Taught by practitioners
Principal safety engineers who certify real systems — not career instructors.
Digital Courses/ Course Catalog
Practical functional safety training that simplifies the safety lifecycle — designed for working engineers, not just standards committees.
Principal safety engineers who certify real systems — not career instructors.
Workshops can be tailored to your team’s active blueprints and components.
Flagship IEC 61508 training delivered as an approved SGS-TÜV Saar partner.
Every course centers on failure modes, lessons learned, and audit-ready reasoning.
Narrow by industry, delivery format, or credential to find the right program for your team.
Our flagship program, delivered directly as an approved SGS-TÜV Saar partner. Systematically simplifies the 10-part structure of the master standard, with practical guidance on risk assessment, Safety Integrity Level (SIL) determination, and software safety requirement validation.
Fully customized, hands-on sessions built around your engineering team’s active hardware blueprints and system components. We translate dense regulatory text into real-world machine-building logic, so your engineers can implement compliant safety controls without halting development speed.
An engineering workshop that trains your internal staff in the investigative mindset of an independent safety challenger. Your team masters the bottom-up detective process of Failure Mode and Effects Analysis (FMEA) and the top-down deductive reasoning of Fault Tree Analysis (FTA) to confidently challenge internal design assumptions.
Bring any program to your team as a private virtual session or an in-person custom workshop — scheduled around your engineering calendar and tailored to your active hardware.
Flagship program that systematically simplifies the 10-part master standard — risk assessment, SIL determination, and software safety validation.
Validate safety-related parts of control systems with SISTEMA-based Performance Level verification — categories, MTTFd, DC and CCF.
Item definition through verification for industrial, collaborative, and mobile robots operating in human-shared spaces.
Author certifiable safety cases for processor-based fail-safe signaling and train-control systems across the RAMS lifecycle.
Train your staff in the investigative mindset of an independent challenger — bottom-up FMEA and top-down FTA to challenge internal design assumptions.
Fully customized, hands-on sessions built around your engineering team’s active hardware blueprints and system components.