Effective training turns knowledge into action and creates lasting impact.
Training & Implementation
We provide tailored functional safety training combined with hands-on guidance to help organizations integrate safety principles directly into their company workflows and engineering processes. Our approach ensures not only compliance with international standards but also builds internal capability to manage safety efficiently and sustainably.
Whether you are starting from scratch or improving an existing framework, our experts will train your teams and support you in embedding functional safety into your product development lifecycle, quality systems, and organizational structure.
Benefits of Implementing Functional Safety in Your Processes
Our Focus Areas
Our 3-day training course is designed to provide managers, engineers, and safety professionals with a deep, practical understanding of functional safety, with a strong emphasis on hardware and software design in accordance with IEC 61508.
What to Expect
This course is highly interactive and practical, featuring real-world examples, problem-solving exercises, and open Q&A sessions. Whether you’re new to IEC 61508 or looking to deepen your understanding, you’ll leave with the tools and insights to apply functional safety principles effectively in your projects.
Note: The purpose of this training is not to certify individuals as functional safety engineers, but to foster a strong safety culture and ensure your organization is prepared to implement and manage effective safety processes.
Course Overview
Day 1: Fundamentals of Functional Safety & IEC 61508
- Core concepts, terminology, and objectives of functional safety
- The role of IEC 61508 in safety-critical industries
- Overview of the Safety Lifecycle
- Risk assessment, hazard analysis, and determination of Safety Integrity Levels (SIL)
- Functional safety management and organizational roles
Day 2: Hardware & Software Requirements
- Hardware architectural constraints and fault tolerance
- Techniques to achieve and verify SIL for hardware systems
- Diagnostic coverage, failure modes, and reliability modeling
- Software lifecycle planning and development aligned with safety requirements
- Fault avoidance and control in software
- Tool qualification and validation strategies
- Integration of software and hardware safety functions
- Real-world examples of compliant safety architectures
Day 3: Safety Documentation & Certification
- Required documentation for building a safety case
- Managing safety impacts from design changes
- Certification process and expectations
- Guidance on creating complete and audit-ready documentation
- Review of real-world safety case studies and example exercises
