (POLBAN). Telah mengajarkan banyak topik terkait keahliannya ke banyak perusahaan di Indonesia, seperti pemeliharaan prediktif dan preventif, sistem pelumasan, mesin diesel, pompa, turbin gas, perpipaan dan perpipaan, kompresor, boiler, dan banyak lainnya. Banyak peserta dari perusahaan telah dilatih dan berkolaborasi dengannya seperti Chevron, Semen Gresik, semen Baturaja, Pertamina, Pusri, GGPC, karyawan Qatar dan perusahaan minyak dan gas Libya, UP IV Balongan pertamina, PT. Indocement, beberapa PLTA, beberapa hotel, PT.Pupuk Kujang, PT.Bio Farma, BPPT, PT. Bintang Agung, beberapa perusahaan minyak dan gas lain di Indonesia dan lain-lain.
Public Training berikutnya : 15 – 17 September, 2026 | 14 – 16 Desember, 2026

Heat Exchanger, Design, Operation & Maintenance
2026-05-13 08:30 - 2026-05-15 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:
Heat Exchanger, Design, Operation & Maintenance often performed by others as one package subcontracting services. Although, Heat exchangers play a critical role in industrial processes, enabling efficient heat transfer between fluids to maintain optimal operating conditions. Proper design, operation, and maintenance of heat exchangers are essential to ensuring their reliability, maximizing efficiency, and minimizing energy consumption. Neglecting these aspects can result in reduced performance, increased energy costs, and potential system failures.
This training program is designed for the owner representative, to provide a comprehensive understanding of heat exchanger systems, focusing on their design principles, operational best practices, and maintenance requirements. By addressing real-world challenges and solutions, the program aims to enhance participants’ ability to troubleshoot, optimize performance, and ensure the longevity of these vital components.
TRAINING OBJECTIVES:

Understand the fundamental principles of heat exchanger design and their application in industrial processes.
Gain knowledge of different types of heat exchangers and their suitability for various operational needs.
Develop proficiency in planning and executing maintenance strategies to enhance the reliability and lifespan of heat exchangers.
Acquire skills to diagnose and troubleshoot common heat exchanger issues to prevent system downtime.
Explore innovative technologies and materials used in modern heat exchanger systems for improved performance.
Learn best practices for operating heat exchangers to maximize efficiency and reduce energy consumption.

WHO SHOULD ATTEND:

Plant Process Engineer
Maintenance Engineer
Mechanical and Design Engineer
Production Engineer
Everybody or professional who wants to broaden knowledge or gain benefits of the course subject post test will be given.

COURSE CONTENT:

Fundamental of heat transfer and fluid mechanic theory, Concept and basic principles of thermodynamics
General heat exchanger types and components
Material selection based on standard of ASTM
Basic design of heat exchanger
Heat Exchanger design development
Characteristic and classification of heat exchanger
Applicable standard for design and calculation of heat exchanger
Selection of heat exchanger based on is study
Shell and Tube, Cooling tower
Performance of heat exchanger
Maintenance program
Operation and troubleshooting

ABOUT THE COURSE LEADERS:
Ir. In Jumanda Kasdadi, MT
In addition to his duty as lecturer, Mr. Jumanda has delivered almost 280 trainings (public & in-house) in various type of industries, especially for oil and gas companies since 1997. He holds Bachelor and Master Degrees in Chemical Engineering degrees from the Institute Technology Bandung. He has also taken courses for 9 topics in The Oil & Gas fields at PETEX (Petroleum Extension), University of Texas at Austin, in Houston, Texas, USA (2018).
Beyond his formal educations, he has many other professional certificates; Lecturer Certificate from Indonesia Minister of Education; Construction, Electrical and Fire Protection Certificates from HSE Association Indonesia (ALPK3); Risk Based Inspection (RBI) Facilitator, Instrumentation Engineering Design for Oil & Gas Project with INtools (Ref.No OGC01-170516200516-2839); HAZOPS and HAZID Certificates from Indonesia Certifying Agency (BNSP).
Companies where he delivered the training to are mostly major intensive capital such as Pertamina, PHE, PHI, PHR, PHKT, PGN, Chevron, ConocoPhillips, Total Indonesie, CNOOC, Medco, Petrochina, Star Energy, Freeport, Mubadala, Indonesia Power, Geothermal Companies, KAI, US Consulate, Freeport, SKK Migas, Titas (Banglades), and petrochemical & mining and others.
Ir. In Jumanda K, MT was directly involved in many projects of Feasibility Studies (FS), and further Front-End Engineering Design (FEED), Detail Engineering Design for Construction (DEDC) in oil/gas industry, Risk-Based Inspection (RBI), HAZID, HAZOPS, QRA, FTA, SIL Classification, etc; for national and international companies.
Public Training berikutnya : 9 – 11 September, 2026 | 15 – 17 Desember, 2026

Oil and Gas Measurement and Metering Custody
2026-05-18 08:30 - 2026-05-20 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Pelatihan Oil & Gas Measurement & Metering Custody dirancang untuk memberikan pemahaman mendalam tentang prinsip pengukuran dan metering minyak dan gas, khususnya dalam konteks transaksi komersial (custody transfer). Program ini berfokus pada pemilihan, instalasi, dan kalibrasi peralatan metering sesuai standar internasional, memastikan akurasi dan transparansi dalam setiap tahap proses pengukuran.
Course Objectives:

Memahami prinsip dasar pengukuran minyak dan gas sesuai standar industri.
Mengidentifikasi perangkat dan metode pengukuran dalam custody transfer metering.
Menjamin akurasi dan keandalan data pengukuran untuk transaksi komersial.
Menganalisis faktor yang mempengaruhi akurasi pengukuran dan cara mengatasinya.
Melakukan kalibrasi dan pemeliharaan peralatan metering.
Memahami regulasi dan standar internasional terkait custody transfer minyak dan gas.
Mengidentifikasi dan menyelesaikan kesalahan dalam pengukuran.
Menjamin transparansi dan keadilan dalam transaksi komersial.

