ISO 26262 2nd Edition - Automotive Functional Safety Training and Certification Program
Your Complete Path to ISO 26262 Certification from Engineer to Expert. Gain an Up-to-Date Understanding of Automotive Functional Safety Concepts.
 | Top-selling course | |  | Disponible en Español | Also available in Spanish |
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 | Over 600+ participants have received their Engineer level certificate. | |||
This 4.5-day instructor-led training program covers all 4 modules of the ISO 26262 safety lifecycle. It prepares you for the Functional Safety Engineer (Level 1) exam, which is included in the price. Over 600 professionals have completed the program and there are no entry requirements to participate in this training. Successful completion of the training leads to TÜV SÜD certification, validating your expertise and enhancing your professional credentials in automotive functional safety.
Participants will learn how to identify, analyze, and mitigate risks in automotive systems, helping to reduce failures and improve overall safety performance. Throughout the training, practical examples are used to reinforce learning and ensure participants can apply concepts effectively in their roles.
The training program is particularly suited for professionals in manufacturing, regulatory affairs, engineering, and quality management within the automotive industry.
Testimonials:
- "The course delivered an excellent balance of theory and real-world application. The instructor’s deep expertise and ability to connect ISO 26262 concepts to practical examples made complex topics much easier to understand. By the third day, everything started to click, transforming abstract concepts into something immediately applicable to real projects."
- "This training provided a comprehensive and well-structured overview of functional safety and the ISO 26262 standard. The instructor’s knowledge, combined with clear explanations, practical insights, and engaging discussions, made it highly valuable. I especially appreciated how the course connected the standard to actual product development and ASIL implementation."
- "An outstanding learning experience for anyone looking to understand functional safety in the automotive industry. The course not only explains the standard thoroughly but also teaches how to interpret it and apply it effectively. The real-world insights and examples gave me a new perspective and a much clearer understanding of safety processes, requirements, and lifecycle implementation."
To learn about our complete ISO 26262 certification program learning path, see Modular training program: ISO 26262 Training – Modules & Exams.
This program is for you if:
- Your role involves developing, testing, validating, or managing safety-related automotive systems
- You work as a functional safety manager, quality manager, engineer, developer, or project leader in the automotive industry and your OEM or customer requires ISO 26262 compliance
- You're a hardware or software engineer working on safety-critical systems in ISO 26262 projects and want practical knowledge of the functional safety lifecycle
- You need to understand how to design, operate, and control safety-related electrical and electronic systems for ISO 26262
- You want to strengthen your expertise in automotive functional safety and gain a TÜV SÜD certification to support your career development
Day 1: Module 1 - Functional Safety Management and ISO 26262 Foundations
- Functional safety principles and terminology
- ISO 26262 structure, scope, and lifecycle
- Functional Safety Management (FSM)
- Safety culture and competence management
- Safety planning and safety cases
- Verification, validation, audits, and assessments
- Supporting processes and safety analyses overview
Day 2: Module 2 - From Risk Analysis to System Design
- Item definition
- Hazard Analysis and Risk Assessment (HARA)
- ASIL determination
- Functional Safety Concepts (FSC)
- Technical Safety Concepts (TSC)
- System architecture development
- Safety requirements allocation
- System verification and validation
Day 3: Module 3 - Development and Assessment of Safety-Related Hardware
- ISO 26262 Part 5 requirements
- Hardware safety requirements
- Hardware architecture design
- FMEDA methodology
- Hardware reliability fundamentals
- SPFM, LFM and PMHF metrics
- Diagnostic coverage concepts
- Hardware integration and verification
- Evaluation of hardware elements
Day 4: Module 4 - Development and Assessment of Safety-Related Software
- ISO 26262 Part 6 requirements
- Software safety requirements
- Hardware-software interface (HSI)
- Software architecture and partitioning
- Software safety mechanisms
- Tool qualification concepts
- Software unit verification
- Software integration and testing
- Embedded software validation
Day 5 (Half-Day)
- Functional Safety Engineer Certification Examination
The ISO 26262 2nd Edition Automotive Functional Safety Training and Certification Program provides a comprehensive understanding of functional safety requirements for electrical and electronic systems used in road vehicles. Based on ISO 26262:2018, the course follows the complete safety lifecycle and equips you with the knowledge needed to develop, assess, and manage safety-related automotive systems.
Participants begin by exploring the foundations of functional safety, the structure of ISO 26262, and the role of Functional Safety Management (FSM). The course then introduces hazard analysis and risk assessment (HARA), enabling learners to identify hazardous events, evaluate risk, and determine Automotive Safety Integrity Levels (ASILs). You will learn how safety goals are translated into Functional Safety Concepts and Technical Safety Concepts that guide system development.
The program continues with the development of safety-related systems, covering system architecture, requirements management, verification, validation, and integration testing. You will gain practical insight into safety analyses such as FMEA, FMEDA, FTA, dependent failure analysis, and ASIL decomposition, which are essential for demonstrating compliance and reducing risk.
