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.
Engineering designs our next-generation hydrogen electric engines. Working across Hydrogen, Propulsion and Integration divisions, they solve technical problems and help decarbonize aviation by finding solutions for electric propulsion, hydrogen storage, fuel cell technology, power distribution, thermal management and more.
Join us at Cotswold Airport, home to some of our aircraft and the workplace of many ZeroAvians. Located just outside the historic market town of Cirencester, you’ll experience a workspace built by engineers for engineers. This is a high-velocity and fast-paced environment with good links to the M4 and M5, so it’s fitting that it’s also our UK Head Office.

REQUIREMENTS

We are looking for an experienced and qualified Aircraft Electrical Integration Engineer to join our team.

As an Electrical Aircraft Integration Engineer, you will be responsible for ensuring the safety, reliability, and performance of the following systems in accordance with the relevant regulations and standards.

• Creation of technical documentation, such as Harness drawings, Schematics and Installation drawings.
• Developing Internal Design Standards for Low Voltage Electrical Systems.
• Development of new Electrical Wiring Interconnect System (EWIS) Design and processes for novel systems such as High Voltage Electrical Systems and Hydrogen Fuel Supply’s.
• Helping to establish ways of working for the Electrical Design in ZeroAvia
• The assessment and modification of existing Aircraft Electrical Systems to integrate ZeroAvia developed Hydrogen Fuel Cell Powertrains.

EXPERIENCE:

• Bachelor’s degree or equivalent in electrical engineering, avionics engineering, or related field
• Minimum 4 years of experience in Electrical engineering in the aviation industry
• Knowledge of EWIS regulations, standards, and guidelines such as [AMC 20-21], [AMC 20-22], [AMC 20-23] and CS 25 Sub-part H
• Familiarity with Part21J and ways of working
• First Principles thinking and flexibility in problem solving
• Experience in Electrical Systems analysis, testing, inspection, and troubleshooting
• Ability to work independently and as part of a team
• Excellent communication, problem-solving, and analytical skills
• Attention to detail and quality orientation

RESPONSIBILITIES:

• Design and develop using CAD software and available tools:-
• Siemens NX (Essential)
• Capital Systems (Desirable)
• Teamcenter (Desirable)
• Electrical Support on Test Assets
• Aircraft Electrical Systems and Installation
• Aircraft modifications, and repairs
• Perform analysis and testing of Aircraft Electrical Systems and Installations and components to verify compliance with specifications and requirements.
• Support inspections and audits to ensure quality and conformity.
• Troubleshoot and resolve on aircraft issues and problems using diagnostic equipment and tools.
• Supporting and conducting safety assessments and analyses in line with ARP4754B and ARP4761.
• Creation and authoring of System and Equipment Description Reports as well as relevant validation documentation,
• Prepare and maintain Schematics, diagrams, drawings, documentation, records, and reports in accordance with the applicable procedures and regulations.
• Provide technical support to other engineers, technicians, and operators.
• Keep abreast of the latest developments, best practices and aerospace applicable requirements.

As an Electrical Aircraft Integration Engineer, you will be responsible for ensuring the safety, reliability, and performance of the following systems in accordance with the relevant regulations and standards.

• Creation of technical documentation, such as Harness drawings, Schematics and Installation drawings.
• Developing Internal Design Standards for Low Voltage Electrical Systems.
• Development of new Electrical Wiring Interconnect System (EWIS) Design and processes for novel systems such as High Voltage Electrical Systems and Hydrogen Fuel Supply’s.
• Helping to establish ways of working for the Electrical Design in ZeroAvia
• The assessment and modification of existing Aircraft Electrical Systems to integrate ZeroAvia developed Hydrogen Fuel Cell Powertrains