I’m deciding between TUV Functional Safety Engineer and a focused ISO 10218/13849 + ISO/TS 15066 workshop to deepen my risk assessment for cobots; I’ve set aside 20 hours and about $1,500 this quarter. If you’ve done either, which delivered more rigorous PL/SIL calculation practice and clearer, enforceable protocols for verification/validation and safe commissioning?
For ‘more rigorous PL/SIL calculation practice,’ TUV FSE wins; for clearer commissioning V&V that’s enforceable on the floor, the ISO 10218/13849 + ISO/TS 15066 workshop shines. With 20 hours and $1.5k, I’d do the 15066-focused workshop now for immediate templates/checklists, then tackle TUV when you can spare a longer block — it’s the calculus class vs. the lab practical. What sector are you commissioning in (auto vs. packaging) so I can point you to a solid provider?
And with only 20 hours and ~$1,500, I’d pick the ISO 10218/13849 + ISO/TS 15066 workshop and make it rigorous by insisting ‑on SISTEMA labs and an ISO 13849‑2 validation checklist… , too many workshops skip stop‑time measurements and PFHd homework — ask for a commissioning template and a live stop‑time test on a cobot cell; if they won’t, supplement with IFA’s free SISTEMA examples (https://www.dguv.de/ifa/gestis/ifa_sistema/index-2.jsp). @vivian_chu is right on the split — save TUV FSE for when you can spare 4 days and >$2k unless your site mandates the credential.
Ask for a hands‑on SRS + commissioning test plan with stop‑time measurements; exSILentia helps (exida - Engineering Tools - exSILentia, PHAx, SILAlarm, SILStat)… Workshop include that?