Pengujian & Kalibrasi Proteksi Peralatan Electrical Pembangkit
2026-06-23 08:30 - 2026-06-26 16:00 (Asia/Krasnoyarsk) | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Pengujian & Kalibrasi Proteksi Peralatan Elektrikal Pembangkit
Keandalan sistem tenaga listrik sangat bergantung pada efektivitas sistem proteksi yang diterapkan. Dalam merancang sistem tenaga listrik, analisa gangguan dan kondisi abnormal yang mungkin terjadi harus menjadi perhatian utama. Beberapa peralatan utama yang diproteksi meliputi Generator, Main Transformer, Station Service Transformer, dan House Transformer. Kondisi abnormal seperti hubungan singkat, tegangan lebih, beban lebih, dan frekuensi rendah dapat mengganggu operasi dan mengancam keamanan sistem.
Pengujian dan kalibrasi peralatan proteksi pembangkit berperan krusial untuk memastikan bahwa sistem perlindungan ini berfungsi dengan optimal. Pelatihan ini bertujuan untuk membekali peserta dengan keterampilan dan pengetahuan mengenai metode pengujian dan kalibrasi peralatan elektrikal pada pembangkit listrik. Peserta akan mempelajari prosedur yang diperlukan untuk menjaga keandalan dan keamanan sistem tenaga, dengan fokus pada identifikasi dan penanganan kondisi abnormal.
TRAINING OBJECTIVES:

Understand the principles and importance of protection systems in power generation electrical equipment.
Identify key components and functions of electrical protection systems in power plants.
Perform accurate testing and calibration of electrical protection devices to ensure system reliability.
Interpret test results and diagnose potential faults or inefficiencies in protection systems.
Apply best practices in maintaining and calibrating protection relays and associated equipment.
Ensure compliance with industry standards and regulations for electrical protection systems.
Develop troubleshooting skills for resolving issues related to protection system malfunctions.

COURSE OUTLINE:
1. Pengantar Electrical Power Generation System
2. Coordination of Protection System:

Primary and back-up protection
Need for coordination of setting
Relay/fuse coordination
Relay/recloser coordination
Fuse/ recloser coordination

3. Pengukuran dan Kalibrasi:

Instrumen ukur yang perlu dikalibrasi
Ketidakpastian pengukuran

4. Cara dan waktu pengukuran alat proteksi
5. Langkah-langkah pengujian dan kalibrasi:

Relay proteksi diferensial
Relay proteksi field failure
Relay proteksi over voltage
Relay proteksi under voltage
Relay proteksi impedance
Relay proteksi overcurrent excitation
Relay proteksi earth fault voltage
Relay proteksi rotor earth fault high resistance
Relay proteksi rotor earth fault low resistance
Relay proteksi frequency

6. Studi kasus dan diskusi
WHO SHOULD ATTEND:

Supervisor/ Teknisi Instrumen dan Kontrol
Staff, Engineer Instrumen dan Kontrol

TRAINER:
Ir. Ali Mashar, M.Eng.Sc,. IPU
Pengujian & Kalibrasi Proteksi Peralatan Elektrikal Pembangkit
| Training Berikutnya: 26 – 28 Oktober 2026, Bandung
Pengujian and Kalibrasi Proteksi Peralatan Electrical Pembangkit | pengujian kalibrasi proteksi peralatan electrical pembangkit | pengujian-kalibrasi-proteksi-peralatan-electrical-pembangkit Kuasai teknik pengujian dan kalibrasi proteksi peralatan listrik pada pembangkit. | Master testing and calibration techniques for electrical protection equipment in power plants. | Supriyanto* S.T.* M.T | Power Generation

Distributed Control System Operation and Maintenance
2026-06-24 08:30 - 2026-06-26 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:
DCS (Distributed Control System) adalah suatu pengembangan sistem kontrol dengan menggunakan komputer dan alat elektronik lainnya agar didapat suatu pengontrol suatu loop system lebih terpadu dan dapat dilakukan operator yang terlatih, dengan cepat dan mudah. DCS dapat digunakan untuk mengontrol proses/peralatan suatu plant dalam skala menengah sampai besar.
Untuk mempermudah penggunaan, DCS sudah menyertakan tampilan grafik (gambar analogi peralatan) dan software untuk konfigurasi control. DCS dapat dipakai untuk lebih dari 1 workstation dan dapat dikonfigurasi di workstation atau PC. Komunikasi dapat melalui jaringan kabel atau optic.
Mengingat kompleksitasnya, maka diperlukan penguasaan yang baik untuk dapat menjalankannya. Training ini dirancang untuk memberikan pengetahuan yang cukup dari deberikan oleh seorang Doktor dan praktisi yang berkompeten.
TRAINING OBJECTIVES:
At the end of this course, participants will be able to:

A solid understanding of the architecture and operation of Distributed Control Systems (DCS)
Ability to design the overall DCS and process control system
Better specification of planned DCS
Able to perform simple trouble shoot on the DCS they are working on

WHO SHOULD ATTEND:

Process Control Engineers & Technicians
Automation Engineers
Operators & Control Room Personnel’s
Electrical & Instrumentation Technicians

COURSE CONTENT:

DCS Introduction
Summary of typical distributed control systems DCS versus SCADA versus PLC
DCS System Elements
Data Communications in a DCS
The Basic Controller
Basic DCS Controller Configuration
Programming Of DCS Systems
Alarm System Management
Distributed Control System Reporting
Distributed Control System Configuration
Advanced Control Strategies Maintenance Considerations
DCS Maintenance

ABOUT THE COURSE LEADER:
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE: Control Engineering Expert
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.
Training Berikutnya: 23 – 25 November 2026, Bandung

Centrifugal Pump Operation and Maintenance
2026-07-01 08:30 - 2026-07-03 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Pelatihan ini berfokus pada prinsip Centrifugal Pump Operation and Maintenance, hidrolik pompa sentrifugal serta interaksi antara pompa dan pipa. Materi yang dibahas mencakup tinjauan mekanika fluida, persamaan Bernoulli yang dimodifikasi yang diterapkan pada sistem perpipaan, persamaan energi yang diterapkan pada pompa dan sistem perpipaan, serta kehilangan energi dalam pipa dan fitting. Diskusi kelas juga mencakup proses pemilihan pompa centrifugal, pengukuran kinerja pompa, hubungan kecepatan spesifik-efisiensi, hukum afinitas, pengaruh diameter pipa terhadap ukuran pompa yang dibutuhkan, dan net positive suction head (NPSH).
Objectives:
Setelah menyelesaikan pelatihan ini, peserta diharapkan mampu:

Memahami prinsip operasi dan komponen kunci dari pompa sentrifugal.
Mengidentifikasi jenis-jenis pompa sentrifugal yang umum dan aplikasinya di berbagai industri.
Mendiagnosis masalah operasional dan mengenali tanda-tanda awal kegagalan pompa.
Melakukan pemeliharaan preventif dan korektif untuk memastikan kinerja pompa yang optimal.
Menerapkan praktik terbaik dalam penyelarasan pompa, pelumasan, dan sistem penyegelan.
Menganalisis kebutuhan sistem untuk memilih pompa yang sesuai untuk aplikasi tertentu.

Recommended Participants:
Pelatihan ini dirancang untuk individu yang memiliki pengetahuan dasar tentang pompa dan ingin memahami lebih dalam tentang cara kerja pompa sentrifugal, serta kapan dan bagaimana menerapkan pengetahuan ini. Insinyur dan teknisi pemeliharaan yang bertanggung jawab atas operasi dan keandalan pompa:

Insinyur proses yang bekerja dengan sistem yang melibatkan pompa sentrifugal.
Pengawas dan operator yang terlibat dalam pemantauan peralatan pabrik.
Karyawan baru atau profesional dengan gelar teknik yang beralih ke peran yang memerlukan pengetahuan tentang operasi dan pemeliharaan pompa.

Course Outline:

Various Types of Pumps

Centrifugal
Positive displacement
Various pump drivers/prime movers

Pump Basic Construction

Basic design based on ANSI & API-610
Different types/construction of pumping installations
Various configurations of pump operations

Understand the Internal Parts of Pump

Familiarization with common pump parts
Cross-sectional view in 3D of various types of pumps
Function of each pump part

Pump Design & Operations

Different pump applications
Safety precautions
Preparation for startup/stop
Calculating capacity, head, efficiency (basic formula)
Pump curve
Protection and auxiliary systems
Working with different types of fluids (water, oil, condensate, glycol, etc.)
Typical operational problems of various pump types

Understand First Level Maintenance of Pump

Description/explanation of pump maintenance levels: do’s and don’ts
First maintenance level for various types of pumps

Troubleshooting
Case Study on Maintenance, Failure, and Troubleshooting

Discuss various case studies of operational & maintenance problems (trainees are encouraged to share their experiences).

About the Course Leaders:
Cecep Slamet Abadi, ST., MT adalah associate instructor di FJM dengan latar belakang pendidikan Teknik Mesin untuk jenjang S1 & S2. Selain aktif sebagai dosen sejak tahun 1996, beliau juga memiliki pengalaman di bidang industri dan konsultan, termasuk di LAPI ITB, Puslitbang Air, PINDAD, Audit Energi di Pertamina EP Pangkalan Susu, Tambung & Rengasdengklok, serta sebagai tim uji kompetensi di IATKI (Ikatan Akhli Ketenagalistrikan Indonesia). Untuk pelatihan industri, Pak Cecep telah mengajar lebih dari 150 in-house maupun public training di berbagai perusahaan, termasuk Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, Chevron Geothermal, Premier Oil, Pupuk Sriwijaya, Pupuk Kujang, Badak LNG, dan lainnya.
| Training Berukutnya: 02 – 04 November 2026, Bandung

Boiler & System Operation
2026-07-01 08:30 - 2026-07-03 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
A boiler is a closed container that heats a fluid, usually water, to create steam or hot water. The heated fluid is then used for a variety of applications, such as heating, cooking, and power generation. Boiler & System Operation has very specific operation system so that it functions how it is supposed to be.
This comprehensive course is meticulously crafted to impart essential knowledge on the maintenance and safe operation of boiler and steam systems. Participants will delve into the intricacies of pressurized vessels, master boiler operation safety skills, and explore effective troubleshooting techniques. Additionally, the course covers preventative maintenance guidelines, equipping participants with the expertise to diagnose and repair equipment malfunctions efficiently. By engaging with actual equipment, participants will gain practical experience, enhancing their ability to apply these skills in real-world scenarios.
Course Objectives:
Participants will achieve the following objectives:

Master the installation, operation, maintenance, and management of boiler plants.
Understand the steam and combustion processes.
Implement safe boiler operation techniques.
Learn about pollutants and technologies to reduce emission levels.
Achieve peak boiler plant efficiencies.
Identify and troubleshoot boiler problems quickly and efficiently.