Who Should Attend:

Instrumentation Engineers & Technicians
Design and Process Engineers
Operation, Piping, Mechanical, and Plant Engineers
Maintenance Technicians and Supervisors
Service Engineers and Supervisors
Asset Management Team
Profesional yang ingin memperdalam pengetahuan di bidang ini

Course Content:

Prinsip Dasar Pengukuran

Sifat fisik dasar minyak dan gas
Fundamental pengukuran

Proses Pengolahan Minyak dan Gas

Proses pengolahan dari sumur hingga penjualan
Instalasi dan aplikasi peralatan: field instrumentation, analyzer, dan safety system

Pengukuran dan Metering

Pengukuran proses gas (termasuk pengukuran energi)
Pengukuran proses cairan (termasuk volume standar)
Konsep dan praktik fiscal metering
Flow metering dan custody transfer

Jenis dan Kinerja Flowmeter

Flowmeter mekanis
Flowmeter massa
Flowmeter elektronik
Flowmeter ultrasonik
Penggunaan OMNI Flowcom dan Floboss

Instalasi dan Kalibrasi

Instalasi peralatan metering
Teknik proving dan persyaratan proving
Standar internasional (API, AGA, ISO, GPA)

Pengujian dan Analisis

Gas chromatograph dan verifikasi
Analyzer (H2S, H2O, dan kelembapan)

Studi Kasus dan Perhitungan Manual

Studi kasus dan simulasi
Perhitungan metering untuk volume standar

About the Trainer:
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE, is a leading expert in control engineering with research focusing on Hybrid Control Systems, Discrete Event Control Systems, Petri Nets, Robust PID Controllers, and Industrial Automation using PLC/DCS. He earned his Engineering Physics degree from ITB in 1990 and a PhD in Control Engineering from The Australian National University in 2001. Prof. Endra coordinates Intelligent Control and Automation at ITB and founded the PLC Research Group and Schneider-OMRON PLC Training Center, fostering collaboration with Schneider Electric, OMRON Corporation, and Invensys WONDERWARE.
He has led national retooling projects and participated in professional training on PLC, DCS, and calibration across Asia and Africa. As an instructor, he provides training in instrumentation and process control to universities and major companies in the petrochemical, oil and gas, and manufacturing sectors, including PERTAMINA, British Petroleum, and PT. Pupuk Kalimantan Timur. His contributions have significantly advanced industrial automation and education in Indonesia.
Public Training berikutnya : 14 – 16 Desember, 2026

Maintenance Performance Indicator
2026-05-18 08:30 - 2026-05-20 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Maintenance Performance Indicator (MPI) adalah alat penting untuk mengevaluasi kinerja tugas pemeliharaan dalam sebuah perusahaan. MPI membantu mengukur berbagai aspek, mulai dari durasi waktu yang diperlukan selama shutdown (baik terencana maupun tidak) hingga perkembangan proses produksi. Indikator ini bervariasi tergantung pada perusahaan, tujuan, strategi, dan rencana tindakannya. Namun, terdapat sejumlah indikator utama yang umum digunakan dan terbukti efektif.
Kategori Utama Maintenance Performance Indicator
MPI dapat dikelompokkan menjadi dua kategori utama:
1. Dampak Manajemen Pemeliharaan pada Kinerja Bisnis
Indikator dalam kategori ini menilai bagaimana manajemen pemeliharaan yang tepat dapat memengaruhi hasil bisnis secara keseluruhan.
2. Keandalan dan Ketersediaan Aset
Indikator ini berfokus pada seberapa andal dan tersedia aset dalam mendukung operasi perusahaan.
KPI yang Sering Digunakan dalam Pemeliharaan
Berikut adalah beberapa KPI penting yang sering digunakan dalam manajemen pemeliharaan:

Waktu Henti (Downtime): Mengukur jumlah waktu aset tidak tersedia untuk digunakan.
Backlog: Menilai jumlah pekerjaan pemeliharaan yang tertunda.
MTBF (Mean Time Between Failures): Rata-rata waktu antara kegagalan aset.
MTTR (Mean Time to Repair): Rata-rata waktu yang diperlukan untuk memperbaiki aset.
OEE (Overall Equipment Effectiveness): Mengukur efektivitas keseluruhan peralatan dalam mendukung operasi.
PMP (Planned Maintenance Percentage): Persentase pemeliharaan yang direncanakan dibandingkan yang tidak terencana.
Schedule Compliance: Kepatuhan terhadap jadwal pemeliharaan yang telah direncanakan.

TRAINING OBJECTIVES:
Setelah mengikuti training ini peserta diharapkan:

Memahami pentingnya mengukur kinerja maintenance berdasarkan tujuannya
Memahami poin-poin penting yang harus dijadikan kriteria pengukuran
Mampu memanfaatkan beberapa indikator sebagai tolak ukur peningkatan kinerja
Dengan memahami KPI di bidang maintenance, selanjutnya dapat meningkatkan kinerja & memperbaiki kegiatan maintenance di tempat kerja

WHO SHOULD ATTEND:

Maintenance Managers or Supervisors
Maintenance Planners and Schedulers
Reliability Engineers
Operations Managers
Asset or Facility Managers to understand maintenance impact on asset lifecycle and operational efficiency.
Technicians and Engineers who perform and report maintenance activities.
Quality Assurance Professionals who supposed to link maintenance performance with product/service quality

COURSE OUTLINE:

Developing Maintenance and Asset Management Strategies
Scope and Objectives of Maintenance Activities
Establishing Performance Measurement Goals
Maintenance Costs and Benefit Analysis
Availability, Utilization, and Reliability Metrics
Understanding Overall Equipment Effectiveness (OEE)
Key Performance Indicators (Downtime, Backlog, MTBF, MTTF, MTTR, OEE, PMP, Schedule Compliance)
Evaluating Maintenance Performance and Continuous Improvement

ABOUT THE COURSE LEADERS:
Ir. Deddy Nugraha and Team
Ir. Deddy Nugraha, menyelesaikan pendidikan sarjana dari Teknik Mesin – Institut Teknologi Bandung, yang kemudian mendalami bidang Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) khususnya di bidang Reliability, Quality, dan Maintenance Management. Berpengalaman sebagai Senior Propulsion Engineer di Universal Maintenance Center PT. IPTN (1991 – 2002) dan sekarang sebagai Reliability Engineer dan Professional Training Instructor. Pengalaman sebagai instruktur training adalah di PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, PT. Krakatau Steel, PT. Amoco Mitsui, PT. Semen Gresik, Indocement Tunggal Prakarsa, PT. Puncak Jaya Power, Medco Energy dsb
Public Training berikutnya : 28 – 30 September, 2026