Dedicated modules focus on hardware and software development according to ISO 26262. You will learn how to specify and verify hardware safety requirements, evaluate hardware architecture metrics such as SPFM, LFM, and PMHF, apply diagnostic coverage concepts, and assess hardware reliability. The software module covers software safety requirements, architecture design, hardware-software interfaces, software verification, testing strategies, partitioning, diagnostic mechanisms, and freedom-from-interference concepts.
The training concludes with supporting processes including tool qualification, configuration management, change management, documentation, production and operation considerations, confirmation measures, safety cases, and release-for-production activities. A final certification examination enables you to validate your knowledge and earn the TÜV SÜD Functional Safety Engineer credential.
Upon completion of this course, you will be able to:
- Explain the structure, scope, and requirements of ISO 26262:2018.
- Perform hazard analysis and risk assessment (HARA) and determine ASIL classifications.
- Develop Functional Safety Concepts and Technical Safety Concepts.
- Apply Functional Safety Management principles and supporting processes.
- Evaluate safety-related hardware using FMEDA, SPFM, LFM, and PMHF methodologies.
- Develop and assess safety-related software in accordance with ISO 26262 requirements.
- Conduct safety analyses, verification, validation, and confirmation activities throughout the safety lifecycle.
- Your Automotive - Functional Safety (ISO 26262) certificate does not expire and is valid for life
- You’ll be listed as an official certified functional safety engineer, professional or expert on the TÜV SÜD website
- Convenient virtual classroom format so you can study anywhere with an internet connection
This course combines:
- Instructor-led presentations
- Practical industry examples
- Interactive discussions
- HARA and safety concept exercises
- Hardware and software safety case studies
- Safety analysis demonstrations
- Knowledge checks and exam preparation
The training is available in classroom and live online formats.
Certification and Examination Overview
Participantsants who attend at least 90% of the training will receive a Certificate of Attendance.
The program includes the Functional Safety Engineer (Level 1) certification examination. Additional Functional Safety Professional (Level 2) and Functional Safety Expert (Level 3) certifications are available separately for experienced practitioners who meet the eligibility requirements.
All certification examinations are:
- Multiple-choice format
- 150-minute duration
- Delivered online with live remote proctoring
- Conducted in English
- Internationally recognized by TÜV SÜD
Certification Levels
| Certification Level | Purpose | Exam Format | Pass Mark | Experience Requirement | Additional Requirements | Extra Fees |
|---|---|---|---|---|---|---|
| Level 1: Functional Safety Engineer according to ISO 26262 | Demonstrates foundational knowledge of ISO 26262 | For all three levels, the exam has a duration of 150-minute and it is an online proctored multiple-choice exam | 50% | None | None | None. Included with this training |
| Level 2: Functional Safety Professional according to ISO 26262 | Demonstrates practical application of ISO 26262 in real projects | 75% | Minimum 6 years industry experience* | Evidence of participation in two functional safety projects | $725 USD / $1,000 CAD | |
| Level 3: Functional Safety Expert according to ISO 26262 | Demonstrates advanced expertise and organizational application of functional safety | 75% | Minimum 10 years industry experience* | Submission of two functional safety case studies and demonstration of functional safety communication competence | $1,075 USD / $1,475 CAD |
*Educational qualifications in Electrical Engineering may be credited toward the experience requirement:
- Bachelor's Degree: up to 2 years
- Master's Degree: up to 3 years
- Ph.D.: up to 4 years
Important Notes
- The cost of this training program includes the Functional Safety Engineer (Level 1) examination only.
- Level 2 and Level 3 certifications require a separate application and examination fee.
- Successful candidates receive an official TÜV SÜD FSCP certificate, recognition of qualification level, and inclusion in the TÜV SÜD certified persons directory.
- Interested in pursuing Level 2 or Level 3 certification? Please contact our Academic Advisors for eligibility guidance and registration support. Contact Us!
Participants will receive:
- Comprehensive course presentation materials
- Training exercises and practical examples
- Reference materials supporting ISO 26262 implementation
- Certificate of Attendance (upon meeting attendance requirements)
Participants are strongly encouraged to obtain a copy of ISO 26262:2018 for reference during and after the training. The standard can be purchased through the American National Standards Institute (ANSI) at www.ansi.org, the American Society for Quality (ASQ) at www.asq.org, or any other authorized distributor of international standards.
There are no formal prerequisites for attending this training.
Modules 1 through 4 are specifically designed to build foundational and intermediate competence in automotive functional safety and are suitable for participants new to ISO 26262.
Basic familiarity with automotive systems, electronics, software development, systems engineering, or functional safety concepts is beneficial but not required.
Learning Path
The complete ISO 26262 certification program learning path consists of the following components:
Modular training program: ISO 26262 Training – Modules & Exams (PDF version).