Who Should Attend:
This course is ideal for:

Senior Boiler Plant Operators, Repairers & Installers
Boiler Plant Engineers
Operation, Maintenance, Inspection & Repair Managers, Supervisors & Engineers
Mechanical Engineers & Technicians
Design Engineers, Insurance Company Inspectors

Course Content:

Introduction
Fuel Combustion and Steam Generation Process
Boiler Auxiliary Plant
Operations and Controls
Pressure Containing Components
Planning and Managing Boiler Maintenance
Managing Boiler Repairs, Troubleshooting & Modifications
Cold Storage of a Boiler
Emission Controls and Environmental Constraints

About the Trainer:
Maridjo, Drs, ST., MT., is a distinguished alumnus of the Mechanical Engineering Department at Institut Teknologi Bandung (ITB). Currently a lecturer at Polytechnic ITB (POLBAN), Maridjo has extensive experience teaching a wide array of topics related to his expertise. His areas of instruction include predictive and preventive maintenance, lubrication systems, diesel engines, pumps, gas turbines, piping systems, compressors, boilers, and more. Maridjo has collaborated with numerous companies across Indonesia, such as Chevron, Semen Gresik, Semen Baturaja, Pertamina, and many others, providing training to employees from various sectors including oil and gas, cement, and power generation.
| Training Berikutnya: Bandung, 2 – 4 November, 2026

Instrumentation, Electrical and Control System
2026-07-06 08:30 - 2026-07-08 16:00 | Jawa Barat
About the Course:
This course provides a comprehensive overview of Instrumentation, Electrical, and Control Systems, covering core concepts essential for modern industrial environments. Participants will explore the principles behind industrial instrumentation, electrical components, and the integration of control systems that drive automation and process optimization. The program delves into key areas such as sensors, signal transmission, actuators, and the operation of PID controllers within PLC and DCS frameworks.
The objective of this course is to equip participants with a strong understanding of the electronics behind instruments, interface devices, and control systems. Emphasis is placed on developing practical skills for configuring, maintaining, and tuning industrial control systems. By addressing both basic and advanced configurations of PID controllers, the course aims to enhance the participants’ ability to ensure stability and reliability in industrial processes.
Course Objectives:
Upon completion, participants will be proficient in understanding and applying the principles of instrumentation, electrical systems, and process control. They will gain hands-on experience with essential tools and techniques for system analysis, troubleshooting, and performance enhancement, contributing to more efficient and effective industrial operations.
Who Should Attend:

Control system operators responsible for maintaining and optimizing industrial processes.
Electrical and instrumentation technicians involved in system installation and maintenance.
Engineers engaged in the design, implementation, and improvement of control systems.
Project managers overseeing automation and instrumentation projects.

Course Content:

Introduction to Instrumentation, Electrical, and Control Systems
Static and Dynamic Characteristics of Instruments and Electrical Devices
Core Components of Instrumentation and Electrical Systems
Sensor Types, Functions, and Industrial Applications
Actuators and Their Role in Control Systems
Signal Transmission, Interfacing, and Digital Communication
Instrumentation and Electrical System Electronics
Feedback Concepts and Loop Control
Analysis and Optimization of Feedback Systems
PID Controllers: Configuration, Tuning, and Implementation
Electrical Control System Design and Troubleshooting
Practical Techniques for PID Tuning and Performance Enhancement
Laboratory Exercises and Real-World Demonstrations

About the Trainer:
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE
Holds an Engineering Physics degree from ITB (1990) and a Ph.D. in Control Engineering from The Australian National University (2001). Expert in control engineering, specializing in Hybrid Control Systems, Discrete Event Control Systems, Petri Nets, Robust PID Controllers, Advanced Process Control, and Industrial Automation using PLC/DCS.
Prof. Endra is the coordinator of Intelligent Control and Automation and founder of the PLC Research Group at the Instrumentation and Control Laboratory (LINK), ITB. Established the Schneider-OMRON PLC Training Center at Maranatha Christian University, collaborating with Schneider Electric Indonesia, OMRON Japan, and Invensys WONDERWARE.
Prof. Endra has led several industrial automation and control training programs, including TPSDP Retooling Projects, and attended professional training in PLC, DCS, and instrumentation calibration in Indonesia, Singapore, and South Africa. He regularly instructs public, university, and in-house training for leading companies and institutions in the petrochemical, oil, gas, and manufacturing sectors.
Public Training berikutnya : 21 – 23 September, 2026 | 3 – 5 Desember, 2026

Gas and Diesel Engines
2026-07-06 08:30 - 2026-07-08 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Prime movers are essential for powering pumps, generating electricity, operating heavy machinery, and providing backup power during outages. Among the various types of prime movers, diesel engines are widely used in industrial applications, while gas engines are common in gas plant facilities due to their efficiency and reliability.
Understanding the operation and maintenance of gas and diesel engines is crucial to ensuring performance, longevity, and minimizing downtime. This course delivers practical knowledge on the principles, performance evaluation, routine maintenance, and troubleshooting of these engines.
Course Objectives:

Understand the principles of gas and diesel engine operation
Apply reliability-based maintenance strategies for both engine types
Evaluate engine performance effectively
Perform routine maintenance tasks
Troubleshoot engine issues efficiently
Define engine specifications based on operational requirements

Who Should Attend:

Maintenance Engineers, Superintendents, and Supervisors
Rotating Equipment Engineers, Superintendents, and Supervisors
Power Plant Engineers, Superintendents, and Supervisors
Individuals interested in expanding knowledge of engine operation and maintenance

Course Content:

Engine Fundamentals

Overview of engine components and their functions
Basic operating principles of internal combustion engines

Principles of Internal Combustion Engines

Four-stroke and two-stroke cycles
Thermodynamic principles and energy conversion

Gas vs. Diesel Engine Comparison

Key differences in design and performance
Advantages and limitations of each engine type

Combustion Processes and Requirements

Chemical process of fuel combustion
Air-fuel ratio and ignition systems

Fuel Systems for Gas Engines

Types of fuel delivery systems
Fuel storage and transfer processes

Lubrication Systems

Importance of engine lubrication
Types of lubricants and lubrication methods

Engine Control Module (ECM) Basics and Philosophy

Role of ECM in engine operation
Monitoring and controlling engine performance

Engine Setup and Performance Testing

Procedures for engine installation and alignment
Methods for assessing engine performance and efficiency

Maintenance, Operation, and Troubleshooting

Routine maintenance practices
Common engine problems and diagnostic techniques
Tools and strategies for effective troubleshooting

ABOUT THE COURSE LEADERS:
Maridjo, Drs, S.T., M.T
Maridjo, Drs, ST, MT., adalah alumni 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, energi audit , 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. Beliau juga telah melakukan banyak Energi Audit di berbagai perusahaan bersama teamnya.
Public Training berikutnya : 26 – 28 Oktober, 2026 | 7 – 9 Desember, 2026

Risk Based Inspection (RBI)
2026-07-06 08:30 - 2026-07-08 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Risk-Based Inspection (RBI) is a systematic approach used to determine the inspection and maintenance strategy based on the risk assessment of equipment and assets. This method ensures that resources are allocated effectively by prioritizing inspections for critical components that have the highest risk of failure, thus improving safety, reliability, and cost-effectiveness. RBI helps to predict potential issues before they lead to system failures, reducing downtime and enhancing operational efficiency.
This course will provide participants with a comprehensive understanding of RBI concepts, methodologies, and practical applications. Attendees will learn how to implement RBI strategies, perform risk assessments, and develop inspection plans tailored to specific assets. By integrating risk management into the inspection process, organizations can make informed decisions that optimize asset performance while minimizing risks.
Course Objectives:
By attending this workshop, you will be able to:

Understand the principles and objectives of Risk-Based Inspection
Learn how to conduct risk assessments for various types of assets
Develop and implement effective RBI strategies
Prioritize inspection activities based on risk analysis
Apply RBI techniques to improve asset reliability and operational safety
Manage and document inspection results and follow-up actions

Who Should Attend:
This course is ideal for:

Asset Integrity Managers and Engineers
Maintenance Managers and Supervisors
Inspection Engineers and Technicians
Risk Management and Safety Officers
Professionals involved in equipment maintenance and reliability
Project Managers and Engineers working in plant operations

Course Content:

Introduction to Risk-Based Inspection (RBI)

Definition and importance of RBI
Principles and benefits of implementing RBI
Key components of an effective RBI program

Risk Assessment Methodology

Understanding risk: likelihood vs. consequence
Risk matrices and scoring systems
Performing risk analysis for different types of assets

RBI Strategy Development

Developing RBI strategies for critical assets
Prioritizing inspections based on risk analysis
Establishing inspection intervals and resource allocation

Inspection Planning and Execution

Designing effective inspection plans
Integrating RBI with existing maintenance programs
Executing inspections based on RBI recommendations

RBI Implementation and Documentation

Implementing RBI strategies across different asset types
Documentation and record-keeping for inspections
Analyzing and reporting inspection findings
Managing follow-up actions and ensuring compliance

Case Studies and Practical Applications

Real-world examples of RBI in various industries
Analyzing case studies and discussing challenges
Group exercises on developing RBI strategies

ABOUT THE COURSE LEADER:
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
| Training Berikutnya: 26 – 28 Oktober 2026, Bandung

Process Safety & Asset Intergrity Management System
2026-07-08 08:00 - 2026-07-10 17:00 | Jawa Barat
Background:
Process Safety & Asset Intergrity Management System, biasanya merupakan dua hal yang terpisah. Padahal keselamatan proses (Process Safety) dan integritas aset (Asset Integrity) merupakan fondasi utama dalam industri migas yang berisiko tinggi. Kegagalan pengelolaan kedua aspek ini bisa menimbulkan kerugian besar, baik dari sisi manusia, lingkungan, maupun bisnis.
Process Safety & Asset Integrity Management System (PSAIMS) adalah kerangka kerja komprehensif yang menyatukan keduanya untuk memastikan operasi yang andal, aman, dan berkelanjutan dengan menghadirkan 2 narasumber dengan kompetensi yang saling melengkapi. Jadi, PSAIMS adalah sistem manajemen yang menyatukan keselamatan proses dan integritas aset secara menyeluruh untuk meningkatkan keamanan dan keandalan operasi aset industri.
Objectives:
– Memberikan pemahaman menyeluruh tentang elemen-elemen kunci PSAIMS.
– Membekali peserta dengan keterampilan identifikasi bahaya, manajemen risiko, dan kontrol kritis.
– Mengasah kompetensi inspeksi, pemeliharaan, audit, dan tanggap darurat.
– Mendorong budaya keselamatan berkelanjutan di seluruh level organisasi.

