As part of the TUV SUD Functional Safety Certification Programme, =Method offers the TUV SUD certified training course.
The course is universally recognised as the essential qualification for professionals and engineers working with any aspect of the Functional Safety lifecycle in the Process and Power industries. The course provides an overview of the entire IEC 61511 lifecycle and details how key aspects such as Verification, Validation, Functional Safety Assessments and Audits can be practically implemented.
On successful completion of the course and the examination, delegates that can demonstrate the required level of experience will achieve either the “TUV Functional Safety Professional” or “Functional Safety Engineer” awards. Certification takes place in cooperation with TUV SUD.
The Course is delivered over 3 days, followed by a 4-hour exam on the 4th and final day.
The Course is delivered as 6 x 3 hours sessions (usually mornings) over a 2 week period.
Live Online Examination
TUV Certification requires taking a “closed book” examination. The delegate will therefore be required to attend the invigilated examination at a suitable venue in the weeks following the training.
As we are operating in unusual circumstances, we will take all the necessary precautions to keep our invigilators and yourselves as safe as possible and have introduced a number of new measures into our Standard Operating Procedures to mitigate the Covid-19 risks associated with the exam.
Functional safety management
Life cycle concept, documentation requirements, verification, validation, assessments and audits, modifications
Hazard & Risk Analysis
Hazard identification, hazard analysis, risk reduction, safety function definition using FTA, HAZOP, LOPA, Risk Matrix, Risk Graph
- Planning the safety system
Safety planning for designers, end users and integrators, verification plan, validation plan, safety requirement specification, requirements for suppliers
Hardware lifecycle, low demand, high demand and continuous mode, redundancy, diversity, hardware fault tolerance, safe failure fraction, type A/B, architectural constraints, proof testing, diagnostic tests, measures to avoid and control failures
Reliability modelling, FMEDA, failure data, PFD, PFH, SIL
Software lifecycle, embedded software, application software, fixed programming languages, limited variability languages, full variability languages, software architecture, V-model, measures to avoid failures
- Operation and maintenance
Installation and commissioning, safety validation, operation, maintenance and repair, modification and retrofit, maintenance override
Who should attend
Engineers and professionals who require a broad level of knowledge and may be responsible for functional safety, its principles and methods, within their workplace.
The criteria for TUV Certification is as follows:-
There are no formal pre-requisites to attend the training course but experience of Functional Safety in general and the IEC 61511 standard is advantageous.
A delegate can be awarded with a Functional Safety Engineer (FSEng) certificate if they
- Achieve at least 60% in the examination, having attended the full training course with no experience or academic qualifications.
A delegate can be awarded with a Functional Safety Professional (FSP) certificate if they
- Achieve at least 75% in the examination, having attended the full training course.
- Satisfy the experience / qualification criteria as recorded on the registration form (delegates who do not satisfy the experience / qualification requirements will be awarded the FSEng qualification).
- Can demonstrate 6 years’ experience in an applicable industry for which formal education gives credits as follows:
deduct 2-years for first degree e.g Bachelor,
deduct 3-years for Masters,
deduct 4-years for PhD.
- Provide 2 references as confirmation of relevant industry experience.
Closed book exam.
Open questions: 50 marks.
Case study questions: 50 marks.
After this training course you will be able to
- Communicate the essential elements of functional safety to your colleagues, management and peers in industry.
- Apply functional safety management.
- Understand and play a role in hazard and risk analysis.
- Determine the required SIL with risk graph and matrix methodologies.
- Understand how to verify and validate safety instrumented systems.
- Understand the basic requirements of the functional safety standards.
- Create basic designs of safety instrumented systems, taking into account architectural constraints.
- Understand the effect of redundancy, diagnostics, proof test intervals, hardware fault tolerance on the SIL.
- Understand the routes by which devices can be shown to be compliant.
What you will get
- The course material in printed format.
- A Certificate of Attendance.
- TUV Certification on successful completion of the programme and a listing on the TUV SUD website
- TUV SUD Certification is valid for life.
If you have any further questions, please contact us and if you wish to proceed, check your diary and reserve a place.
Check your diary and reserve a place
Online UK SOLD OUT
Wentbridge House Hotel Pontefract Yorkshire WF8 3JJ SOLD OUT
Venue to be confirmed Dunfermline Fife SOLD OUT
Venue to be confirmed UK SOLD OUT
View all =Method courses
Search by course location:
Search by course:An Introduction to Functional Safety Functional Safety and SIL training for Operators Cogent Process Safety Management Foundation Cyber Security Risk Management FREE Online Safety and Security Roadshow 2020 Functional Safety and SIL training for Instrument Technicians LOPA Workshop SIL Verification and Calculation Workshop TUV Certified 61511 training