Principal Systems Safety Engineer Avionics (Hybrid)

Collins Aerospace is seeking a Principal Safety Engineer to join our Avionics Systems Safety Engineering team for avionics systems servicing the needs of our Military Avionics and Helicopters Business and Regional Systems or Air Transport customers.

Candidates are required to have excellent communication skills to convey technical issues and status in both written and oral form to internal and external customers. The candidate must be adaptable to change determined to accomplish tasks based on program schedule collaborate with their team to make the best decisions enjoy learning new technologies be self-motivated and contribute to a positive work environment. Our charter is to promote the system safety and reliability of the design of Avionics systems and products by providing engineers that are specifically trained and knowledgeable in Reliability Maintainability and System Safety methods and processes. The system safety engineering field is challenging unique and dynamic.

This position is Hybrid based in Wilsonville Oregon.

WHAT YOU WILL DO:

• Develop Perform civil safety assessment process in accordance with ARP4761 or military safety assessments in accordance with MIL-STD-882E including but not limited to System Safety Program Plans (SSPPs) Functional Hazard Assessments (FHAs) Preliminary System Safety Assessments (PSSAs) System Safety Assessments (SSAs) Fault Tree Analysis (FTAs) Common Mode Analyses (CMAs) Safety Assessment Reports (SARs).

• Support systems hardware and software engineering teams in defining system safety requirements during development activity.

• Review of design and development documentation for safety critical equipment.

• Review analysis of peer safety engineers.

• Mentor and train less experienced safety engineers.

• Accountable to team members and organizational leadership for committed work and responsibilities.

• Develop and maintain expertise in assigned areas (program function process technology).

• Collaborate with customers stakeholders and organizational leaders to develop plans.

WHAT YOU WILL LEARN:

• Experience- Industry specifics/ insights practical/ hands on skills that will be gained exposure to the latest tools and technology in the industry.

• Professional Development - Access to company paid certifications and training programs mentorship and guidance from industry leaders leadership opportunities spearhead exciting high-impact projects and initiatives. Continuous learning and innovative culture where curiosity is encouraged and supported.

• Cross-Functional Collaboration - Collaborate with different teams and departments broadening skill sets and knowledge base. Networking opportunities connecting with industry experts attending conferences expand professional network.

EDUCATION & EXPERIENCE YOU MUST HAVE:

• Typically requires a degree in Science Technology Engineering or Mathematics (STEM) unless prohibited by local laws/regulations and minimum 8 years prior relevant experience or an Advanced Degree in a related field and minimum 5 years of experience or in absence of a degree 12 years of relevant experience

QUALIFICATIONS YOU MUST HAVE:

• Knowledge of aircraft or electronic systems.

• Knowledge on how to prepare and present technical information to peers to all levels of internal management and to external customers.

• Knowledge on how to coordinate several projects and complex engineering activities while balancing priorities and schedules engaging in effective time management working with a great deal of independence.

• Product Safety Experience

• Working knowledge of ARP4761 OR Mil-Std 882E or other equivalent industry accepted safety standards

QUALIFICATION WE PREFER:

• Basic knowledge of ARP4754A DO-254 DO-178B/C DO-297.

• Proficiency in Failure Modes & Effects Analysis (FMEA) and Fault Tree Analysis (FTA) as well as CAFTA is indispensable.

• Basic knowledge in reliability engineering theory.

• Recognized technical expert in avionics safety.

• Proficiency in understanding the mathematical aspects of Safety and Reliability engineering including statistics probability theory and mathematical modeling.

• Cross-cultural awareness to navigate different team environments effectively.

• Strong adherence to process compliance.