Recommended Participants:
– Manajer/supervisor bidang operasi, maintenance, engineering.
– Personel K3, HSSE, reliability, asset integrity, dan QA.
– Kontraktor dan tenaga pendukung yang terlibat dalam manajemen aset dan keselamatan proses.
– Profesional migas yang mengelola risiko dan keselamatan operasional.

Course Outline:
Process Safety Management (PSM) – Pondasi Keselamatan Proses & Pencegahan Major Incident:
1. Pengenalan PSAIMS dan integrasi PSM–AIMS:
– Evolusi regulasi & standar (OSHA PSM, API, OGP)
– Hubungan PSM dengan AIMS
2. Identifikasi bahaya & analisis risiko:
– Metode HAZID, HAZOP, LOPA
– Contoh penerapan di fasilitas migas
3. Prosedur operasi & safe working practices:
– Permit to Work, isolasi energi, job safety analysis
4. Rencana tanggap darurat & manajemen krisis:
– Incident Command System (ICS)
– Koordinasi internal & eksternal
– Safety Leadership dalam Process Safety
Asset Integrity Management (AIMS) – Bagian I, Kerangka Kerja AIMS & Pengendalian Technical Integrity:
1. Prinsip & framework AIMS:
– Konsep SECE (Safety & Environmental Critical Elements)
– Lifecycle management asset
2. Inspeksi, pemeliharaan & condition monitoring:
– RBI (Risk-Based Inspection)
– NDT & predictive maintenance
3. Pengelolaan aset aging & decommissioning:
– Tantangan peralatan tua
– Infrastruktur pendukung (pipeline, storage, utilities)
4. Kesiapan operasi & Pre-Startup Safety Review (PSSR)
5. Transformasi digital dalam AIMS:
– IoT, digital twin, dashboard integritas asset
Asset Integrity Management (AIMS) – Bagian II & Continuous Improvement, Respon darurat, evaluasi kinerja & budaya keselamatan:
1. Monitoring kinerja & penilaian risiko berkelanjutan:
– KPI PSAIMS
– Leading vs lagging indicators
2. Audit & review PSAIMS:
– Internal/ external audit
– Gap analysis & benchmarking
3. Investigasi insiden & analisis akar masalah:
– Metode RCA, 5 Why, Bow-Tie
– Case study interaktif
4. Management of Change (MoC):
– Prinsip, prosedur, dan kendala lapangan

About The Course Leaders: (practitioners)
1. Ir. In Jumanda Kasdadi, M.T.
2. Ir. Deddy Nugraha, CMRP, CLA
Public Training berikutnya : 25 – 27 November, 2026

Proactive Maintenance
2026-07-13 08:00 - 2026-07-15 16:00 | Bandung, Jawa Barat, Indonesia
Background
Proactive Maintenance is a strategic approach to identifying and resolving potential equipment failures before they occur. This maintenance method focuses on improving asset reliability and minimizing downtime risks.
While wear and tear are inevitable in equipment lifecycles, a well-planned proactive maintenance strategy can extend asset lifespan and enhance overall performance. By addressing hidden operational inefficiencies, proactive maintenance lowers both maintenance and operational costs. Equipment running at optimal condition consumes less energy, while machines nearing failure are less efficient and negatively impact productivity.
Objectives
By the end of this Proactive Maintenance Training, participants will be able to:

Protect company equipment and tools from damage, extending their lifespan
Minimize downtime
Boost company profits
Make informed decisions through proactive maintenance practices

Course Outline

How to implement a proactive approach to equipment care
Lubrication excellence programs
Precision maintenance skills: alignment and balance
Basics of training program design
RCM (Reliability-Centered Maintenance) process for small businesses
How maintenance planning saves time and money
Equipment and process design using RCM and RCD (Reliability-Centered Design)
Developing written rebuild procedures
Root Cause Analysis (RCA) for problem-solving
Leveraging suppliers for operational efficiency
Techniques for equipment specification
Enhancing efficiency through Computerized Maintenance Management Systems (CMMS)

Participants
This course is ideal for managers, supervisors, engineers, planners, foremen, and technicians. It’s also suitable for professionals in operations, engineering, and purchasing who want to understand how maintenance quality impacts their roles.
Training Methods

Presentations
Discussions
Case Studies
Evaluations

About the course leader:
Maridjo, Drs, S.T., M.T
Public Training berikutnya : 12 – 14 Oktober, 2026

RCM (Reliability Centered Maintenance)
2026-07-13 08:00 - 2026-07-15 16:30 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Reliability Centered Maintenance (RCM) is a crucial approach for enhancing maintenance programs, especially in sectors like energy, manufacturing, and petrochemicals. By adopting RCM, organizations can avert costly equipment failures through predictive and preventive maintenance strategies. This RCM training for Maintenance Energy 2024 will equip participants with the essential skills to implement effective maintenance strategies, thereby lowering operational costs and ensuring seamless production and asset reliability.
Teams that utilize RCM focus on maintenance planning, monitoring asset conditions, and employing predictive and preventive maintenance to prevent expensive equipment breakdowns.
This Reliability Centered Maintenance course is particularly advantageous for continuous process industries that rely on complex and costly production equipment, including sectors such as mining, electricity generation, petrochemicals, marine, manufacturing, automotive, assembly, aviation, construction, pulp and paper, and oil and gas. The course is structured to address the need for reliable maintenance methods to ensure successful production and to minimize breakdowns or unexpected disruptions. As facilities increasingly adopt automated systems, the demand for efficient and effective maintenance methods becomes even more critical. Delayed improvements in maintenance operations can lead to significant losses, including decreased productivity, wasted labor hours, production delays, major equipment failures, and strained customer relationships.
Additional consulting and implementation support is recommended to ensure that companies realize the full value of these benefits.
OBJECTIVES:
Upon completion of this training, participants will be able to:

Understand Reliability Centered Maintenance (RCM) as a foundation for implementing maintenance management and as a cost management tool within project management.
Grasp the maintenance philosophy based on the evolution of maintenance practices: the first generation (breakdown maintenance) and the second generation (preventive maintenance).
Anticipate potential failures by identifying the types of failures that may occur.
Comprehend the root causes of failures.
Reduce maintenance costs while maximizing equipment capacity.

TARGETTED PARTICIPANTS:
This course is intended for:

Maintenance Engineers, Superintendents, and Supervisors
Rotating Engineers, Superintendents, and Supervisors
Power Plant Engineers, Superintendents, and Supervisors
Manufacturing Managers
Anyone interested in expanding their knowledge on these topics

TRAINING CONTENT:
Theory Basic Maintenance

Definition of Maintenance
Various Type of Maintenances (PM, PdM, TQM, RCM, CBM)
Reliability, Maintainability and Availability.
Key Performance Indicator (KPI) for Maintenance
Overall Equipment Effectiveness (OEE) Determination

Functional Failure Analysis (FFA)

Operational Context
Functional Failure (Failed States)
Root Cause Failure Analysis – Turbine, Pumps, Motor, Generator and Others.

Critical Item Selection

Risk (Criticality) Matrix
Likelihood of Failure Formulation and Scoring

Consequence of Failure Formulation and Scoring
About the course leader:
Ir. Deddy Nugraha, CMRP and Team

Public Training berikutnya : 23 – 25 November, 2026

Sistem Proteksi Pembangkit Listrik
2026-07-15 08:30 - 2026-07-17 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
The Power Plant Protection System is a set of devices designed to safeguard the power generation facility as a whole. A power plant is a system that generates electrical energy from mechanical energy sources, typically through electromagnetic induction. This process is known as electricity generation. In the industrial sector, generators are essential for supporting all activities that require a reliable supply of electrical energy. Therefore, the operation of these power plants must be conducted correctly.
Therefore, performance of generators is influenced not only by operational aspects but also significantly by maintenance factors. Improper maintenance can lead to vibration issues and reduced efficiency, ultimately affecting the unit’s performance. To address these challenges, it is crucial to have competent and skilled personnel.
This training will equip participants with the techniques and applications of proper generator maintenance in power plants. Participants will gain knowledge and understanding of the engineering aspects of electrical power generation systems. The training will emphasize the operation, protection, and maintenance of generators and their driving systems.
Course Objectives
After completing the training, participants are expected to:

Enhance their knowledge of power plant protection systems.
Improve their understanding of power system architecture.
Conduct reviews to improve the protection of power systems, busbars, transformers, motors, and generators.

Who Should Attend

Engineers
Managers
Supervisors
Technicians
Operators
Production and Operations personnel
Power Plant Operation & Maintenance staff

Course Content

Introduction
Power System Architecture
Neutral Grounding
Short Circuit Current
Sensors (CT & VT)
Discrimination
Power System Protection
Busbar Protection
Transformer Protection
Motor Protection
Generator Protection

About the Course Leaders
Ir. Nana Heryana, S.T. IPU., ASEAN.Eng
Public Training berikutnya : 21 – 23 Oktober, 2026

Substitution Equipment & Control Relay
2026-07-20 08:30 - 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Substitution Equipment and Control Relay. In modern industrial operations, ensuring reliable power distribution and control is essential for minimizing downtime, ensuring safety, and optimizing performance. A crucial element of this is the management of backup equipment and control relays, which are vital for the protection and automation of electrical systems.
Backup equipment acts as a contingency in the event of equipment failure, allowing operations to continue without major interruptions. Conversely, control relays serve as intermediaries between control systems and equipment, providing necessary protection by monitoring electrical faults and initiating appropriate responses, such as disconnecting or isolating faulty components.
With rapid advancements in electrical technology and the increasing complexity of power systems, it is crucial for technical personnel to possess the knowledge and skills needed to effectively handle, operate, and maintain backup equipment and control relays. This training aims to equip participants with a comprehensive understanding of the functions, types, and operational strategies associated with backup equipment and control relays, along with practical experience in troubleshooting and maintenance procedures.
ABOUT THE COURSE:
This introductory course on substation equipment and controls will familiarize you with the components that make up an electric substation. It will detail how each type of equipment functions and guide you through the control and wiring diagrams that govern their operation.
PERFORMANCE OBJECTIVES:
When you complete this course you will be able to:

