Software Safety Engineer
Location: Weymouth, Frimely, Filton, Broad Oak
2 Days per Month on site
Rate: £85.77 ph Umbrella
Duration: 12 Months
We are seeking a Software Safety Engineer to work on the Programmable Elements (Software/Firmware) for safety functions on the Dreadnought submarine combat systems.
Key Responsibilities
Ensuring Safety System Design (Hardware and Software) compliance to: DEF Stan 006 Def Stan 0055 IEC61508 Responsible for all Functional Safety Management activities according to 61508 for some subsystem areas into the Combat System of Dreadnought Project. Conducting Programmable Elements Safety Engineering Activities, such as PHA, FTA and PSSA/SSA in support of the Combat System Design Safety Justification and Whole Boat Safety Case. Responsible for Fault Tree Governance for the Entire Dreadnought Project. Systematic Programmable Elements Safety failures. Common cause analysis. Defining and monitoring Programmable Elements Safety Requirements and compliance with CASS TOES. Organising and contributing to Hazard Identification workshops and Safety Committee meetings. The integration/acceptance of Commercial off the Shelf (COTS) products. Fault Tree Analysis (Isograph Fault Tree+ / Reliability Workbench). Creating FMEA / FMECA/FMEDA, ETA. Hazard Identification, Creating Hazard Logs and Functional Hazard Analysis. Creating Design Safety Justification Documents/Safety Cases. Chairing HAZOPS and LOPA. Using FTA/FMECA to derive requirements.
#J-18808-Ljbffr
We are seeking a Software Safety Engineer to work on the Programmable Elements (Software/Firmware) for safety functions on the Dreadnought submarine combat systems.
Key Responsibilities
Ensuring Safety System Design (Hardware and Software) compliance to: DEF Stan 006 Def Stan 0055 IEC61508 Responsible for all Functional Safety Management activities according to 61508 for some subsystem areas into the Combat System of Dreadnought Project. Conducting Programmable Elements Safety Engineering Activities, such as PHA, FTA and PSSA/SSA in support of the Combat System Design Safety Justification and Whole Boat Safety Case. Responsible for Fault Tree Governance for the Entire Dreadnought Project. Systematic Programmable Elements Safety failures. Common cause analysis. Defining and monitoring Programmable Elements Safety Requirements and compliance with CASS TOES. Organising and contributing to Hazard Identification workshops and Safety Committee meetings. The integration/acceptance of Commercial off the Shelf (COTS) products. Fault Tree Analysis (Isograph Fault Tree+ / Reliability Workbench). Creating FMEA / FMECA/FMEDA, ETA. Hazard Identification, Creating Hazard Logs and Functional Hazard Analysis. Creating Design Safety Justification Documents/Safety Cases. Chairing HAZOPS and LOPA. Using FTA/FMECA to derive requirements.
#J-18808-Ljbffr
