Training Courses

At Slima, we believe competence in Functional Safety goes beyond simply learning tools and techniques. We focus on developing the mindset—enabling engineers to analyze, question, and truly understand the systems they work with. It’s the difference between giving you a fish and teaching you how to fish—and at Slima, we teach you how.

TÜV Rheinland Functional Safety Engineer – SIS

Aligned with TÜV Rheinland’s FSEng Program, Slima’s SIS Training Course provides engineers and managers in the process industry with the knowledge necessary to design, implement, operate, and maintain Safety Instrumented Systems (SIS) in compliance with international safety standards IEC 61508 and IEC 61511. Primarily intended for experienced safety system practitioners, the course addresses all phases of the safety lifecycle, from hazard and risk assessment through design and implementation to ongoing operation and maintenance.

Target Group:

This course is ideally suited for professionals such as instrumentation and control engineers, safety systems engineers, corporate safety managers, risk engineers, and plant maintenance engineers. It is specifically designed for those with prior industry experience and is not suitable for recent graduates with limited experience.

Agenda:

This course covers the following topics:
• Introduction to functional safety
• Safety standards IEC 61508/ IEC 61511
• Process hazard Identification
• Risk assessment and ALARP
• SIL determination and LOPA
• Safety requirement specification (SRS)
• Reliability data and quantification of failure
• Diagnostics and proof testing
• SIS design and verification
• Human interface and SIS security
• SIS realization and validation
• SIS operation and maintenance
• Functional safety audit and assessment
• Functional safety management

Course conditions:

• Number of participants in each course: Maximum 10.
• Language: English
• Duration of course: 3- or 4-days training (negotiable) + 0.5-day exam.
• Location: The course can be conducted on-site, off-site, or online.
• Cost: The cost varies based on the arrangement and the country where the course is conducted.
• Schedule: Can be adjusted on demand.

Course Instructor

Dr. Hamid Jahanian

With over 28 years of active participation in industry, Hamid Jahanian is known for his ability to simplify complex safety challenges through clear, structured thinking. His long experience across a wide range of projects is backed by a strong theoretical foundation, allowing him to bridge the gap between rigorous technical requirements and real-world application. Through focused training and practical guidance, Hamid helps organizations build lasting competence in safety, reliability, and risk management.

Some highlights of his career include:
• Certified Functional Safety Expert (FS Expert, TÜV Rheinland)
• Instructor of dozens of training course worldwide, including in Iran, Australia, Germany, Malaysia, and Bahrain
• Extensive first-hand experience across a wide range of design and commissioning projects
• PhD in Functional Safety, with a focus on Failure Mode Reasoning (FMR)
• Author of several published research papers in functional safety
• Inventor of new methods and solutions in the field
• Developer of organizational functional safety management systems

One of the highlights was the expertise of the instructor, who not only had an incredible grasp of the subject but also created an environment where questions were genuinely encouraged. Whether it was a general clarification or an advanced field-specific inquiry, every response was insightful and well thought out.  
Julian Laske Germany
Going into the course, I was a bit intimidated by functional safety, but Hamid broke it down so clearly. He made a really technical subject surprisingly approachable, and his real-life examples helped tie everything together. You could tell he genuinely wanted everyone in the room to ‘get it’ . It was one of the most engaging training sessions I’ve been part of.
Ash Aghaei Australia
Hamid has safety flowing through his veins. I have attended his safety training sessions and also participated in a safety circle organized by Hamid. There is always a clear explanation of the background of safety concepts and an open atmosphere for discussing actual safety issues. In all cases, practice is right around the corner. I have been applying his wise lessons in the world of safety for more than a decade now.
Richard van Voorstthe Netherlands
What I appreciated most was Hamid’s teaching style. We were a group with different occupational background in the course and he managed to cater each of us individually. He didn’t just talk at us — he involved the group, asked questions, shared stories from his own work, and really made the sessions interactive. I personally learned a lot during the course.
Bastian AltGermany
Other Courses

Tailored to Your Needs

The following training courses can be delivered onsite, offsite, or online, based on your needs and preferences:

IEC 61508 for System Integrators

This course provides system integrators with a practical understanding of IEC 61508, the foundational standard for functional safety across industries. It covers the lifecycle requirements, risk reduction concepts, Safety Integrity Levels (SIL), and key deliverables expected from system integrators. The course focuses on real-world application, helping participants navigate compliance while maintaining project efficiency. It is ideal for engineers, project managers, and technical leads working on complex system integration projects. A typical course duration is 3 to 4 days, depending on the depth required.

EN 50126/8/9 for Railway Safety

This course explains the application of the EN 50126, EN 50128, and EN 50129 standards, which define RAMS (Reliability, Availability, Maintainability, and Safety) requirements for railway systems. Participants will learn about the system lifecycle, risk-based safety cases, software safety management, and hardware safety integrity. Tailored for railway engineers, system assurance professionals, and project managers, the course provides tools to meet rail industry expectations. A suitable duration is 3 to 4 days, with options for deeper focus on specific standards if needed.

Failure Analysis

This course covers essential techniques for understanding and preventing failures in engineering systems. Topics include Failure Modes and Effects Analysis (FMEA), Fault Tree Analysis (FTA), Root Cause Analysis (RCA), and practical strategies for failure mitigation. The training suits engineers, technical managers, and safety professionals seeking to strengthen system reliability and safety. A 1-day workshop provides a solid foundation, while a 2-day version offers more hands-on case studies and exercises.

SIL Determination

In this course, participants learn how to determine the appropriate Safety Integrity Level (SIL) for safety functions using methods like risk graphs, Layer of Protection Analysis (LOPA), and quantitative risk assessments. It emphasizes selecting SILs based on real hazards and operational needs. Targeted at safety engineers, design engineers, and risk analysts, the course ensures a correct and justifiable SIL assignment process. A typical duration is 1 day, with options to extend for specific methods.

SIL Verification

This course addresses how to verify that a system or function meets its assigned Safety Integrity Level (SIL). It covers probabilistic calculations, architectural constraints, systematic capability, and documentation requirements. Participants, such as functional safety engineers, developers, and auditors, will gain confidence in performing and reviewing SIL verifications. A 1-day course is generally sufficient for an overview, but a 2-day version allows time for guided examples and deeper dives into tool support.

Functional Safety Awareness

Designed as an entry point, this course introduces the principles of functional safety, its importance, and how international standards such as IEC 61508 and sector-specific derivatives apply. It provides non-specialists, managers, and new team members with an understanding of the basic concepts and responsibilities involved in functional safety projects. The course typically lasts half a day to 1 day, depending on the audience’s background.

Risk Assessment & Management

This course equips participants with the skills to perform effective risk assessments and manage risks throughout the system lifecycle. It covers hazard identification, qualitative and quantitative risk evaluation methods, risk reduction strategies, and practical risk management planning. It is suitable for engineers, project managers, safety specialists, and decision-makers involved in any stage of system development. A full-day course provides the necessary grounding, while a 2-day course can include interactive workshops and industry-specific examples.

All attendees will receive a Certificate of Attendance.

Safety comes from competence, and competence comes from knowledge. We can help you build both.

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