Understand the operation of substation equipment
Read trip and closure schematics and control system diagrams
Relate control schematics to their corresponding wiring diagrams
Design simple control system schematics
Gain the expertise necessary to enhance system reliability, reduce downtime, and improve overall operational safety in their workplaces

WHO SHOULD ATTEND?:
Electrical and Instrument technicians, Transmission and distribution technicians
Course Content:

Power Transformers

Principles of transformer operation and components
Transformer protection schemes and fault analysis

Load Tap Changers

Types of Load Tap Changers (LTC) and their functions
Operational mechanisms and control methods

Voltage Regulators

Automatic voltage regulation principles
Types of voltage regulators and applications

Power Circuit Breakers

Types of circuit breakers (Oil, SF6, Vacuum) & applications
Arc extinguishing principles and insulation coordination

Circuit Switchers

Function and applications in substation systems
Differences between circuit switchers and breakers
Operational guidelines and maintenance best practices

Capacitor Banks

Reactive power compensation and voltage stability
Switching operations and protection schemes

Protective Relays

Types of protective relays and their functions
Coordination of relay settings for system protection

Trip Schematics and Wiring Diagrams

Understanding and interpreting trip circuit schematics
Wiring standards and common configurations

Auxiliary Equipment and Systems

Role of auxiliary systems in substation operations
Control panels, signaling devices, and annunciators

Metal Clad Switchgear

Components and working principles of metal-clad switchgear
Safety procedures for operation and maintenance

Substation Automation and Integration

SCADA systems and communication protocols
Intelligent Electronic Devices (IEDs) and their applications

Batteries and Battery Charging

Types of batteries used in substations & characteristics
Battery charging systems and maintenance requirements

Condition Monitoring & Periodic Maintenance

About the Trainer:
Supriyanto, ST., MT, holds a Bachelor’s degree in Electrical Engineering from Universitas Diponegoro and a Master’s degree in Electrical Engineering from ITB, specializing in Power System Technology and Electrical Power Engineering.
In addition to his formal education, Supriyanto has obtained several certifications, including:

A six-month training program from Swiss-contact in High Voltage Technology.
An eighteen-month training program in Teaching Methodology for Industrial & Electrical Engineering.
Certified Assessor in Electrical Engineering from the Ministry of Energy and Mineral Resources (ESDM).
Certified Senior Electrical Installation Engineer from the National Board for Vocational Certification (BNSP).
Certified Senior Electrical Safety Engineer from BNSP.

Public Training berikutnya : 7 – 9 Desember, 2026

Spare Parts Management
2026-07-20 08:30 - 2026-07-22 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course

Effective spare parts management is akin to logistical support in a battle. Have you considered the losses incurred due to unexpected machinery or equipment failures during production? What if repair processes are hindered by the unavailability of spare parts?
The losses from production downtime can be quantified, but there are also immeasurable losses, such as damage to company image and client trust.
Therefore, implementing an effective maintenance program and controlling spare parts management is crucial. This includes determining necessary items, assessing the need for storage, identifying suppliers, timing orders, specifying quantities, ensuring quality standards, budgeting for spare parts, and more.
Course Objectives
Participants will be able to:

Understand strategies for spare parts provision.
Control spare parts effectively.
Provide necessary items for overhauls and support operational spare parts needs.
Manage spare parts efficiently.
Develop a just-in-time stock system with the required specifications.

Who Should Attend
This training is recommended for:

Maintenance Managers and Staff
Production Managers and Staff
Managers or Staff closely related to maintenance resource management, such as Warehouse Management and Supply Chain personnel.

Course Content

Strategies for Spare Parts Inventory to Support Production Processes
Planning and Managing Spare Parts Inventory
Spare Parts Management and Control Strategies
Classification of Spare Parts and Equipment
Reorder Point Calculation for Inventory & Management
Planning and Controlling Spare Parts for Overhaul
Stock Control of Spare Parts: Safety Stock, Overstock, and Dead Stock
Cost Calculation and Analysis of Spare Parts
Effective and Efficient Spare Parts Warehouse Management
Software aided inventory
Control of Factors Leading to Inventory Loss
Spare Parts with Specific Storage Requirements
Warehouse layout & racking system
Spare Parts Coding and Standardization Systems
Key Performance Indicators (KPIs) for Spare Parts Management

About the Course Leader:
Ir. Irfan Zen/ Rusmana, ST., MT
Public Training berikutnya : 17 – 19 November, 2026

Safety Instrumented System (SIS) and Control
2026-07-20 08:30 - 2026-07-22 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Process safety is a critical element in industries involving high-risk operations, such as oil and gas, petrochemicals, and manufacturing. A key component of process safety management is the Safety Instrumented System (SIS), which is designed to protect personnel, the environment, and assets from potential incidents that could lead to significant losses.
This training aims to provide an in-depth understanding of the design, implementation, and management of SIS in accordance with international standards such as IEC 61508 and IEC 61511. Participants will learn basic concepts, risk analysis, Layer of Protection Analysis (LOPA) management, and system testing to ensure the reliability and integrity of SIS in daily operations.
Course Objectives

Expand practical knowledge in the design and application of Safety Instrumented Systems (SIS) in industrial processes.
Understand the latest standards governing each stage of the safety life cycle, from initial hazard evaluation to detailed engineering and maintenance of SIS.
Develop the ability to reduce risks and mitigate hazard consequences, and design, implement, operate, and maintain SIS to meet requirements.
Assist companies in implementing functional safety measures that conform to international standards.
Design, implement, and manage SIS while adhering to international standards such as IEC 61508 and IEC 61511.

Who Should Attend
This training is recommended for:

Instrumentation and control engineers and technicians
Design, installation, and maintenance engineers and technicians in process industries
Managers and sales professionals employed by end users
Systems integrators or consultants
Consulting electrical engineers
Plant engineers and instrument technicians
Operations Technicians
Electrical maintenance technicians and supervisors
Instrumentation and control system engineers
Process control engineers
Mechanical engineers
Procurement professionals

Course Content

Fundamental of Safety Instrumented System (SIS)
Differences Between SIS and Other Control Systems
Review of Basic SIS (IEC 61508, IEC 61511, and ISA S84)
Functional Safety
Safety Life Cycle
Risk Reduction
Layers of Protection Analysis (LOPA)
Conceptual Design
Reliability Analysis
Safety in Field Instruments & Devices
Analyzing Risks
Assessing the Need for Risk Reduction
Safety Requirements Specifications
Fault Tree Analysis
Safety Integrity Level (SIL)
Hardware Fault Tolerance
Failure Rate
Technology Choices
Performance Requirements
Implementation of SIS
API RP 754 (Process Safety Performance Indicators)

About the Course Leader
Prof. Endra Joelianto, Ir., Ph.D., SMIEEE
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 : 19 – 21 Oktober, 2026

Tribology Oil Analysis
2026-07-21 08:30 - 2026-07-23 16:00 | Bandung, Jawa Barat, Indonesia
BACKGROUND & ABOUT THE COURSE:
Machinery is assembled from many parts, some of which have relative motion or friction. This will need oil for excellent lubrication, cooler, and cleaner. To maintain good machinery operations, one needs to understand tribology (knowledge about friction and lubrication) and oil analysis.
Lubricant is one of the important factors in the machinery system and machine maintenance. This requires knowledge and experience about the basics of the lubrication system to maintain safe bearing operating conditions. Monitoring the operating conditions of a machine and selecting the right lubricant will keep the engine performance optimal and durable.
This training will discuss how to analyze sources of disturbance and systematic damage analysis and the possibility of modifying the lubrication system. With good lubricants and proper monitoring, you are able to maintain and operate production machinery more optimally.
TRAINING OBJECTIVES:
After attending the training, participants are expected to:

understand tribology (knowledge of friction and lubrication) and Oil Analysis.
Able to properly implement knowledge of oil analysis in the work environment

WHO SHOULD ATTEND:
Maintenance Professionals, Reliability Engineers, Lubrication Engineers, Craftsmen and Millwrights, Equipment Operators, Operations & Maintenance Managers, Lubrication Technicians, Manufacturing and Industrial Engineers, Maintenance Supervisors, Vibration Instrument Specialists, Predictive Maintenance Technicians, Laboratory Analysts.
COURSE CONTENT:

Fundamental of Tribology

Conformal & Non-conformal contact
Friction phenomena
Wear phenomena
Lubrication principle
Hydrodynamic Bearing
Hydrostatic Bearing
Rolling Element Bearing

Wear Metal analysis

spectroscopy,
analytical ferrography or micro patch

Wear phenomena, mechanism and its causes

Wear phenomena
Wear Mechanism
Cause of wear

ABOUT THE COURSE LEADERS:
Cecep Slamet Abadi, S.T., M.T
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 : 22 – 24 September, 2026

Supervisi Pengoperasian Sistem BOP (Balance of Plant)
2026-07-21 08:30 - 2026-07-23 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
In coal-fired power plants (PLTU), the plant is divided into three main areas: Main Power Equipment, Balance of Plant (BOP), and Coal Handling. Main Power Equipment includes the boiler, turbine, generator, transformer, and condenser. BOP encompasses critical systems such as the Water Treatment Plant, Water Pump House, Waste Water Treatment Plant, Start-Up Boiler, Fuel Oil Pump House, Chlorine Plant, and Circulating Water Pump. The scope of BOP equipment may vary depending on the plant’s design.
A properly functioning BOP system is crucial to maintaining the overall operation of the PLTU. Any issues within the BOP can lead to operational disruptions. Thus, operators and technicians must have a thorough understanding of BOP operations and maintenance procedures. Continuous supervision of BOP systems is necessary to ensure optimal plant performance. This course provides in-depth knowledge of BOP operations, focusing on best practices, risk identification, and system optimization to ensure safe, reliable, and efficient plant operations.
Course Objectives:

Understand the role and function of the BOP system in supporting power plant operations.
Master the operation and supervision of key BOP components.
Identify and address operational issues within the BOP system.
Apply optimization techniques to improve BOP system efficiency and reliability.
Supervise BOP operations according to safety procedures and industry standard.
Enhance coordination between supervisory teams and operators to ensure effective BOP management.

Who Should Attend:

Power Plant Operation Supervisors responsible for overseeing BOP system operations.
Power Plant Operators directly involved in BOP operations.
Maintenance Technicians ensuring the reliability and upkeep of BOP components.
Power Plant System Engineers involved in the design, analysis, and optimization of BOP systems.
Operational Support Staff with responsibilities related to BOP system management.

