The Safety & Reliability Engineer supports the engineering team in understanding how the system will deteriorate as it progresses through life and ultimately fail, determining what the resulting failure effects might be.

Responsiblities

Utilize understanding of how fuel cell systems, hydrogen systems and their associated subsystems fail and characterize those failures numerically, using probabilistic and deterministic mathematical methods;

Develop and maintain safety and reliability models for the fuel cell system, hydrogen management system and associated subsystems;

Facilitate R&M tasks (FMEA, FMECA FTA, etc) with component-responsible engineers and suppliers;

Utilize reliability models and analysis as inputs to system life cycle cost models and system op-operation and maintenance planning strategies;

Work closely with system engineers to develop and cascade reliability requirements from the aircraft level to the subsystem and component level;

Work closely with component responsible engineers and suppliers/partners to analyze the reliability of designs and ensure reliability is considered from the onset in the initial design stage.

You will become a solution-focused champion in our high-velocity culture. We value results and efficiency and prioritise achieving our mission most effectively and innovatively possible. You'll be part of our unified team to create solutions and solve problems, If you're eager to take radical ownership and are unafraid to ask questions or challenge the status quo, then we want you to be part of our Clean Sky Thinking., A degree level qualification in a STEM subject and/or experience in a relevant engineering environment (Mechanical, Aeronautical, Propulsion, Electrical or Controls). Other qualifications, in combination with relevant experience, may also be considered.

Strong skills in mathematics and experience with statistical techniques

A logical approach to problem-solving the ability to collect, filter and analyze data from design, test and service using various statistical techniques.

knowledge/experience in Safety & Reliability engineering.

Experience in applying Reliability & Safety processes and tools e.g. Hazard Analysis, Fault Tree Analysis (FTA), Failure Modes Effects & Criticality Analysis (FMECA), Failure Reporting Analysis and Corrective Action System (FRACAS)

Experience in de velopment and layout of PEM Fuel cell systems for mobile applications

Experience in design, characterization, verification, and testing of fuel cell system components.

Experience in developing fuel cell system Balance of plant (BoP) components and understanding of PEM fuel cell stack operating conditions, stack testing and characterization.

Knowledge and understanding of the requirements and methods for showing compliance to 14 CFR 25.1309

Experience and Knowledge of Development Assurance and ARP4754A and AC20-174

Proficient in requirements development for aerospace systems and hardware

Development Assurance and experience with ARP4754A and AC20-174

Experience and knowledge of design requirements for High Voltage systems as part of PEM fuel cell systems.

Experience in Engineering Simulation Software (ANSYS, MATLAB Simulink, Python)

At ZeroAvia, we're clean sky thinkers. For the world to achieve truly clean, guilt-free flight, we need a scalable solution; hydrogen-electric powertrains. As a leader in zero-emission aviation and a UK Jet Zero Council member, we're designing and commercialising hydrogen-powered solutions that will positively impact the future of aviation, global connectivity, and the world.

️ Flying Club: 5 free hours of flying lessons + Discount on Pilots License (PPL)

️ Private Healthcare: Plus Dental, Optical, Mental health support