Lesson 1: Functional Safety Lifecycle, Risk, SIMATIC Safety, and Architecture

Functional safety, hazards, risk reduction, safety functions, lifecycle, and responsibilities
Safety integrity and performance concepts, documentation, change control, and validation planning
F-CPU, F-I/O, PROFIsafe, standard program, safety program, and communication architecture
TIA Portal Safety projects, licenses, signatures, checksums, users, and access protection
Safety requirements, cause and effect, architecture, review, and traceability

Create or review a practical configuration for functional safety, hazards, risk reduction, safety functions, lifecycle, and responsibilities.
Build and test an exercise involving safety integrity and performance concepts, documentation, change control, and validation planning and f-cpu, f-i/o, profisafe, standard program, safety program, and communication architecture.
Use diagnostics or evidence to validate safety requirements, cause and effect, architecture, review, and traceability.

Explain functional safety, hazards, risk reduction, safety functions, lifecycle, and responsibilities.
Apply safety integrity and performance concepts, documentation, change control, and validation planning and f-cpu, f-i/o, profisafe, standard program, safety program, and communication architecture.
Validate and troubleshoot safety requirements, cause and effect, architecture, review, and traceability.

Lesson Overview