Course Content:

Introduction to Power Plant Components
Boiler
• Turbine
• Generator
• Transformer
Understanding Balance of Plant (BOP)
Water Treatment Plant (MED, Mixed Bed, Demineralized Tank)
• Water Pump House (Service Water Pump House, Raw Water Tank, Portable Reservoir, Sea Water Reservoir)
• Waste Water Treatment Plant
• Fuel Oil Pump House
• Chlorine Plant
• Circulating Water Pump
Functions of BOP
BOP System Operation Principles
Supervision of Power Plant Operations
Planning and Operational Supervision of BOP

About the course leader:
Ali Mashar, M.Eng.Sc., IPU/ Maridjo, Drs, ST., MT

Public Training berikutnya : 16 – 18 November, 2026

Operation Readiness, Hand Over & Assurance
2026-07-22 08:00 - 2026-07-24 04:00 | Tebu Hotel, Jl. Braga, Bandung, Indonesia
Background & About the Course
The successful execution of complex projects, particularly in the industrial and infrastructure sectors, requires meticulous preparation and flawless transitions between different phases. Operational readiness, handover, and assurance processes are critical to ensuring that projects meet performance standards, operational objectives, and stakeholder expectations. These activities not only bridge the gap between project completion and operational functionality but also mitigate risks, optimize resources, and drive long-term success.
In many instances, challenges such as misaligned priorities, insufficient knowledge transfer, and unclear accountability frameworks during handover stages can lead to delays, inefficiencies, or failures in operations. This underscores the importance of a structured approach to operational readiness and assurance, which fosters collaboration between project teams and operational units while maintaining quality and safety standards.
This training program equips participants with essential tools and techniques to effectively manage operational readiness, handover, and assurance processes. It combines principles, methodologies, and practical exercises to ensure smooth transitions from project delivery to operations. Participants will develop skills in risk management, stakeholder engagement, and performance validation, enabling them to enhance organizational readiness and achieve sustainable outcomes.
Course Objectives

Understand and practice Operational Readiness, Handover, and Assurance.
Enhance knowledge of Mechanical Completion, Pre-Commissioning, and Commissioning techniques.
Gain insights into acceptance criteria and the creation of acceptance certificates.
Explore HSE aspects and process safety in relation to Operational Readiness.

Who Should Attend
This training is designed for professionals engaged in the project phase, commissioning, and handover of facilities. Ideal participants include:

Project Team Members
EPC Team Representatives
Procurement Specialists
Operation and Maintenance Team Members

These groups are directly involved in ensuring a seamless handover process.
Course Content

Lifecycle Involvement: Understand the company’s role across the full asset lifecycle, from the project phase to operational readiness.
Team Collaboration: Learn effective collaboration strategies among key teams, including Project, Operational Excellence (OE), and Operability Assurance personnel.
Roles and Responsibilities: Define the roles and responsibilities of Operability Assurance personnel to ensure project success.
Tools and Best Practices: Explore essential Operability Assurance tools and best practices to achieve smooth transitions from the project phase to operational mode.
HSE and Process Safety: Gain insights into critical HSE aspects and process safety requirements tied to operational readiness.

About the Course Leader
Ir. Doddy Lesmana graduated from the Petroleum Engineering Department of Bandung Institute of Technology and has extensive hands-on experience in multinational oil and gas companies in Indonesia. He began his career as a Reservoir Engineer in 1997 and has held various positions, including Production Engineer, Supervisor, and Superintendent in both offshore and onshore production operations, advancing to managerial roles. Since 2016, he has focused on Project Handover and Operability Assurance. His career also includes roles in sales for Pipeline & Tubular and as a Senior Contract Analyst.
Public Training berikutnya : 27 – 29 Oktober, 2026

Mechanical Seal for Rotating Equipment
2026-07-22 08:30 - 2026-07-24 16:30 | Bandung, Jawa Barat, Indonesia
BACKGROUND:
Mechanical Seals for Rotating Equipment are integral to the functionality and efficiency of various industrial systems. These contain fluid inside the components of a vessel or system, usually in a pump or mixing device. Though small, these seals play a big part in manufacturing processes across numerous industries and if one fails it can bring production to a halt and often create a spill which could be dangerous for employees if the fluid used in the system is hazardous to health.
In rotating equipment or wherever it is used mechanical seals play vital roles. Hence whoever deals with them shall take a good care & knowledgable of it.
OBJECTIVES:
Upon completion of the course, the participant will be able to do the following:

Identify and explain types of seals.
Explain mechanical seal classification.
Explain how to safely and accurately remove and inspect mechanical seals.
Explain how to safely and accurately install mechanical seals.

WHO SHOULD ATTEND:
The following selected participants should attend this course:

Maintenance, Operator, Mechanical, Technician
Engineer/Superintendent/Supervisor
Rotating Engineer/ Superintendent/Supervisor
Power Plant Engineer/ Superintendent/ Supervisor

TRAINING SILABUS:
1 Types of Seals

Single Inside
Single Outside
Double: Back-to-Back, Face-to-Face
Tandem
Cartridge

2 Mechanical Seal Classifications:

Balanced
Unbalanced
Single-Spring
Multiple-Spring
Welded Metal Bellows
Elastomer Bellows
Rotating
Stationary

3 Mechanical Seals Removal and Inspection
4 Mechanical Seals Installation
5 Common Mechanical Seal Failures
TRAINING METHODS:

Presentation,
Diskusi,
Case study,
Evaluation

About the course leader:
Cecep Slamet Abadi, S.T., M.T
Public Training berikutnya : 26 – 28 Oktober, 2026

API 580 Risk Based Inspection
2026-07-28 08:00 - 17:00 | Jawa Barat
API 580 – Risk Based Inspection and Maintenance, Repair
Background
Dalam industri proses berisiko tinggi, kegagalan peralatan seperti pressure vessel, piping, heat exchanger, dan storage tank dapat menimbulkan dampak serius terhadap keselamatan, lingkungan, dan kontinuitas operasi. Pendekatan inspeksi konvensional berbasis waktu (time-based inspection) sering kali tidak efektif dan kurang optimal dari sisi biaya dan risiko.
API 580 – Risk Based Inspection (RBI) menyediakan kerangka kerja sistematis untuk mengalokasikan sumber daya inspeksi dan perawatan berdasarkan tingkat risiko, dengan mempertimbangkan probability of failure (PoF) dan consequence of failure (CoF). Pendekatan ini memungkinkan perusahaan meningkatkan keselamatan, mengoptimalkan biaya, serta memperpanjang umur peralatan.
Training ini dirancang untuk memberikan pemahaman konseptual dan aplikatif mengenai RBI sesuai API 580 serta keterkaitannya dengan maintenance, repair, dan asset integrity management.
Objectives
Setelah mengikuti training ini, peserta diharapkan mampu:

Memahami prinsip dan filosofi Risk Based Inspection sesuai API 580.

Mengidentifikasi mekanisme kerusakan dan risiko pada peralatan statis.

Melakukan penilaian risiko berbasis PoF dan CoF.

Menyusun interval inspeksi dan strategi maintenance berbasis risiko.

Mengintegrasikan RBI dengan program maintenance, repair, dan asset integrity.

Recommended Participants

Training ini direkomendasikan untuk:

Inspection Engineer & Asset Integrity Engineer

Maintenance & Reliability Engineer

Process Engineer

HSE / Process Safety Engineer

Supervisor dan Manager Engineering / Maintenance

Profesional industri migas, petrokimia, dan pembangkit

Course Outline
A. Pengenalan Risk Based Inspection

Evolusi inspeksi dan maintenance berbasis risiko

Peran RBI dalam asset integrity management

Overview API 580 dan keterkaitannya dengan API 581

B. Dasar Risiko dan Failure Mechanism

Definisi risiko dalam industri proses

Probability of Failure (PoF)

Consequence of Failure (CoF)

Damage mechanism pada peralatan statis

C. Risk Assessment Methodology

Identifikasi peralatan kritis

Penilaian risiko kualitatif dan semi-kuantitatif

Risk matrix dan risk ranking

D. RBI untuk Inspection, Maintenance & Repair

Penentuan interval inspeksi berbasis risiko

Strategi inspeksi dan teknik NDT

Hubungan RBI dengan maintenance dan repair planning

E. Implementasi RBI di Fasilitas Industri

Data dan dokumentasi RBI

Integrasi RBI dengan CMMS/EAM

Monitoring dan review risiko secara berkala

F. Studi Kasus dan Diskusi

Studi kasus RBI pada piping dan pressure vessel

Diskusi penerapan RBI di fasilitas nyata

4. Output Training

Pemahaman menyeluruh konsep RBI sesuai API 580

Kemampuan menerapkan RBI untuk inspeksi dan maintenance berbasis risiko

Peningkatan keselamatan, keandalan, dan efisiensi biaya inspeksi

About The Course Leader
Ir. In Jumanda Kasdadi, M.T.
| Training berikutnya: 27 – 29 Oktober, 2026

BOILER (Pengoperasian Burner System: Coal, Main Oil Gun, Tiny Oil Gun)
2026-08-03 08:00 - 2026-08-05 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Pada Pembangkit berbahan bakar batubara, proses start awal boiler tidak bisa langsung menggunakan batubara karena temperatur di furnace masih rendah. Untuk menaikkan temperatur furnace maka digunakan bahan bakar HSD (High Speed Diesel) melalui alat main oil gun. Pada main oil gun terdapat dua saluran utama yaitu saluran bahan bakar HSD dan saluran atomizing air. Sedangkan untuk penyalaan awal pada main oil gun menggunakan ignitor.
Pelatihan ini dirancang untuk memberikan pemahaman mendalam mengenai pengoperasian sistem pembakaran pada boiler, yang mencakup pembakaran batubara (Coal), Main Oil Gun, dan Tiny Oil Gun. Pembakaran adalah salah satu aspek paling krusial dalam operasi boiler, karena efisiensinya langsung mempengaruhi kinerja dan keselamatan sistem. Oleh karena itu, pemahaman yang baik tentang cara mengoperasikan dan memelihara burner system sangat penting bagi para operator dan teknisi boiler.
Course Objectives:

Memahami prinsip dasar pengoperasian dan komponen-komponen utama dalam sistem burner boiler (Coal, Main Oil Gun, Tiny Oil Gun).
Menguasai teknik pengoperasian dan pengaturan pembakaran untuk efisiensi dan keselamatan yang optimal.
Mengetahui cara mendiagnosis dan mengatasi masalah umum dalam sistem pembakaran boiler.
Meningkatkan kemampuan dalam pemeliharaan dan perawatan rutin burner system untuk memastikan performa yang stabil.
Mempelajari perbedaan penggunaan batubara dan minyak dalam pembakaran serta cara pengaturannya.