Condition Based Maintenance
2026-06-01 08:30 - 2026-06-03 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course

In modern industrial operations, Condition Based Management System (CBMS) has become an increasingly relevant approach to enhance the efficiency and effectiveness of asset management. CBMS utilizes real-time data from asset conditions to plan timely and appropriate maintenance actions. This allows organizations to reduce downtime, minimize unnecessary maintenance costs, and extend the overall lifespan of assets.
This training is designed to provide a comprehensive understanding of the implementation and analysis of CBMS across various industrial sectors. Participants will learn data collection techniques, asset condition analysis, and strategic data-driven decision-making. With a technology and data-driven approach, this training helps organizations adapt to the demands of Industry 4.0 and improve their business competitiveness.
Course Objectives
After completing this training, participants are expected to:

Understand the concepts and benefits of Condition Based Management System (CBMS).
Identify the steps for implementing CBMS within an organization.
Conduct asset condition analysis using relevant techniques and software.
Develop condition-based maintenance strategies to enhance operational efficiency.
Reduce asset failure risks through data-driven decision-making.

Who Should Attend
This training is recommended for:

Managers and supervisors in maintenance and operations.
Engineers responsible for asset maintenance and analysis.
Professionals in reliability engineering and asset management.
Individuals involved in infrastructure management and maintenance strategy development.

Course Content

Introduction to Condition Based Management System

Overview of Condition Based Maintenance and Management System
Key Principles and Benefits of CBMS
Tools and Technologies for Condition Monitoring
Case Study: Implementing CBMS in Industrial Settings

Data Collection and Analysis

Techniques for Collecting Real-Time Data from Assets
Introduction to Predictive Maintenance Tools (e.g., Vibration Analysis, Thermal Imaging)
Data Interpretation and Fault Diagnosis
Workshop: Developing a Monitoring Framework for Assets

Strategy Development and Implementation

Building a CBMS Strategy: From Planning to Execution
Risk Assessment and Decision-Making in CBMS
Performance Metrics for Evaluating CBMS Success
Final Presentation: Designing a CBMS Plan for Your Organization

About the Course Leader
Cecep Slamet Abadi, ST., MT is an associate instructor at FJM with a background in Mechanical Engineering for both undergraduate and graduate studies. He has been an active lecturer since 1996 and has experience in industry and consulting, including roles at LAPI ITB, Puslitbang Air, PINDAD, and conducting energy audits at Pertamina EP Pangkalan Susu, Tambung, and Rengasdengklok. He is also part of the competency testing team for IATKI (Indonesian Electrical Engineering Association).
In terms of industrial training, Mr. Cecep has conducted over 150 in-house and public training sessions for organizations such as Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, and many others.
Public Training berikutnya : 6 – 8 July, 2026

Safety & Shutdown System
2026-06-01 08:30 - 2026-06-03 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Safety Shutdown Systems (SSS) are critical in ensuring the safe operation of industrial plants, machinery, and equipment. These systems are designed to automatically detect hazardous conditions and initiate a controlled shutdown to prevent accidents, equipment damage, or catastrophic failures. In industries such as oil and gas, manufacturing, and power generation, where processes often operate at high temperatures, pressures, and other dangerous conditions, a reliable safety shutdown system is essential. This training focuses on providing participants with the knowledge and skills required to understand the components, design, and operation of safety shutdown systems, ensuring they are well-equipped to maintain and troubleshoot such systems effectively.
The three-day training program will provide a comprehensive overview of safety shutdown system principles, including system architecture, detection methods, and shutdown protocols. Participants will gain practical knowledge of the key components such as sensors, controllers, and actuators that are integral to these systems. The course will also cover the importance of regular maintenance, testing, and calibration to ensure the system’s reliability during emergencies. By the end of the training, participants will be equipped with the skills to implement, maintain, and troubleshoot Safety Shutdown Systems in various industrial applications, contributing to a safer working environment.
OBJECTIVES:

Understanding the Fundamentals
System Design and Functionality
Component Knowledge
Maintenance and Calibration
Troubleshooting and Problem-Solving
Enhancing Workplace Safety

RECOMMENDED PARTICIPANTS:

Control Room Operators
Maintenance Technicians
Process Engineers
Electrical and Instrumentation Engineers
Safety Officers
Project Engineers/Managers
Plant Operators
Quality Assurance Personnel

COURSE OUTLINE:

Introduction to hazards and risks
Safety systems engineering
Standards
Safety Life Cycle (SLC)
Hazards and Risks Reduction
Process control vs Safety control
Safety Integrity Level (SIL)
Risk analysis and reduction
Safety Instrumented Systems (SIS)
HAZOP
Safety requirement specifications
Technology choices and conceptual design
Reliability in safety systems
Field instruments and devices
Hardware & software
Overall process
Management of change
Justification

ABOUT THE COURSE LEADER:
Prof. Ir. Endra Joelianto, Ph.D., SMIEEE is an expert in control engineering. His outstanding research is: Hybrid Control Systems, Discrete Event Control Systems, Petri Nets Analysis and Application on PLC, Robust PID Controller, Advanced Process Control, Industrial Automation using PLC/ DCS. He received first degree (Ir.) in Engineering Physics in 1990 from Department of Engineering Physics, ITB and Doctor of Philosophy (PhD.) in Control Engineering in 2001 from Department of Engineering, The Australian National University, Australia.
Public Training berikutnya : 3 – 5 Agustus, 2026 | 12 – 14 Oktober, 2026

Condition Based Maintenance and Analysis
2026-06-01 08:30 - 2026-06-03 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
In modern industrial operations, Condition Based Maintenance and Analysis System has become an increasingly relevant approach to enhance the efficiency and effectiveness of asset management. CBMS utilizes real-time data from asset conditions to plan timely and appropriate maintenance actions. This allows organizations to reduce downtime, minimize unnecessary maintenance costs, and extend the overall lifespan of assets.
This training is designed to provide a comprehensive understanding of the implementation and analysis of CBMS across various industrial sectors. Participants will learn data collection techniques, asset condition analysis, and strategic data-driven decision-making. With a technology and data-driven approach, this training helps organizations adapt to the demands of Industry 4.0 and improve their business competitiveness.
Course Objectives
After completing this training, participants are expected to:

Understand the concepts and benefits of Condition Based Management System (CBMS).
Identify the steps for implementing CBMS within an organization.
Conduct asset condition analysis using relevant techniques and software.
Develop condition-based maintenance strategies to enhance operational efficiency.
Reduce asset failure risks through data-driven decision-making.

