ECU Development Engineer - Automotive Brake Systems

≪Job Description & Position Highlights≫

• Development work encompassing brake ECU specification formulation through simulation development and performance evaluation
• Utilize MATLAB/Simulink to apply control theory and physics/mathematics knowledge at the actual hardware level
• Engage in algorithm development critical to vehicle control, gaining high expertise and a strong sense of accomplishment
• Deepening practical skills in control and ECU domains while collaborating with customers in the Hon-Atsugi area

【Job Responsibilities】
We are seeking an experienced ECU Development Engineer to lead the creation of design specifications, simulation evaluation software (using MATLAB/Simulink), and performance evaluation for automotive brake Electronic Control Units (ECUs). This role requires a strong foundation in control systems, physics, and mathematics.

• Design Specification: Create detailed design specifications for the automotive brake ECU.
• Simulation Software: Develop simulation evaluation software, primarily using MATLAB and Simulink.
• Evaluation & Analysis: Conduct performance evaluations and summarize the results of the ECU development.
• Control System: Calculate PI control parameters and gains for the control system.
• Technical Knowledge: Apply control knowledge of hydraulic valves, motors, and other relevant components.
• Algorithm Development: Apply knowledge of physics and mathematics as algorithms are developed.

【Employment Type】
Full-time, Permanent Employee

【Salary】
Based on experience and skill level

【Working Hours】
In accordance with company regulations

【Work Location】
Customer (Moto-Atsugi)

【Holidays & Leave】
In accordance with company regulations

【Benefits & Welfare】
In accordance with company regulations

Qualifications
【Required】

• Japanese Level: N3 and above
• Automotive ECU Experience: Experience developing chassis-related automotive ECUs (e.g., brakes, motor control).
• Control Theory: Ability to calculate PI control and gains.
• Component Knowledge: Control knowledge of hydraulic valves, motors, etc.
• Foundational Knowledge: Required knowledge of physics and mathematics for algorithm development.

【Preferred Experience】

• Embedded Software: Experience in embedded software development (creating design documents, coding, testing, etc.).
• Programming: Proficiency in C language.
• Modeling: Experience in developing MATLAB and Simulink models.
• Language: English proficiency.