How to obtain ISO 26262 Functional Safety Training?
TÜV SÜD America is a leading international institution providing functional safety training across automotive industries in the US including OEMs and auto ancillary industries. Our ISO 26262 functional safety training and certification programs conducted in the US are globally accredited, as per the international norms. The ISO 26262 functional safety training and certification can be obtained by joining the course and completing the course as per the modules in the stipulated time.
All training modules can be ordered as individual modules or in combination as a package. We can also offer these modules as in-house training courses on site at your company.
This page outlines the training modules you can register for as well as a description of the three different certification levels you can achieve. By attending FSCP Functional Safety Certification Program modules and passing the requisite examinations you can obtain the following titles:
- “Functional Safety Engineer” - a beginner level course with a general overview
- “Functional Safety Professional” - an intermediate level requiring a minimum of 6 years’ experience
- “Functional Safety Expert” - an expert level requiring 10 years’ experience
What certification is included with this training?
The course fee includes the TÜV SÜD Functional Safety Engineer (Level 1) certification examination.
Is prior ISO 26262 experience required?
No. The course is suitable for beginners and experienced professionals seeking a structured understanding of automotive functional safety.
What are ASILs?
Automotive Safety Integrity Levels (ASILs) are risk classifications used in ISO 26262 to determine the rigor required for safety-related development activities.
Does the course cover Hazard Analysis and Risk Assessment (HARA)?
Yes. Participants learn the HARA process, including hazard identification, risk classification, and ASIL determination.
Will hardware safety development be covered?
Yes. The course covers hardware safety requirements, FMEDA, diagnostic coverage, SPFM, LFM, PMHF metrics, and hardware integration and verification.
Will software safety development be covered?
Yes. Topics include software safety requirements, architecture design, partitioning, verification, testing, diagnostic mechanisms, and hardware-software interfaces.
Are safety analysis techniques included?
Yes. The course discusses FMEA, FMEDA, FTA, dependent failure analysis, ASIL decomposition, and other safety-oriented analyses.
How is the certification exam administered?
The exam is conducted online under live proctoring conditions and consists of a 150-minute multiple-choice assessment.
How can I obtain the Functional Safety Professional or Expert certification?
Participants may pursue the Functional Safety Professional and Functional Safety Expert certification levels if they meet the required experience criteria, pay the extra fees, and successfully complete the corresponding examinations.
Is the certification valid indefinitely?
Yes. The FSCP Automotive Functional Safety certificate does not have an expiration date.
Is the training available online?
Yes. The program can be delivered as a live online instructor-led course with interactive sessions and online examination options.
Exam day: What to expect
The final examination is monitored online in real time by a proctor. Participants can contact the online examination supervisor via the chat function if they need support. Please follow the instructions provided by the online examination supervisor.
Requirements for the live proctoring examination:
- Students need to connect to the training session from a location with internet access.
- A webcam and microphone are required.
- The examination venue must be a self-contained private room or office.
- When prompted by the online exam proctor, participants should show their complete work environment or room using the camera.
- Make sure no other people are in the room during the examination.
- Only permitted resources are allowed near the PC or laptop.
- Do not place documents, notes, etc on the walls or desk.
- Choose quiet surroundings with no music, television or other sources of noise.
- Turn off all other computers or devices in the room.
- The room must be sufficiently lit (equivalent to daylight).
- Participants are not permitted to create or distribute transcripts of the examination contents (electronically and/or manually).
The participant undertakes to meet these requirements in full. Failure or refusal to meet these requirements may cause the certification body to issue a result of attempted cheating, deception, or disqualify the participant when they review the examination.
Examples:
- Participant makes/receives a telephone call during the examination.
- Another person appears in the room.
- During the examination, the browser displaying the examination is left and answers are researched online despite this being prohibited by the examination regulations (closed book).
- Documents/notes are positioned on or around the laptop/monitor that enable the participant to cheat.
In the event of technical problems with the laptop/PC (e.g. PC crashes during the examination) or the Internet connection is disrupted, the examination is deemed terminated and must be repeated. Should this happen, please get in touch with us.
Every examination from TÜV SÜD Academy has its own examination regulations that describe the permitted resources. There may be supplementary regulations for online examinations. The examination regulation/s and any supplementary regulations shall apply.
After passing the certification exam, you will receive the corresponding FSCP certificate from us as well as a document stating your qualifications and an entry on our FCSP website.
Train with Industry Experts
Learn from specialist instructors at TÜV SÜD Academy—recognized leaders with deep expertise in their fields. For over 35 years, our global network of 2,500+ trainers has delivered practical, real-world knowledge that you can apply immediately.
Our courses are continuously updated to reflect the latest regulatory changes and industry best practices, ensuring you gain relevant, up-to-date skills with every session.
In our FSCP training program, we provide professionals with the latest knowledge in the field of functional safety and best practices. Our experienced instructors will support you during the training, answer your questions and teach you the basics.