Who Should Attend
This training is recommended for:

Managers and supervisors in maintenance and operations.
Engineers responsible for asset maintenance and analysis.
Professionals in reliability engineering and asset management.
Individuals involved in infrastructure management and maintenance strategy development.

Course Outline
Fundamentals of Condition-Based Maintenance (CBM)
Introduction to CBM

Overview of Condition-Based Maintenance and Management Systems
Evolution from Preventive to Predictive Maintenance
Key Principles and Benefits of CBM

Tools and Technologies for Condition Monitoring

Vibration Analysis
Thermal Imaging
Oil Analysis
Ultrasonic Testing
Emerging IoT Sensors for Maintenance

Data Collection and Analysis
Techniques for Collecting Real-Time Data

Wired vs. Wireless Data Acquisition Systems
Role of Edge Computing and Cloud Integration

Predictive Maintenance Tools

Machine Learning Models for Anomaly Detection
Digital Twin Technology for Asset Simulation

Data Interpretation and Fault Diagnosis

Identifying Common Equipment Faults from Data
Using AI to Enhance Diagnostic Accuracy

Workshop: Developing a Monitoring Framework for Assets

Hands-on Activity: Selecting Sensors and Tools for Specific Use Cases
Data Logging and Visualization Techniques

Introduction to CBM Software Platforms

Overview of Popular CBM Software and Platforms (e.g., IBM Maximo, SAP PM, Azure IoT)

Strategy Development and Implementation
Building a CBM Strategy: From Planning to Execution

Steps to Create a Comprehensive CBM Plan
Integration with Existing Maintenance Processes

Risk Assessment and Decision-Making in CBM

Failure Mode Effect Analysis (FMEA)
Prioritizing Assets for CBM Based on Criticality

Performance Metrics for Evaluating CBM Success

Key Performance Indicators (KPIs) for Maintenance Reliability
Continuous Improvement through Feedback Loops

Final Presentation: Designing a CBM Plan for Your Organization

Group Presentations of CBM Plans
Feedback from Facilitators and Peers

About the Course Leader
Cecep Slamet Abadi, ST., MT is an associate instructor at FJM with a background in Mechanical Engineering for both undergraduate and graduate studies. He has been an active lecturer since 1996 and has experience in industry and consulting, including roles at LAPI ITB, Puslitbang Air, PINDAD, and conducting energy audits at Pertamina EP Pangkalan Susu, Tambung, and Rengasdengklok. He is also part of the competency testing team for IATKI (Indonesian Electrical Engineering Association).
In terms of industrial training, Mr. Cecep has conducted over 150 in-house and public training sessions for organizations such as Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, and many others.
Public Training berikutnya : 6 – 8 July, 2026

Cathodic Protection Theory and Practice
2026-06-02 08:30 - 2026-06-04 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course

The successful application and performance of Cathodic Protection (CP) systems require specialized personnel, equipment, and resources. Understanding the basic principles is essential, while knowledge and experience are crucial for achieving desired results in the field. Proper training in cathodic protection is often challenging to find, as it necessitates a solid understanding of various topics, including electrical, metallurgical, chemical, mechanical, construction, and engineering aspects that influence the cathodic protection process under actual site conditions.
Therefore, it is vital for practitioners to receive comprehensive training to enhance their knowledge, even if they have previously studied the subject.
Course Objectives

Understand the fundamental principles of cathodic protection (CP) and its role in preventing corrosion of structures.
Identify various types of cathodic protection systems, including galvanic anode and impressed current systems, along with their applications.
Design cathodic protection systems for different types of infrastructure, such as pipelines, storage tanks, and offshore platforms.
Operate and maintain cathodic protection systems to ensure optimal performance and longevity.
Diagnose and troubleshoot common issues associated with cathodic protection systems.
Understand international standards and regulations related to the implementation of cathodic protection.

Who Should Attend
This training is recommended for:

Corrosion, materials, and maintenance engineers
Maintenance & Production team the oil and gas, mining, and petrochemical industries who work with materials subject to corrosion problems.
Technical staffs involved in the design, installation, and operation of cathodic protection systems
Project teams needing an understanding of cathodic protection for strategic decision making

Course Content

Basic Corrosion
Principles of Cathodic Protection
Polarization
Basics & Introduction to Cathodic Protection Design
Applications of Cathodic Protection
Introduction to Sacrificial Anode Cathodic Protection System (SACP)
Introduction to Impressed Current Cathodic Protection System (ICCP)
Field Measurement & Cathodic Protection Monitoring
Recording and Reporting
Safety Specifications
Troubleshooting

ABOUT THE COURSE LEADER:
Rinto Suhendra, ST & Team
Ir. Rinto Suhendra adalah praktisi Cathodic Protection sejak menyelesaikan pendidikan S1 pada tahun 2006. Beliau adalah certified Catodic Protection dari Petronas Carigali untuk Export Gas pipeline di daerah lepas pantai Gresik INDOCOR serta telah mengikuti pelatihan profesi lainnya diantaranya tentang Basic Offshore Safety Induction & Safety.
Sekitar 80 proyek berkaitan dengan Cathodic Protection telah ditangani baik offshore maupun onshore diantaranya: Bukit Tua Pipeline phase 2B, 24 in Pipeline Muara Karang, Petronas Carigali untuk Export Gas pipeline di daerah lepas pantai Gresik, Santos di Selat Madura dan banyak lagi proyek onshore yang ditanganinya.
Public Training berikutnya : 2 – 4 September, 2026 | 2 – 4 November, 2026

