Hardware Control Engineer for the Aeronautical Sector

Minimum requirements:
-Degree in: Electronic Engineering, Telecommunications Engineering, or similar.

-Minimum 4 years of experience in electronic circuit design in the aeronautical/automotive sector.

-Knowledge of:
Communication buses CAN, Ethernet, CAN FD, SPI, I2C
Design of microcontrollers from different manufacturers (Infineon, NXP, Microchip), as well as FPGAs.
Hardware design tools (Altium, Orcad), and circuit simulation (LTSpice, Qspice, Micro-cap, TINA).

-Minimum English level C1

-Writing reports and conducting technical meetings with clients.

-Knowledge of simulation software (Ansys Electronic Desktop, ICE PAck, TRM) and EMC tools (hyperlynx).
-Training in Functional Safety ISO 26262, DO-254.
-Knowledge of requirements and traceability management tools (Siemens Polarion, DOORS), as well as experience in writing requirements and creating internal specifications from customer requirements.

- Joining an innovative organization leading in Power Electronics, being part of the contribution to the energy model transition, impacting triple sustainability (social, environmental, and economic)

- Flexible schedule and other work-life balance facilities - staff

- Compensation commensurate with the candidate's experience

- Permanent contract

- Integration into a young, dynamic, and technologically cutting-edge team

Ingeteam, a leading company specialized in electrical engineering and the development of electrical equipment, motors, generators, and frequency converters, is looking to hire a Hardware Control Engineer for the Aeronautical Sector at its facilities in Zamudio.

Your mission will be to design and validate hardware elements related to electric propulsion and energy conversion. More specifically, you will be responsible for the design of the digital control board, necessary for the regulation, control, communications, and safety of the electric machine (DCAC inverter) and converters (DCDC).

You will join the company's R&D department within a multidisciplinary team focused on aeronautical systems.

-Analyze the state of the art in control hardware for aeronautical electric propulsion systems and converters, and subsequently, based on requirements, lead the concept design, schematics, manufacturing, validation, and final testing.

-Analyze customer specifications, breaking down the specification and defining the requirements applicable to the hardware design. Manage requirements, ensuring traceability against the design and verification tests.

-Manage design changes, as well as collaborate, define, and agree with the rest of the design departments, considering their impact.

-Design schematics and layouts, considering manufacturing recommendations, requirements, EMC rules, and the applicable regulatory level (DAL A, B, C, D or ASIL D, C, B, A or SIL 2, 3, 4), for the control electronics.

-Monitor compliance with the standard, whether with external or internal agents.

-Procure basic components and track them through the manufacturing and assembly stages, until functional boards are obtained.

-Draft the validation and verification plan, as well as monitor testing.

-Know the design fundamentals based on the aeronautical standard DO-254 (Design Assurance Guidance for Airborne Electronic Hardware), or alternatively, have knowledge of development under other standards (e.g., ISO26262), following the V-model development cycle.