Who Should Attend:

Operator boiler dan teknisi yang bertanggung jawab dalam pengoperasian dan pemeliharaan boiler.
Insinyur dan teknisi yang bekerja dengan sistem pembakaran atau boiler di sektor industri, pembangkit listrik, dan fasilitas pabrik.
Manajer pemeliharaan dan perawatan yang ingin memahami lebih dalam tentang sistem pembakaran boiler untuk meningkatkan kinerja fasilitas mereka.

Course Content:

Pengenalan Sistem Pembakaran Boiler

Fungsi dan komponen utama sistem pembakaran boiler.
Jenis bahan bakar yang digunakan: batubara, minyak, dan gas.
Prinsip dasar bolier & pembakaran dalam boiler.

Prinsip Kerja Boiler dan Burner System

Jenis burner system: Coal Burner, Main Oil Gun, Tiny Oil Gun.
Perbedaan karakteristik pembakaran batubara dan minyak.

Pengoperasian dan Penyesuaian Burner System

Cara mengatur burner dan parameter pembakaran.
Penyesuaian aliran bahan bakar dan udara (air-fuel ratio).
Sistem kontrol pembakaran dan pengawasan kinerja.

Operasional Penggunaan Batubara pada Boiler

Karakteristik batubara dan pengaruhnya terhadap pembakaran.
Cara mengatur dan mengoptimalkan pembakaran batubara.
Pengaturan feeder dan kecepatan aliran batubara.

Main Oil Gun dan Tiny Oil Gun pada Pembakaran Minyak

Pengertian dan cara kerja Main Oil Gun dan Tiny Oil Gun.
Penyesuaian dan pengaturan pembakaran minyak.
Pemilihan jenis minyak dan pengaruhnya terhadap kinerja pembakaran.

Pemeliharaan dan Troubleshooting Sistem Burner

Perawatan rutin burner untuk menjaga efisiensi dan mencegah kerusakan.
Mendiagnosis masalah umum dalam burner system.
Langkah-langkah pemecahan masalah terkait pembakaran batubara dan minyak.

Pengawasan dan Pengendalian Pembakaran untuk Efisiensi

Cara mengukur efisiensi pembakaran dan indikator kinerja utama.
Penggunaan alat ukur dan sensor dalam sistem pembakaran.
Teknik pengendalian untuk mencapai pembakaran yang optimal.
Analisis performa pembakaran dan penyesuaian parameter.

Studi Kasus dan Diskusi Masalah

Diskusi tentang kasus-kasus kegagalan burner & solusi yang diambil.

About the Trainer:
Cecep Slamet Abadi. S.T., M.T
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 : 5 – 7 Oktober, 2026 | 1 – 3 Desember, 2026

Asset Integrity Management System (AIMS)
2026-08-03 08:30 - 2026-08-05 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Asset Integrity Management Systems (AIMS) define the capability of an asset to perform its required functions effectively and efficiently while ensuring the protection of health, safety, and the environment. AIMS ensure that the people, systems, processes, and resources necessary for maintaining integrity are in place, utilized, and capable of performing throughout the asset’s lifecycle. An effective Integrity Management System addresses quality at every stage of the asset lifecycle, from the design of new facilities to maintenance management and decommissioning, including inspections, audits, and overall quality processes.
Course Objectives

Optimize Asset Integrity Management systems and strategies within your organization.
Manage holistic asset designs using AIM systems and design codes.
Utilize Risk-Based Inspection (RBI) to identify threats more quickly and reduce operational costs.
Implement a technical approach to asset integrity management to achieve positive operational results and extend facility lifecycle.
Adapt effective asset integrity management strategies to enhance productivity and overcome challenges.

Who Should Attend
This training is designed to provide valuable insights for:

Asset Managers, team leaders, and senior engineers involved in the development, implementation, and review of Integrity Management Schemes.
Directors, Managers, Team Leaders, and Engineers in Pipelines, Wells, Structures, Plant & Facilities Projects, Design, Operation, and Maintenance Departments.
Members of Corrosion and Integrity Groups
QA/QC Specialists
Inspection Managers, Team Leaders, and Engineers
Maintenance Engineers and Managers

Course Content

Introduction to Asset Integrity
Basics of Asset Management and Asset Integrity
Corrosion Management
Risk-Based Inspection
Fitness for Service
Inspection and Non-Destructive Testing
Risk Assessment Techniques
Rotating Equipment
Total Productive Maintenance
Reliability-Centered Maintenance
Modern Approaches to Asset Integrity Management

Lessons Learned from Case Studies Around the World

About the Course Leaders
Ir. Deddy Nugraha & Team are experienced professionals in Asset Integrity Management, bringing extensive knowledge and expertise in the field. They have a proven track record in developing and implementing effective integrity management strategies across various industries. Their insights and practical approaches will provide participants with valuable tools to enhance asset integrity and operational efficiency.
Public Training berikutnya : 2 – 4 November, 2026

Safety Engineering in Design
2026-08-03 08:30 - 2026-08-05 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
This training is designed to provide participants with knowledge and understanding of safety engineering in the design phase. The course begins with an overview of key safety engineering terms such as hazard, danger, and risk. It covers process design, engineering drawings, and protection layers in safety engineering. Various techniques for identifying hazards in safety engineering design—such as HAZID, HAZOPS, Fault Tree Analysis (FTA), and Event Tree Analysis (ETA)—will also be discussed.
By participating in this training, attendees will gain a comprehensive understanding of safety engineering in design, enabling them to create operational systems that are not only reliable in terms of engineering and cost but also safe.
Course Objectives
After completing this training, participants will be able to:

Understand the fundamental principles of Safety Engineering and its application in industrial system and facility design.
Integrate safety aspects into the design process to reduce risks from the project’s early stages.
Enhance their ability to identify hazards and evaluate risks during the design process.
Comprehend the concept of inherently safer design to create systems that are naturally safer.
Apply analytical tools and methods such as HAZID, HAZOP, FMEA, Fault Tree Analysis (FTA), and Event Tree Analysis (ETA) for comprehensive safety design evaluation.
Design safety controls, including barriers and safeguards, to prevent accidents.
Utilize case studies and real-world experiences to understand challenges and best solutions in Safety Engineering in Design.

Who Should Attend
Recommended Participants:

HSE Professionals
Process, Piping, and Rotating Equipment Professionals
Operations and Maintenance Professionals
Instrumentation and Electrical Professionals
Project Engineers, Site Managers, and Field Superintendents
Production, Oil and Gas Processing, and Drilling Supervisors and Engineers
Pipeline Inspectors, Supervisors, and Engineers
Safety and HSE Officers

Course Outline

Safety Engineering Terminologies: Hazard, danger, risk, event, incident, accident
Design Process & Safety Engineering: Basic engineering design data, process calculation examples, Front End Engineering Design (FEED), detailed design
Layers of Protection for Safety & Reliability: Independent Protection Layer (IPL), process control, alarm systems, relief systems
Engineering Drawings in Design: Process Flow Diagram (PFD), Piping & Instrumentation Diagram (P&ID)
Basic Process Control System (BPCS): Process control loops, measuring elements, controllers, final control elements
Safety Instrumentation System (SIS): Sensors, logic solvers, final elements, Safety Integrity Level (SIL)
HAZID (Hazard Identification): Project safety activities, checklists, “What If” analysis, process hazard analysis
Hazard and Operability Study (HAZOPS): Nodes, deviations, causes, consequences, recommendations
Fault Tree Analysis (FTA)
Event Tree Analysis (ETA)
Hazardous Area Classification (HAC): Class, division, zone, temperature class, material class
Case Studies

About the Course Leader
Ir. In Jumanda K, M.T.
In addition to his role as a lecturer, Mr. Jumanda has conducted nearly 280 training sessions (both public and in-house) across various industries, particularly in oil and gas, since 1997. He holds both Bachelor’s and Master’s degrees in Chemical Engineering from the Bandung Institute of Technology. He has also completed nine specialized courses in the oil and gas field at PETEX (Petroleum Extension), University of Texas at Austin, in 2018.
Mr. Jumanda possesses numerous professional certifications, including a Lecturer Certificate from the Indonesian Minister of Education, Construction, Electrical, and Fire Protection Certificates from the HSE Association Indonesia (ALPK3), and Risk-Based Inspection (RBI) Facilitator certification. He is also certified in Instrumentation Engineering Design for Oil & Gas Projects with INtools and has qualifications in HAZOPS and HAZID from the Indonesian Certifying Agency (BNSP).
He has delivered training to major capital-intensive companies such as Pertamina, PHE, PHI, PHR, PGN, Chevron, ConocoPhillips, Total Indonesia, CNOOC, Medco, and many others. Mr. Jumanda has been directly involved in numerous projects, including Feasibility Studies (FS), Front-End Engineering Design (FEED), and Risk-Based Inspection (RBI) in the oil and gas industry for both national and international companies.