Life Cycle Cost Management
2026-06-03 08:30 - 2026-06-05 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Life Cycle Cost Management (LCC) adalah pendekatan komprehensif untuk mengelola total biaya aset selama seluruh siklus hidupnya, mulai dari perencanaan, desain, pengoperasian, hingga penghentian. Metode ini membantu perusahaan mengidentifikasi peluang penghematan, mengoptimalkan sumber daya, dan meningkatkan efisiensi operasional. Dengan menerapkan LCC, perusahaan dapat mengurangi biaya tanpa mengorbankan keandalan dan kinerja aset.
Dalam dunia industri yang kompetitif, memahami dan mengelola LCC menjadi kunci untuk meningkatkan profitabilitas dan memperpanjang umur aset. Kursus ini dirancang untuk memberikan wawasan mendalam tentang metode, teknik, dan aplikasi praktis LCC dalam berbagai bidang industri, mulai dari perawatan hingga akuisisi peralatan. Peserta akan dibekali dengan keterampilan untuk mengevaluasi keputusan investasi dan operasional berdasarkan total biaya siklus hidup.
Course Objectives:

Meningkatkan kesadaran akan faktor pendorong biaya dan strategi pengurangannya.
Melakukan evaluasi opsi menggunakan analisis total biaya siklus hidup.
Mengidentifikasi trade-off antara biaya dan kinerja untuk pengambilan keputusan yang optimal.
Memaksimalkan pendapatan melalui pengurangan biaya operasi dan pemeliharaan.
Memahami hubungan antara kinerja, keandalan, dan biaya.
Menerapkan prosedur pengembangan model LCC dalam berbagai aplikasi industri.
Menguasai konsep nilai waktu uang dan analisis risiko dalam pengambilan keputusan.

Who Should Attend:

Engineers (Engineering, Reliability, Maintenance)
Purchasing Engineers/Managers
Project Engineers
Maintenance Managers/Supervisors
Process & Manufacturing Engineers

Course Content:

Pengantar Life Cycle Cost Management
Pentingnya Perencanaan LCC Management
LCC Management dan Efektivitas Sistem
Evaluasi Ekonomi dalam LCC
Prosedur LCC Management
Cost Breakdown Structure (CBS)
Metode Estimasi Biaya
Alokasi Biaya Langsung dan Tidak Langsung
Manajemen Biaya Selama Siklus Hidup
Konsep Nilai Waktu Uang
Analisis Risiko dalam LCC
Identifikasi Faktor Pendorong Biaya
Aplikasi LCC dalam Berbagai Sektor
Pengembangan Model LCC
LCC untuk Akuisisi Peralatan
LCC untuk Modifikasi Peralatan
Optimasi Pemeliharaan melalui LCC
Studi Kasus: Analisis Data Generator/Turbine (Peserta membawa data kasus)

ABOUT THE COURSE LEADERS:
Ir. Deddy Nugraha and Team
Ir. Deddy Nugraha, menyelesaikan pendidikan sarjana dari Teknik Mesin – Institut Teknologi Bandung, yang kemudian mendalami bidang Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) khususnya di bidang Reliability, Quality, dan Maintenance Management. Berpengalaman sebagai Senior Propulsion Engineer di Universal Maintenance Center PT. IPTN (1991 – 2002) dan sekarang sebagai Reliability Engineer dan Professional Training Instructor. Pengalaman sebagai instruktur training adalah di PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, PT. Krakatau Steel, PT. Amoco Mitsui, PT. Semen Gresik, Indocement Tunggal Prakarsa, PT. Puncak Jaya Power, Medco Energy dsb
Public Training berikutnya : 5 – 7 Oktober, 2026 | 14 – 16 Desember, 2026

Electrical Wiring Diagram and Electrical Control System
2026-06-03 08:30 - 2026-06-05 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:
Understanding and interpreting electrical wiring diagrams is fundamental to the operation, maintenance, and troubleshooting of power systems. Technicians and engineers must have the ability to read and analyze electrical schematics to ensure the safe and efficient performance of equipment. This course is designed to provide participants with a comprehensive understanding of various types of electrical diagrams used across industries, enhancing their ability to draw, interpret, and apply these diagrams effectively.
By developing a strong foundation in electrical diagram analysis, participants will acquire essential skills in diagnosing and troubleshooting electrical systems. This structured approach significantly improves system reliability, operational efficiency, and safety in industrial environments.
OBJECTIVES:

Develop skills to read and interpret electrical wiring diagrams and control circuits
Enhance troubleshooting capabilities to maintain and repair electrical systems
Gain technical proficiency in PLC wiring, cable preparation, and electrical component analysis
Improve system reliability and ensure operational safety in industrial environments

RECOMMENDED PARTICIPANTS:

Engineers and Supervisors
Technicians and Operators in Instrumentation, Production, and Operations
Professionals in Communication, Networking, IT, and Reliability
Individuals seeking to enhance industrial control and automation performance

COURSE OUTLINE:

Safety and Standards
Types of Wiring Diagrams:

Site Plan (Plan View)
Physical Diagram
Schematics
Construction Wiring Diagram
Block Diagram
Online Block Diagram
Three-line Block Diagram
Interconnect Wiring Diagram

Wire Types and Preparation
Soldering and Termination Techniques
Cable Forming and Routing
Connection and Routing
Hardware Components
Active Electrical Components
Passive Electrical Components
Switches and Indicator Lamps
Earthing and Screening Techniques
Introduction to Control Systems
PLC Wiring and Integration

ABOUT THE COURSE LEADERS:
Supriyanto, S.T., M.T/ Ali Mashar, M.Eng.Sc., IPU

Public Training berikutnya : 23 – 25 September, 2026 | 23 – 25 November, 2026

Power Generator Excitation System
2026-06-08 08:30 - 2026-06-10 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
The excitation system plays a critical role in the operation of power generators, ensuring stable voltage output and efficient power generation. This system regulates the amount of electrical current supplied to the generator’s rotor, which in turn influences the generated voltage. Understanding the principles of excitation systems and their components is essential for professionals working in power generation to ensure the reliability and efficiency of the entire power grid.
This 3-day training course will provide in-depth knowledge about the excitation system’s design, function, and operation. Participants will learn about different types of excitation systems, from static to rotating systems, and how to monitor and troubleshoot them effectively. Emphasis will be placed on understanding the importance of excitation systems in maintaining voltage stability, reducing power losses, and optimizing generator performance in various operational environments.
Course Objectives:

Understand the basic principles and components of excitation systems in power generation.
Differentiate between various types of excitation systems, including static, dynamic, and brushless systems.
Analyze the role of excitation systems in voltage regulation and generator stability.
Perform basic maintenance and troubleshooting procedures for excitation systems.
Evaluate the performance of excitation systems and optimize their efficiency.
Understand the impact of excitation system failures and methods for prevention.
Gain practical knowledge on how to monitor and control excitation systems in real-time.
Learn about the integration of excitation systems with other power plant components for optimal operation.

