Bachelor's degree in Electrical Engineering, Electronics Engineering, or Mechatronics Engineering.
Proven ability to lead a small hardware team by providing technical direction and guidance in embedded hardware design.
Strong experience in embedded hardware design for automotive applications.
Proficiency in PCB and schematic design, including layout design and design for EMC.
Experience performing engineering calculations and analyses, such as Worst Case Circuit Analysis (WCCA) and simulations.
Experience integrating standard automotive communication bus hardware, including LIN and CAN, into designs.
Experience working with OEM testing specifications and design requirements.
Experience with automotive project launch cycles and related development processes.
Experience managing and maintaining hardware component, footprint, and symbol libraries for global design reuse.
Knowledge of automotive APQP terminology and processes.
Strong problem-solving skills with the ability to diagnose and resolve complex hardware issues.
Excellent communication and presentation skills for conveying technical concepts to diverse audiences.
Experience with embedded hardware, automotive systems, PCB design, PCB layout, Linux-based environments, and embedded hardware design workflows.
Knowledge of IPC standards and other relevant regulatory standards for electronic hardware design and manufacturing.
Experience applying Design for Excellence (DFX) principles, including DFM, DFA, DFC, DFT, and DFR, in hardware development.
Exposure to thermal, electrical, and EMC simulation tools and methodologies.
Experience in automotive environments with understanding of communication protocols and OEM expectations.
Ability to document technical information, processes, and design decisions thoroughly for future reference and intellectual property protection.
Strong collaboration skills with cross-functional core teams, including software, systems, manufacturing, and quality.