Rotating Equipment Operation & Maintenance
2026-08-11 08:30 - 2026-08-13 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Rotating equipment is the backbone of industrial operations, driving critical processes across various sectors. From pumps and compressors to turbines and blowers, these machines are essential for ensuring smooth and efficient production. However, the complexity of their design and operation necessitates thorough knowledge and skills to minimize downtime and maximize performance.
This course provides participants with a comprehensive understanding of rotating equipment, covering their functions, classifications, and performance characteristics. Emphasis is placed on failure mode identification, predictive maintenance techniques, and proper alignment and balancing practices. By mastering these concepts, participants will enhance equipment reliability and operational efficiency.
Course Objectives:

Understand the functions and general characteristics of rotating equipment
Classify and evaluate the performance of pumps, compressors, turbines, and fans/blowers
Identify anomalies and common failure modes in rotating equipment
Conduct alignment and balancing procedures
Implement effective predictive maintenance strategies
Apply performance testing methods to ensure optimal equipment operation

Who Should Attend:

Engineers and Equipment Operators
Technicians
Maintenance and Workshop Technicians
Quality Control Engineers
Process and Manufacturing Engineers

Course Content:

Overview of Rotating Equipment: Types, Functions, and Characteristics
Pumps: Classification, Performance, and Common Failure Modes
Compressors: Types, Performance Analysis, and Failure Patterns
Turbines: Operation Principles, Efficiency Factors, and Fault Detection
Fans and Blowers: Performance Metrics and Typical Issues
Introduction to Alignment and Balancing
Failure Modes and Root Cause Analysis
Predictive Maintenance Techniques
Equipment Performance Testing Procedures
Installation and Commissioning Requirements
Equipment Log and Documentation
Operation and Maintenance Manuals
Software Tools for Monitoring and Maintenance

About the Trainer:
Ir. Deddy Nugraha & 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 Oktober, 2026

Safety Integrity Level (SIL)
2026-08-11 08:30 - 2026-08-13 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
In functional safety, Safety Integrity Level (SIL) is defined as the relative level of risk reduction provided by a Safety Instrumented Function (SIF). It measures the performance required from a SIF to ensure safety. According to the IEC 61508 standard, there are four SIL levels, with SIL4 being the most reliable and SIL1 the least. The applicable SIL is determined based on quantitative factors combined with qualitative factors, such as risk assessment and safety lifecycle management.
The design process encompasses everything from procurement, engineering work, construction, to commissioning, with safety considerations integrated at every stage. This Safety Integrity Level (SIL) training program equips participants with the skills to design, analyze, and create engineering reports for projects while considering the safety factors of the designs produced.
Course Objectives
This training aims to:

Understand the fundamental concepts and importance of
(SIL) in industrial safety systems.
Explain the relationship between operational risk and the required safety integrity level in a process.
Identify methods for determining the appropriate SIL based on risk analysis and system requirements.
Understand international standards such as IEC 61508 and IEC 61511 relevant to SIL.
Provide knowledge on the selection, application, and evaluation of hardware and software to achieve the targeted SIL.
Develop skills for verifying and validating SIL in safety instrumentation systems.
Enhance awareness of functional safety and its impact on operational performance.

Who Should Attend
Recommended Participants:

Engineers and Managers working in Process Safety, Instrumentation, and Control Systems.
HSE (Health, Safety, and Environment) Teams
Maintenance and Reliability Professionals
Safety Auditors and Consultants

Course Outline

Functional Safety Overview & Safety Instrumented System Scope
Fundamentals of Safety Integrity Level Engineering
Overview of Process Control
Components of Control Loops
Steps for Safety Integrity Level Analysis
Hazard Identification Techniques
Risk Estimation and Calculation
Risk Reduction Requirements & Tolerable Risk
Determining Safety Functions and SIL Targets
Safety Integrity Levels, Risk Reduction Factor (RRF), & Probability of Failure
SIL Management and Lifecycle
Case Studies

About the Course Leader
Ir. In Jumanda Kasdadi, M.T.
Mr. Jumanda is a dedicated lecturer with nearly 280 training sessions conducted across various industries, particularly in oil and gas, since 1997. He holds both Bachelor’s and Master’s degrees in Chemical Engineering from the Bandung Institute of Technology. Additionally, he completed nine specialized courses in the oil and gas sector at PETEX (Petroleum Extension), University of Texas at Austin, in 2018.
Mr. Jumanda possesses numerous professional certifications, including a Lecturer Certificate from the Indonesian Minister of Education, Construction, Electrical, and Fire Protection Certificates from the HSE Association Indonesia (ALPK3), and Risk-Based Inspection (RBI) Facilitator certification. He is also certified in Instrumentation Engineering Design for Oil & Gas Projects with INtools and has qualifications in HAZOPS and HAZID from the Indonesian Certifying Agency (BNSP).
He has trained prestigious companies in capital-intensive industries, including Pertamina, Chevron, Total Indonesie, and Freeport, among others. Mr. Jumanda has been involved in key projects such as Feasibility Studies (FS), Front-End Engineering Design (FEED), and SIL Classification, showcasing his extensive expertise in the oil and gas industry.
Public Training berikutnya : 16 – 18 November, 2026

Reliability Instrument & Control
2026-08-11 08:30 - 2026-08-13 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Kehandalan (reliability) sebuah plant sangat krusial untuk kesuksesan perusahaan. Kehandalan ini dibangun dari kehandalan masing-masing peralatan yang berfungsi secara bersama. Plant yang handal akan menghasilkan waktu produksi yang tinggi. Peralatan instrumentasi dan kontrol memiliki peran penting dalam fungsi proteksi serta kontrol dan monitoring proses produksi.
Kegagalan peralatan instrumentasi seringkali berdampak signifikan terhadap keselamatan dan produksi. Peralatan dengan kehandalan rendah dapat menyebabkan kehilangan produksi dan kegagalan proteksi. Secara khusus, kehandalan Safety Instrumented Function (SIF) diatur dalam IEC 61508/61511, yang disesuaikan dengan tingkat potensi bahaya di area yang diproteksi. Dengan menerapkan model kehandalan pada plant, prediksi masa umur pakai dapat dilakukan dan strategi pemeliharaan yang sesuai dapat diterapkan, sehingga target availability produksi yang diharapkan dapat tercapai.
Objectives:
Setelah mengikuti pelatihan ini, peserta diharapkan mampu:

Memahami teknik pengumpulan dan analisis data kegagalan secara efektif.
Mengidentifikasi tingkat kehandalan peralatan instrumentasi dan kontrol berdasarkan analisis risiko.
Memahami prinsip keandalan Safety Instrumented Function (SIF) serta tahapannya dalam siklus hidup keselamatan.
Mengaplikasikan teknik verifikasi SIL dan meningkatkan program pemeliharaan berbasis kehandalan.
Melakukan evaluasi serta perbaikan fungsi peralatan untuk mendukung keandalan aset sesuai siklus hidupnya.

Recommended Participants:
Training ini direkomendasikan untuk:

Mekanik/teknisi instrumentasi
Maintenance Supervisors
Engineers/Planner
Siapa saja yang ingin menambah pengetahuan tentang keandalan sistem instrumentasi dan kontrol.

Course Outline:
1. Fundamentals of Reliability and Failure Analysis

Introduction to Reliability, Availability, and Maintainability (RAM)
Types of Failures: Detected, Undetected, and Spurious Failures
Statistical Methods in Reliability: Weibull Analysis and Failure Rate Calculations
Data Collection and Failure Data Management

2. Reliability of Instrumentation and Control Systems

Reliability Engineering Principles for Instrumentation and Control
Safety Instrumented Function (SIF) Overview and Applications
Safety Integrity Levels (SIL) and Performance Standards
Reliability Block Diagram (RBD) and Its Application in Safety Lifecycle

3. Maintenance Optimization and Practical Application

SIL Verification: Methods and Tools
Maintenance Strategies for Reliability Improvement
Function Testing: Procedures and Best Practices

About the Course Leaders:
Ir. Deddy Nugraha dan Dwi Fitrianto, ST.
Ir. Deddy Nugraha menyelesaikan pendidikan Sarjana dari Teknik Mesin – Institut Teknologi Bandung, dan mendalami bidang Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) khususnya di bidang Reliability, Quality, dan Maintenance Management. Beliau berpengalaman sebagai Senior Propulsion Engineer di Universal Maintenance Center PT. IPTN (1991 – 2002) dan kini berperan sebagai Reliability Engineer dan Professional Training Instructor. Pengalaman beliau sebagai instruktur training mencakup berbagai perusahaan terkemuka seperti PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, dan banyak lainnya.
Public Training berikutnya : 16 – 18 November, 2026

Technical Projects Documents Management
2026-08-12 08:30 - 2026-08-14 16:00 | Jakarta
BACKGROUND & ABOUT THE COURSE:
Every good project produces documentation that is well organized and easy to find. Return when information is needed to proceed to the next project phase or operation/maintenance process. It can be done manually although using software is much better. Nevertheless, it is very important that it shall exist & well managed
TRAINING OBJECTIVES:
This is a two-day training program to improve the awareness of everyone, provide guidance & how to implement technical project documentation management which is often neglected. How proper documentation management support the life of the plant. After attending this training, participants:

Will improve their awareness that project documentation is also critical aspects need attention & proper management beyond the physical achievement,
Learn about document management governance, document management system & people interface from team involved in the project & post project phase,
Learn to implement proper document management available, to hand over to their successor teams
Will be introduced & practice using Document Management Software,

Should be able to implement better project documentation with themselves and other team member involve

WHO SHOULD ATTEND:

Project Managers and Coordinators
Technical Writers and Documentation Specialists
Engineers involved in project execution
Team Leaders managing technical projects
Quality Assurance and Compliance Officers
Professionals responsible for project documentation and record management

COURSE OUTLINE:

Objectives of Project Documentation
Document Life cycle during Engineering Project Phases

Document life cycle during the process of a technical project respiratory management
Planning, filing procedure, Engineering Design, construction & installation phases, hand over to Operations & Facility Engineering & Maintenance,
Tips & Trick

Information/Document Management Governance

Overview of governing regulations
Developing comprehensive planning, proper implementation & execution
Human resources behavior & awareness and appropriate technology (fit for purpose).

Roles & Responsibilities

Building the Document Management (DM) Team good understanding of the overall project process, from planning to handover to Operation & FE.
Collaborative communication between Team DM & Team Engineers is an important factor in achieving the ultimate goals.
Road Map of implementation of EDMS

Document Management Process

Selection & use of the right Document Management System (DMS)
Overview of the Electronic Document Management System (EDMS): functions needed & the appropriate system selection strategy

Electronic Document Management System (EDMS)

Session-1: Explanation of the functions directly, as well as a practical simulation of using the EDMS, both from the user & administration sides

Hands On/Practice of Using EDMS

Session-2: Practical simulation of using EDMS, both from the user & admin sides, with case examples.

ABOUT THE COURSE LEADER:
Ir. Anita Sampratiwi & Hani Hendarsih S.Hum, are practitioner in Project Documentation Management (PDM).
They started her career as a field geologist in Chevron where she dealt with bunch of geothermal & oil wells technical data & subsurface data to manage. Finishing her field assignment, she has than eventually more than 20 years of experiences in Data Management, IT, Information Management, Change Management & Communication, &Business Process improvement area. Holds extensive experiences in establishing, managing, &improving process and organization in various Departments in Indonesia & abroad. The largest project handled was developing & improving project documentations management in EPCI project in East Kalimantan starting from development drilling to EPCI to hand over to operation teams.
Public Training berikutnya : 17 – 19 November, 2026

Transformer Maintenance & Operation
2026-08-12 08:30 - 2026-08-14 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Electric transformers are critical components in the industry. Any malfunction can lead to prolonged disruptions in industrial processes. Therefore, proper and regular maintenance is essential to ensure that electric transformers operate effectively.
This training will cover safe and effective maintenance procedures for transformers. Participants will enhance their knowledge and understanding of power transformers, focusing on protection and maintenance aspects to improve power service continuity, minimize operational failures, and increase efficiency.
Course Objectives
After completing this training, participants are expected to:

Learn safe and effective maintenance procedures for transformers.
Understand the protection systems associated with transformers.
Gain knowledge of transformer testing for maintenance purposes.
Comprehend the implementation of transformer maintenance.