Who Should Attend:

Power Generation Engineers
Electrical Engineers
Control System Engineers
Maintenance Technicians
Plant Operators
Power Plant Supervisors
Electrical Technicians

Course Content:

Introduction to Power System
Introduction to Power Generator
Power Generator Operation
Power Generator Excitation System
Introduction to Software & Electronic Control
Recorder and fault, even and trend logging system
Converter for Excitation System
Main Panel for Control of Excitation System
Maintenance and Troubleshooting.

Case Studies:

Low or Under Voltage, Voltage Drop at Operation
Reactive Power Hunting
Automatic Voltage Regulator Fault

About the Course Leader:
Ir. Nana Heryana, S.T. IPU., ASEAN.Eng
Public Training berikutnya : 7 – 9 Oktober, 2026 | 8 – 10 Desember, 2026

Gearbox Selection, Maintenance and Troubleshooting
2026-06-08 08:30 - 2026-06-10 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Gearbox Selection, Maintenance and Troubleshooting is crucial process for ensuring optimal performance in mechanical power transmission systems across various industries, including manufacturing, energy, mining, and transportation. Gearboxes are vital components that power machinery, and their reliability significantly affects operational efficiency and productivity. However, selecting the appropriate gearbox, maintaining it effectively, and diagnosing issues can be challenging. Inadequate selection, poor maintenance, or delayed troubleshooting can lead to operational disruptions, equipment failures, and costly downtime.
This training course is designed to equip participants with the necessary knowledge and skills to address these challenges. By integrating theoretical knowledge with practical hands-on experience, the course covers essential principles of gearbox selection, preventive maintenance strategies, and advanced troubleshooting techniques. Participants will learn how to optimize gearbox performance, extend its service life, and swiftly address issues to minimize downtime, thereby enhancing overall reliability and operational efficiency.
Course Objectives:

Understand the standards for setting up a gearbox plan.
Perform gearbox recalculation and planning.
Classify and analyse gears.
Conduct gearbox maintenance.
Apply measurement techniques and conduct gearbox testing.
Analyse gearbox failures.

Who Should Attend:

Maintenance, Operator, Mechanical Technicians
Engineers/Superintendents/Supervisors
Rotating Engineers/Superintendents/Supervisors
Power Plant Engineers/Superintendents/Supervisors

Course Content:

Introduction:

Application of Gear Systems
Gear Classification
Gear Nomenclature
Power Train
Gear Standards
Unit Systems

Gear Analysis:

Power Train
Stress and Deflection
Strength/Allowable Stress
Fatigue
Gear Design Life

Gear Design:

Spur & Helix Gear
Gearbox
Spur& Helic Gear Design

Measurement and Testing:

Principles of Measurement
Geometry Measurement
Vibration Measurement
Noise Measurement
Gear System Efficiency
Gear Testing

Maintenance and Lubrication:

Maintainability and Maintenance
Maintenance in Product Life Cycle
Life Cycle Cost
Importance of Maintenance
Maintenance Categories
Gear Maintenance
Lubrication
Gear Lubrication
Power Losses in Gear
Types of Gear Lubrication
Lubrication for Loaded Gear
Influence of Gear Lubrication on Surface Distress

Gear Failure:

Failure Classification
Wear
Surface Fatigue
Plastic Flow
Breakage
Hertz Contact

About the Trainer:
Cecep Slamet Abadi, ST., M.T,
Cecep Slamet Abadi, ST., M.T, is an associate instructor at FJM with a background in Mechanical Engineering for both undergraduate and graduate levels. Active as a lecturer since 1996, he also has extensive experience in industry and consultancy, including roles at LAPI ITB, Puslitbang Air, PINDAD, and energy audits at Pertamina EP Pangkalan Susu, Tambung, and Rengasdengklok. He is also part of the competency testing team at IATKI (Ikatan Ahli Ketenagalistrikan Indonesia). For industrial training, Mr. Cecep has conducted over 150 in-house and public training sessions for organizations such as Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, and others.
Public Training berikutnya : 12 – 14 Oktober, 2026

Maintenance and Reliability Management System (MRMS)
2026-06-10 08:00 - 2026-06-12 17:00 | Bandung, Jawa Barat, Indonesia
Background
Dalam industri modern—terutama migas, pembangkit, petrokimia, dan manufaktur—fungsi maintenance tidak lagi bersifat reaktif, tetapi harus dikelola sebagai sistem manajemen yang terstruktur, berbasis risiko, dan berorientasi keandalan. Maintenance and Reliability Management System (MRMS) merupakan pendekatan terintegrasi yang menghubungkan strategi maintenance, reliability engineering, perencanaan kerja, pengendalian biaya, serta kinerja aset, guna menjamin keberlangsungan operasi, keselamatan, dan profitabilitas perusahaan.
MRMS membantu organisasi untuk:

Mengurangi breakdown dan unplanned shutdown
Meningkatkan keandalan dan availability aset
Mengoptimalkan biaya pemeliharaan sepanjang siklus hidup aset
Mendukung pengambilan keputusan berbasis data dan KPI

Objectives
Setelah mengikuti training ini, peserta mampu:

Memahami konsep dan kerangka kerja MRMS secara menyeluruh.
Menyusun strategi maintenance berbasis reliability dan risiko.
Mengelola sistem perencanaan, penjadwalan, dan eksekusi maintenance.
Mengukur dan mengevaluasi kinerja maintenance dan reliability.
Menerapkan MRMS sebagai alat peningkatan kinerja aset yang berkelanjutan.

