CNS/ATM Safety Assurance Engineer

Overall Purpose

We are looking for a CNS/ATM Safety Assurance Engineer to join our Air Traffic Management team in Singapore and support the delivery of safety-critical aviation projects across the Asia-Pacific region.

The role will primarily support Egis' consultancy assignments for the Civil Aviation Authorities in the Asia-Pacific region in relation to the implementation of new Air Traffic Management (ATM) systems, as well as associated Communication, Navigation and Surveillance (CNS) systems. The successful candidate will provide independent safety engineering and assurance support throughout the systems lifecycle, from requirements and design through integration, transition, operational acceptance and subsequent change.

The position combines hands-on safety analysis, client-facing workshops facilitation, supplier documentation review and safety-case development. It will also act as a regional safety subject matter expert for Egis ATM projects and bids across APAC, including airspace design, ATM system replacement, air traffic control towers and centres, GBAS, integrated tower systems and other CNS/ATM critical changes.

Key Responsibilities

• Plan and conduct safety management, system safety engineering and software safety assurance activities for Civil Aviation Authorities CNS/ATM systems in accordance with local and regional requirements, ICAO provisions, recognised RTCA/EUROCAE guidance and international good practices.
• Develop, maintain and review safety plans, safety strategies, safety arguments, safety cases, hazard logs, assumptions, safety requirements, recommendations, compliance evidence and outstanding actions throughout the projects lifecycle.
• Plan, facilitate and document multidisciplinary safety workshops, including SCARS, HAZID, functional hazard assessment, preliminary system safety assessment and system safety assessment activities.
• Perform or review hazard identification and risk assessment activities using appropriate techniques, including functional failure analysis, FMEA/FMECA, fault tree analysis, common-mode analysis, bow-tie analysis and Goal Structuring Notation (GSN).