Who Should Attend
Recommended Participants:

Electrical Engineers, Supervisors, and Superintendents
Plant Maintenance Technicians, Engineers, Supervisors, and Superintendents
Safety and Loss Prevention Engineers, Supervisors, and Superintendents
Electrical and Mechanical Design Engineers

Course Outline

Introduction to Transformers
Transformer Operation Analysis
Nameplate Data Interpretation 1
Nameplate Data Interpretation 2
Transformer Maintenance Procedures
Maintenance Action Systems for Transformers
Reporting Procedures
Transformer Protection Systems
Induction and Magnetic Circuits
Transformers Under No Load Conditions
Transformers Under Load Conditions
Magnetic Leakage Fields in Transformers
Electrodynamic Forces in Windings
Short-Circuit Voltage in Windings
Transformers with Special Connections
Tapping on Transformers
Maintenance Systems for Transformers

About the Course Leader:
Ir. Nana Heryana, S.T. IPU., ASEAN.Eng
Public Training berikutnya : 18 – 20 November, 2026

Pengoperasian BFPT, Protection & Supervisory System
2026-08-12 08:30 - 2026-08-14 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
The Boiler Feed Pump Turbine (BFPT) operation, protection & supervisory system plays a vital role in ensuring the continuous and efficient operation of power generation facilities. Its reliability and performance directly influence plant efficiency, safety, and operational stability. Operators and engineers responsible for these systems must possess a thorough understanding of BFPT operations, protection mechanisms, and supervisory systems to minimize downtime and optimize performance.
This three-day course is designed to equip participants with comprehensive knowledge of BFPT operations, including the associated protection and supervisory systems. Through a blend of theoretical sessions and practical insights, participants will gain the skills necessary to handle real-world challenges in operating and maintaining BFPT systems. By the end of the course, attendees will be well-versed in best practices for maintaining system reliability and responding effectively to operational issues.
Course Objectives:

Understand the fundamental principles and components of Boiler Feed Pump Turbines (BFPT).
Identify and explain the protection systems associated with BFPT to ensure safety and reliability.
Operate supervisory systems effectively to monitor and manage BFPT performance.
Troubleshoot common issues in BFPT operations using systematic approaches.
Apply preventive maintenance practices to extend the operational life of BFPT.
Enhance overall operational efficiency and safety in power generation facilities.

Who Should Attend:

Power plant operators and technicians responsible for turbine systems.
Maintenance engineers and supervisors in power generation.
Professionals involved in system reliability and performance monitoring.
Engineers seeking to enhance their knowledge of BFPT systems and supervisory mechanisms.
Technical staff looking to advance their skills in troubleshooting and system optimization.

Course Content:

Introduction to Boiler Feed Pump Turbine (BFPT):

Overview of BFPT functionality and importance.
Key components and their roles in the system.

Protection Systems:

Types of protection mechanisms in BFPT.
Safety standards and guidelines for system protection.

Supervisory Systems:

Monitoring and diagnostic tools for BFPT performance.
Real-time data interpretation for effective decision-making.

Operation & Maintenance Practices:

Standard operating procedures for BFPT.
Preventive and predictive maintenance strategies.

Troubleshooting & Problem-Solving:

Identifying common operational issues.
Step-by-step troubleshooting methodologies.

Case Studies & Best Practices:

Real-world examples of BFPT system optimization.
Lessons learned from industry applications.

About the Trainer:
Ali Mashar, M.Eng.Sc., IPU

Public Training berikutnya : 26 – 28 Oktober, 2026

Supervisi Pengoperasian dan Pemeliharaan Pembangkit Tenaga Listrik
2026-08-12 08:30 - 2026-08-14 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Supervisi Pengoperasian dan Pemeliharaan Pembangkit Tenaga Listrik sangat penting untuk menjaga mutu, keandalan, keamanan, dan kelancaran operasional pembangkit. Dengan supervisi yang efektif, dapat dievaluasi apakah tata kelola unit pembangkit telah dilaksanakan dengan baik. Tata kelola yang baik dalam operasi dan pemeliharaan unit pembangkit berfungsi sebagai pedoman untuk meningkatkan kinerja perusahaan dan daya saing di pasar. Karyawan, khususnya supervisor, harus memiliki pengetahuan yang memadai untuk menjaga mutu dan keandalan operasional guna mencapai hasil yang optimal.
Course Objectives:
Setelah mengikuti training ini, peserta diharapkan dapat:

Merencanakan dan mengoperasikan unit pembangkit.
Menganalisis keandalan operasi dan pemeliharaan serta faktor-faktor lainnya.
Melakukan optimasi dan evaluasi kinerja operasi dan pemeliharaan pembangkit.
Melakukan komunikasi dan pelaporan yang efektif.

Who Should Attend:
Pelatihan ini direkomendasikan untuk:

Supervisor Operasi dan Pemeliharaan
Engineer Senior dan Teknisi Senior
Manager Bidang Teknik dan Operasi

Course Content:
1.Pengawasan Pekerjaan Manajemen Operasi & Pemeliharaan:

Prinsip manajemen operasi dan pemeliharaan pembangkit listrik.
Tata kelola dan kebijakan operasional pembangkit.
Peran dan tanggung jawab supervisor dalam struktur organisasi.

2.Pengawasan Program Operasi dan Pemeliharaan:

Identifikasi ruang lingkup operasi dan pemeliharaan (O&M).
Penyusunan dan monitoring program kerja O&M.
Audit dan evaluasi program kerja O&M.

3.Pengawasan Perencanaan Operasi:

Proses perencanaan operasi jangka pendek dan panjang.
Penyusunan jadwal operasi harian dan bulanan.
Kesiapan pembangkit untuk beban puncak dan off-peak.

4.Pengawasan Efisiensi:

Monitoring dan analisis efisiensi pembangkit.
Pengawasan terhadap heat rate, fuel consumption, dan losses.
Identifikasi potensi inefisiensi dan langkah perbaikan.

5.Pengawasan Pemeliharaan:

Pengawasan jadwal pemeliharaan rutin dan prediktif.
Supervisi pelaksanaan corrective, preventive, dan predictive maintenance.
Pengelolaan suku cadang dan peralatan.

6.Indeks Kinerja Pembangkit:

Parameter kinerja utama (KPI) dalam operasi dan pemeliharaan.
Evaluasi availability, reliability, dan capacity factor.
Pengawasan terhadap unplanned outage dan forced outage.

7.Perencanaan dan Evaluasi:

Penyusunan rencana kerja tahunan dan target kinerja.
Evaluasi dan pelaporan hasil operasi dan pemeliharaan.
Root Cause Analysis (RCA) untuk perbaikan berkelanjutan.

8.Supervisi Instrument dan Control:

Peran instrumentasi dan kontrol dalam operasi pembangkit.
Monitoring dan troubleshooting sistem kontrol.
Pengawasan kalibrasi dan pengujian alat instrumentasi.

About the course leader:
Maridjo, Drs, ST., MT. adalah alumni Teknik Mesin Institut Teknologi Bandung (ITB) dan dosen di Polytechnique ITB (POLBAN). Beliau memiliki pengalaman luas dalam mengajarkan berbagai topik terkait pemeliharaan dan operasi mesin di banyak perusahaan di Indonesia, termasuk Chevron, Pertamina, dan Indocement. Maridjo telah berkolaborasi dengan berbagai institusi untuk memberikan pelatihan yang berkualitas dalam bidang teknik mesin dan pemeliharaan.
Public Training berikutnya : 1 – 3 September, 2026

Vibration Analysis
2026-08-19 08:30 - 2026-08-21 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
Vibration analysis is a critical component of predictive maintenance programs and reliability engineering. It enables engineers and technicians to identify potential issues in mechanical systems, minimizing downtime and extending equipment lifespan. By understanding vibration patterns, professionals can detect imbalances, misalignments, looseness, and other issues that could lead to significant failures.
This course offers a comprehensive approach to vibration analysis, combining theoretical knowledge with practical applications. Participants will learn about the principles of vibration, measurement techniques, and data interpretation. The training will provide a strong foundation for professionals seeking to enhance their skills in diagnosing and troubleshooting vibration-related problems.
Over the span of three days, attendees will explore modern tools and methodologies, engage in hands-on exercises, and review case studies to reinforce learning. The course is designed to equip participants with actionable insights to improve equipment reliability and operational efficiency.
Course Objectives:

Understand the fundamental principles of vibration and its role in predictive maintenance.
Identify the causes and effects of excessive vibration in mechanical systems.
Utilize vibration measurement tools and techniques effectively.
Analyze and interpret vibration data for fault diagnosis.
Apply vibration analysis to enhance machine reliability and reduce operational risks.

Who Should Attend:

Maintenance engineers and technicians.
Reliability engineers.
Condition monitoring specialists.
Plant managers and supervisors.
Professionals involved in equipment maintenance and performance optimization.

Course Content:

Introduction to Vibration Analysis

Definition and importance of vibration analysis
Basic concepts of vibration: amplitude, frequency, and phase
Overview of vibration analysis in predictive maintenance

Vibration Measurement Techniques

Types of vibration sensors and their applications
Best practices for sensor installation and data acquisition
Hands-on demonstration of measurement tools

Understanding Vibration Signals

Time-domain and frequency-domain analysis
Introduction to Fast Fourier Transform (FFT)
Signal filtering and noise reduction techniques

Fault Diagnosis Using Vibration Analysis

Identifying common issues: imbalance, misalignment, and looseness
Case studies on real-world machinery problems
Root cause analysis and corrective actions

Advanced Topics in Vibration Analysis

Condition monitoring strategies
Integration of vibration analysis with other predictive maintenance tools
Trends in vibration analysis technology and future outlook

Practical Applications and Hands-On Exercises

Data collection and analysis using software tools
Interpreting and reporting vibration analysis findings
Group exercises and troubleshooting scenarios

About the course leader:
Cecep Slamet Abadi, S.T., M.T

Public Training berikutnya : 14 – 16 Desember, 2026