Recommended Participants
Training ini direkomendasikan untuk:

Maintenance Engineer & Reliability Engineer
Asset Management Engineer
Supervisor dan Manager Maintenance / Engineering
Planner & Scheduler Maintenance
Operation & Production Engineer
Continuous Improvement & Operational Excellence Team

Course Outline
Konsep Dasar MRMS & Strategi Maintenance
Pengantar MRMS

Evolusi maintenance management
Peran MRMS dalam manajemen aset dan operasi
Hubungan MRMS dengan reliability, availability, dan safety

Strategi Maintenance

Reactive, Preventive, Predictive, dan Proactive Maintenance
Reliability-Centered Maintenance (RCM) – overview
Risk-Based Maintenance (RBM) – overview
Criticality analysis peralatan

Reliability Engineering dalam MRMS

Failure mode dan failure pattern
MTBF, MTTR, failure rate
Analisis penyebab kegagalan (pengantar RCA)

Studi Kasus

Evaluasi strategi maintenance existing
Identifikasi gap terhadap konsep MRMS

Perencanaan, Eksekusi, & Pengendalian Maintenance
Maintenance Planning & Scheduling

Peran planner dan scheduler
Job plan, work order, dan backlog management
Shutdown, turnaround, dan major maintenance planning

Sistem & Proses Maintenance

Alur kerja maintenance end-to-end
Integrasi MRMS dengan CMMS/EAM
Manajemen spare part dan material

Pengendalian Biaya Maintenance

Maintenance cost structure
Cost vs reliability trade-off
Budgeting dan cost control maintenance

Workshop

Penyusunan job plan maintenance
Simulasi penjadwalan dan prioritisasi pekerjaan

Kinerja, Evaluasi, & Implementasi MRMS
Key Performance Indicator (KPI) Maintenance & Reliability

Leading vs lagging indicator
KPI utama: availability, MTBF, MTTR, backlog, maintenance cost
Dashboard kinerja maintenance

Continuous Improvement & Reliability Growth

Analisis tren kegagalan
Root Cause Analysis (RCA)
Continuous improvement berbasis data

Implementasi MRMS

Tahapan implementasi MRMS
Perubahan budaya dan kompetensi SDM
Faktor keberhasilan dan kegagalan implementasi

Studi Kasus Terintegrasi

Penerapan MRMS pada fasilitas industri
Diskusi kelompok dan presentasi
Rangkuman dan evaluasi training

Output Training

Pemahaman komprehensif sistem MRMS
Kemampuan menyusun dan mengevaluasi strategi maintenance & reliability
Kerangka implementasi MRMS yang aplikatif dan berkelanjutan

About The Course Leader:
Ir. Deddy Nugraha, CMRP and Team
Public Training berikutnya : 12 – 14 Oktober, 2026 | 28 – 30 Desember, 2026

HVAC Operation, Maintenance and Troubleshooting
2026-06-10 08:30 - 2026-06-12 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:
HVAC systems play a crucial role in maintaining optimal indoor comfort by regulating heating, ventilation, and air conditioning. A key component of these systems is the hydronic system, which uses water or other liquids for efficient heat transfer. Understanding the operation, maintenance, and troubleshooting of HVAC systems, including hydronic and refrigeration components, is essential for ensuring energy efficiency, minimizing downtime, and extending equipment lifespan. This training provides a comprehensive overview of HVAC technologies, focusing on practical skills and safety measures, empowering technicians and engineers to manage, maintain, and troubleshoot systems effectively in real-world environments.
The training is designed for professionals seeking to enhance their knowledge of HVAC operation, maintenance, and troubleshooting techniques. Participants will learn how to manage complex systems, diagnose common issues, and implement effective maintenance strategies to optimize performance and prevent costly breakdowns.
TRAINING OBJECTIVES:

Learn the roles of refrigeration, refrigerants, and air distribution in HVAC operations.
Understand the fundamental principles and components of HVAC systems.
Enhance diagnostic capabilities to identify and resolve common HVAC operational issues.
Develop practical skills for maintaining and troubleshooting hydronic systems and automatic controls.
Gain proficiency in using tools, safety practices, and handling refrigerants for repair tasks.
Master procedures for leak detection, system pumping, and charging to maintain system efficiency.

RECOMMENDED PARTICIPANTS:

Building Maintenance Personnel
HVAC Technicians,
Facility Engineers and Supervisors
Energy Management Professionals
Service Contractors

COURSE OUTLINE:

Introduction to HVAC Systems

Overview of HVAC Components
System Classifications and Applications

Basic Theory of HVAC

Principles of Heat Transfer
Thermodynamics in HVAC

Refrigeration and Refrigerants

Refrigeration Cycles and Components
Types of Refrigerants and Their Properties

Air Distribution Systems

Ductwork Design and Installation
Airflow Balancing and Testing

Hydronic Systems

Components and Operation of Hydronic Systems
Piping Layout and Pumping Strategies

Basic Automatic Controls

Control Systems and Sensors
Introduction to Building Management Systems (BMS)

Safety, Tools, and Equipment

HVAC-Specific Tools and Their Use
Safety Protocols and Hazard Management

Leak Detection, Pumping Down, and Charging

Leak Testing Methods
System Evacuation and Refrigerant Charging Procedures

Operating Principles and Common Symptoms

Diagnosing System Performance Issues
Identifying and Resolving Common Failures

Service Diagnosis and Repair

Troubleshooting Techniques
Component Repair and Replacement

Preventive Maintenance and System Optimization

Maintenance Scheduling
Energy Efficiency Measures

Case Studies and Practical Exercises

Hands-on System Diagnostics
Real-World Problem-Solving Exercises

ABOUT THE COURSE LEADERS:
Maridjo, Drs, ST., MT
Ir. Maridjo, Drs, ST., MT., adalah alumnus Teknik Mesin Institut Teknologi Bandung (ITB). Dia telah menjadi dosen di PEDC dan sekarang sebagai dosen di teknik mesin Polytechnique ITB (POLBAN). Telah mengajarkan banyak topik terkait keahliannya ke banyak perusahaan di Indonesia, seperti pemeliharaan prediktif dan preventif, sistem pelumasan, mesin diesel, pompa, turbin gas, perpipaan dan perpipaan, kompresor, boiler, dan banyak lainnya. Banyak peserta dari perusahaan telah dilatih dan berkolaborasi dengannya seperti Chevron, Semen Gresik, semen Baturaja, Pertamina, Pusri, GGPC, karyawan Qatar dan perusahaan minyak dan gas lybia, UP IV Balongan pertamina, PT. Indocement, beberapa PLTA, beberapa hotel, PT.Pupuk Kujang, PT.Bio Farma, BPPT, PT. Bintang Agung, beberapa perusahaan minyak dan gas lain di Indonesia dan lain-lain.
Public Training berikutnya : 10 – 12 November, 2026

Turbo Machineries Operation & Maintenance
2026-06-17 08:30 - 2026-06-19 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Turbomachinery merupakan mesin yang berhubungan dengan transfer energi antara fluida (termasuk liquid & gases ) & rotor (rotating shaft ). Turbomachinery yang menyerap energi (add energy) dikategorikan sebagai:

pumps family (pumps, compressor,
fan, blower
dan yang melepas energi (extract energy) dikategorikan turbine.

