>- Selamat datang di website PT Fiqry Jaya Manunggal. Semoga anda senantiasa sehat afiat. Kami siap melayani anda
Safety Instrumented System (SIS) and Control
Rp 7.950.000| Stok | Tersedia |
| Kategori | Instrumentation and Control, Maintenance, Production Operation |
20 - 22 Juli 2026, Bandung
19 - 21 Oktober 2026, Bandung
Trainer: Prof. Endra Joelianto, Ir., Ph.D., SMIEEE
Safety Instrumented System (SIS) and Control
BACKGROUND:
Process safety is a critical element in industries involving high-risk operations, such as oil and gas, petrochemicals, and manufacturing. One of the main components in process safety management is the Safety Instrumented System (SIS). Safety Instrumented System (SIS) and Controls is designed to protect personnel, the environment, and assets from potential incidents that can cause 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 management, and system testing to ensure the reliability and integrity of SIS in daily operations.
OBJECTIVES:
- Expand your practical knowledge in the design and application of safety instrumented systems (SIS) as applied to industrial processes
- Provide you with the knowledge of the latest standards dealing with each stage of the safety life cycle from the initial evaluation of hazards to the detailed engineering and maintenance of safety instrumented systems
- Give you the ability to reduce risks and mitigate hazard consequence, then design, implement, operate and maintain the SIS to meet the requirement
- Assist your company to implement functional safety measures conforms to international standards
- Mendesain, mengimplementasikan, dan mengelola SIS dengan memperhatikan standar internasional seperti IEC 61508 dan IEC 61511.
RECOMMENDED PARTICIPANTS:
Instrumentation and control engineers and technicians, Design, installation and maintenance engineers and technicians in the 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
COURSE OUTLINE:
- Introduction to SIS
- Different between SIS and other control system
- Review 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 and 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 Requirement
- Implementation of SIS
- API RP 754 (Process Safety Performance Indicators)
ABOUT THE COURSE LEADER:
Prof. Ir. Endra Joelianto, Ph.D., SMIEEE is an expert in control engineering. His outstanding research is: Hybrid Control Systems, Discrete Event Control Systems, Petri Nets Analysis and Application on PLC, Robust PID Controller, Advanced Process Control, Industrial Automation using PLC/ DCS. He received first degree (Ir.) in Engineering Physics in 1990 from Department of Engineering Physics, ITB and Doctor of Philosophy (PhD.) in Control Engineering in 2001 from Department of Engineering, The Australian National University, Australia.
Safety Instrumented System (SIS) and Control
Practical Drilling
BACKGROUND: This course teaches how to listen to the well, perform simple tests on the rig, and make proper decisions unique to each well. The intent is to eliminate visible and invisible Non-Productive Time (NPT). Visible NPT includes stuck pipe, conditioning drilling fluid, lost circulation, etc. Invisible NPT is often far more expensive and includes…
Rp 13.950.000
Lock Out Tag Out (LOTO)
BACKGROUND: Tag Out & Lock Out (LOTO) adalah prosedur keselamatan kerja yang bertujuan untuk melindungi pekerja dari potensi bahaya akibat pelepasan energi yang tidak terduga saat melakukan perawatan atau perbaikan peralatan. LOTO tidak hanya berlaku untuk tim Electrical, tetapi juga penting bagi tim Production, Operation, Maintenance, dan Instrument, karena setiap sistem dalam industri Oil &…
Rp 7.950.000
Hydraulic & Pneumatic (Practical & Theory)
Background Sistem hidrolik dan pneumatik merupakan teknologi utama dalam berbagai aplikasi industri, mulai dari manufaktur, pertambangan, minyak dan gas, hingga otomasi pabrik. Keduanya digunakan untuk mentransmisikan energi, menggerakkan aktuator, serta mengendalikan proses dengan presisi dan keandalan tinggi. Namun, dalam praktiknya, banyak permasalahan operasional seperti kebocoran, tekanan tidak stabil, respon lambat, hingga kegagalan sistem yang disebabkan…
Rp 10.950.000
Spare Parts Management
BACKGROUND: Spare parts management yang baik ibarat kelengkapan logistic dalam suatu pertempuran. Tahukah berapa kerugian yang diakibatkan karena kerusakan mesin atau peralatan yang tak terduga saat proses produksi berlangsung? Kemudian bagaimana jika proses perbaikan yang dilakukan terganggu karena ketiadaan spare part? Tidak hanya kerugiaan akibat loss production yang dapat dihitung, mungkin kerugian yang tak dapat…
Rp 7.950.000
Heat Exchanger, Design, Operation and Maintenance
BACKGROUND: Heat exchangers play a critical role in industrial processes, enabling efficient heat transfer between fluids to maintain optimal operating conditions. Proper design, operation, and maintenance of heat exchangers are essential to ensuring their reliability, maximizing efficiency, and minimizing energy consumption. Neglecting these aspects can result in reduced performance, increased energy costs, and potential system…
Rp 7.950.000
Reliability Based Maintenance
BACKGROUND: Di dunia industri yang semakin kompetitif, downtime bukan hanya berarti kehilangan waktu — tapi juga kehilangan peluang, produktivitas, dan profit. Banyak perusahaan masih terjebak dalam pola pikir reactive maintenance—memperbaiki ketika rusak. Padahal, dengan pendekatan Reliability Based Maintenance (RBM), perusahaan dapat mengubah paradigma tersebut menjadi sistem yang proaktif, terukur, dan berbasis risiko. RBM bukan sekadar…
Rp 7.950.000