Mesin yang berfungsi untuk memindahkan energi antara poros dengan fluida (liquid atau gas) sering disebut dengan Turbomachinery). Ini merupakan peralatan yang canggih dan kompleks banyak sekali dipakai untuk memenuhi kebutuhan proses industri migas, petrokimia & industri berat lainnya, secara ekonomis. Dengan fungsinya yang vital dan selalu menjadi tulang punggung sebuah plant, maka perlu untuk terus mengetahui kondisi mesin untuk melindungi dari shutdown, kerugian, dan kerusakan serta agar mesin mesin tersebut dapat bekerja secara optimal.
Oleh karena itu, untuk mendukung semua itu diperlukan tenaga pelaksana yang mumpunni dibidangnya, minimal dalam skala operasional sehari-hari.
OBJECTIVES:
Diharapkan setelah pelatihan turbomachinery, peserta:

Mampu mengidentifikasi bagian bagian utama dari turbo machinery
Memahami prinsip kerja turbomachinery
Mengetahui prosedur operasi yang efektif
Mengetahui instrumentasi dan kontrol pada turbomachinery
Memahami peralatan pendukung turbomachinery
Mampu menganalisis problem seperti kavitasi, surging, vibrasi
Mampu mengatasi problem yang terjadi
Mengetahui prosedur perawatan

COURSE OUTLINE:
Turbin gas

Prinsip kerja turbin gas
Komponen komponen utama (kompresor, ruang bakar, turbin gas, rotor, sudu rotor)
Prosedur operasi pada turbin gas
Prestasi atau unjukkerja pada turbin gas
Peralatan pendukung pada turbin gas (sistem starting, sistem pelumasan, sistem bahan bakar, sistem udara pemasukan )
Chooking fenomena, surging, dan vibrasi pada turbin gas
Instrumentasi dan control
Trouble shooting pada turbin gas
Perawatan pada turbin gas

Turbin Uap

Komponen komponen pada turbin uap
Prosedur operasi
Prestasi turbin uap
Sistem pelumasan pada turbin uap
Instrumentasi, kontrol dan peralatan proteksi pada turbin uap
Trouble shooting
Prinsip kerja turbin uap

Pompa dan Kompresor

Prinsip kerja pompa dan kompresor
Komponen komponen pompa dan kompresor
Prosedur operasi pompa dan kompresor
Prestasi pompa dan kompresor
Chooking fenomena, surging, kavitasi dan vibrasi pada pompa dan kompresor
Instrumentasi dan control
Trouble shooting
Perawatan pada pompa dan kompresor

WHO SHOULD ATTEND:

Electric Engineer/ Supervisor/ Superintendent
Power Plant Maintenance Engineer/ Supervisor/ Superintendent
Power Plant Operation Engineer/ Supervisor/ Superintendent
Everybody or professional who wants to broaden knowledge or gain Benefit from this course

TRAINER:
Ir. Parno Raharjo, MSc, Phd,
Public Training berikutnya : 18 – 20 November, 2026

Onshore Facilities Infrastructure, Design, Constructions & Operation Optimization
2026-06-17 08:30 - 2026-06-19 16:00 | Jakarta
DESCRIPTION:
Onshore oil and gas facilities are among the most complex systems in the energy sector. These facilities require a skilled and competent team to implement fully integrated approaches throughout the entire lifecycle—from initial studies and design planning to construction, startup operations, and ongoing post-commissioning processes.
A crucial part of this lifecycle includes conducting thorough post-startup reviews, optimization efforts, and effective asset integrity management to ensure that assets remain available and reliable. These practices not only enhance operational efficiency but also contribute to overall safety in the workplace.
This advanced training session is designed to cover various aspects, including essential technical components such as design, as well as broader topics like construction management, contract management, and asset management. Participants will gain insights into how to navigate the complexities of onshore operations effectively.
OBJECTIVES:
After completing this training, participants will gain:

A solid understanding of essential codes and regulations governing the industry.
Assurance that the site and routing of facilities adhere to all requirements.
The ability to apply mechanical and physical principles to piping, hydraulics, and material selection.
Skills to implement Safety in Design principles effectively.
Techniques for identifying unique design constraints specific to onshore facilities.
The capability to conduct comprehensive post-commissioning reviews and recommend actionable improvements.
Knowledge of best practices in Operation and Asset Integrity Management.

LEARNING SYLLABUS:

Overview of industry codes and regulations
Key elements of feasibility studies
Site Survey and Right of Way (RoW) determination
Mechanical and process design fundamentals
System sizing and design considerations
Equipment selection criteria and methods
Safety in Design overview
Stages of construction and effective contract management
Post-production design review and optimization strategies
Operation and Asset Integrity/Reliability Management practices

TARGETED PARTICIPANTS:
This training is specifically aimed at Process, Pipeline & Project Engineers, Operation & Maintenance Supervisors, Regulatory & Compliance personnel, and others looking to enhance their skills in the oil and gas industry. It is designed for individuals eager to expand their knowledge in planning, construction, startup, post-production, and asset management of onshore oil and gas facilities.
TRAINER:
Ir. Agus Ibrahim – Trainer and field practitioner with nearly 30 years of experience in the oil and gas sector.
Experienced with years of exemplary project management and contract in Oil & Gas infrastructure as well as mining/mineral infrastructure with an emphasis on scope, schedule, quality and HSE requirements to the best industry practice for engineering, fabrication and construction. Understandings critical requirements of both greenfield and brownfields project development from concept to execution. Passionate about manages and integrate of widely diverse technical and multi-cultural teams.
Excellent administration and management skills, including strategic planning, leadership, resource allocation, coordinating staff, exceptional critical thinking and analytical skills.
Well understand the project needs of both Contractor’s perspective and Company’s project life cycle perspective.
Public Training berikutnya : 13 – 15 Oktober, 2026 | 9 – 11 Desember, 2026
