Mechanical Engineer | Mechanical Engineer

Hardware Platform Management and SoC Selection and Evaluation for Large-Scale ADAS System Control Computers

In the automotive parts industry, we are a company boasting one of the top domestic market shares in thermal systems, mobility systems, power train systems, electrification systems, and electronic systems.
Currently, we are focusing on four areas: electrification, connectivity, advanced safety/autonomous driving, and non-vehicle business (FA/agriculture)]. In particular, in the field of autonomous driving, we are conducting demonstration experiments on public roads for Level 4 autonomous driving, working toward the future of safe and secure mobility systems.

This is a development project for next-generation ECUs and large-scale integrated computers in the "Intelligent Automation (ADAS)" field, which is positioned as the top investment area in the 2030 medium-term management plan.
This project is promoting the construction of system architecture, software architecture, specification management, and AI-utilizing development processes centered on ECU systems, aiming for market launch in 2027 and 2030.

While promoting multiple next-generation ADAS projects, we are strengthening our development system and are recruiting core personnel to lead product development.

Details.

System Software Architecture Design for Large-Scale ADAS System Control Computers

In the automotive parts industry, we are a company boasting one of the top domestic market shares in thermal systems, mobility systems, power train systems, electrification systems, and electronic systems.
Currently, we are focusing on four areas: electrification, connectivity, advanced safety/autonomous driving, and non-vehicle business (FA/agriculture)]. In particular, in the field of autonomous driving, we are conducting demonstration experiments on public roads for Level 4 autonomous driving, working toward the future of safe and secure mobility systems.

This is a development project for next-generation ECUs and large-scale integrated computers in the "Intelligent Automation (ADAS)" field, which is positioned as the top investment area in the 2030 medium-term management plan 'CORE 2030.
' This project is promoting the construction of system architecture, software architecture, specification coordination, and AI-based development processes centered on ECU systems, aiming for market launch in 2027 and 2030.
While promoting multiple next-generation ADAS projects, we are strengthening our development system and are recruiting core personnel to lead product development.

Details.

Large-scale ADAS system control computers: Innovation in development processes and work transformation

In the automotive parts industry, we are a company boasting one of the top domestic market shares in thermal systems, mobility systems, power train systems, electrification systems, and electronic systems.
Currently, we are focusing on four areas: electrification, connectivity, advanced safety/autonomous driving, and non-vehicle business (FA/agriculture)]. In particular, in the field of autonomous driving, we are conducting demonstration experiments on public roads for Level 4 autonomous driving, working toward the future of safe and secure mobility systems.

This is a development project for next-generation ECUs and large-scale integrated computers in the "Intelligent Automation (ADAS)" field, which is positioned as the top investment area in the 2030 medium-term management plan.
This project is promoting the construction of system architecture, software architecture, specification management, and AI-utilizing development processes centered on ECU systems, aiming for market launch in 2027 and 2030.

While promoting multiple next-generation ADAS projects, we are strengthening our development system and are recruiting core personnel to lead product development.

Details.

Design, development, and project management of large-scale ADAS system control computers

In the automotive parts industry, we are a company boasting one of the top domestic market shares in thermal systems, mobility systems, power train systems, electrification systems, and electronic systems.
Currently, we are focusing on four areas: electrification, connectivity, advanced safety/autonomous driving, and non-vehicle business (FA/agriculture)]. In particular, in the field of autonomous driving, we are conducting demonstration experiments on public roads for Level 4 autonomous driving, working toward the future of safe and secure mobility systems.

This is a development project for next-generation ECUs and large-scale integrated computers in the "Intelligent Automation (ADAS)" field, which is positioned as the top investment area in the 2030 medium-term management plan.
This project is promoting the construction of system architecture, software architecture, specification management, and AI-utilizing development processes centered on ECU systems, aiming for market launch in 2027 and 2030.

Details.

Large-scale project management to create next-generation vehicle intelligence (System Software Domain)

The company holds one of the top market shares in Japan within the automotive parts industry across its thermal systems, mobility systems, powertrain systems, electrification systems, and electronic systems businesses.
The company is currently focusing its efforts on four key areas: [Electrification, Connected Vehicles, Advanced Safety/Autonomous Driving, and Non-Automotive Businesses (Factory Automation/Agriculture)]. Specifically, in the field of autonomous driving, the company is conducting real-world road tests for Level 4 autonomous driving and is working toward a future of safe and secure mobility systems.

To enable vehicles to provide value such as accident-free autonomous driving and entertainment spaces tailored to individual preferences, the evolution of computers that integrate and control the entire in-vehicle electronic system is essential.

Meanwhile, as projects continue to grow in scale beyond previous levels, the difficulty of project management is increasing.

Against this backdrop, our department was established as a specialized project management unit.

We are seeking talented individuals to join us in leading and advancing large-scale development projects.

Details.

Vehicle Camera Systems Development Engineer

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

In this role you will lead the design and development of next‑generation vehicle camera systems, including Around View Monitor, drive recorders, and new in‑cabin/exterior camera functions

Details.

Engineer, Facilities Construction – Mechanical

This company is a global leader in semiconductor memory, specializing in the research, development, manufacturing, and sale of advanced memory technologies used in a wide range of products such as smartphones, data centers, automotive systems, and industrial applications. With a strong focus on innovation and engineering excellence, the organization plays a critical role in enabling technologies like artificial intelligence, cloud computing, and the Internet of Things. It operates within a highly collaborative and international environment, combining cutting-edge technical expertise with a strong emphasis on operational efficiency and talent development. The company is also known for fostering a performance-driven culture while maintaining a supportive workplace that values continuous learning, diversity, and employee growth.

As a Mechanical Facilities Engineering Lead, you will provide technical leadership for the design, construction, commissioning, and optimization of critical mechanical infrastructure systems supporting Micron's semiconductor manufacturing operations in Japan. You will lead the delivery of major utility systems, including Process Cooling Water (PCW), Cooling Tower Water (CTW), HVAC, exhaust, and thermal management systems, working closely with facilities teams, design consultants, contractors, and stakeholders to ensure projects are executed safely, on schedule, and within budget. You will be responsible for load calculations, equipment sizing, energy modeling, design reviews, and system validation while ensuring compliance with Japanese building codes, JIS standards, and safety regulations. Additionally, you will oversee commissioning, balancing, and performance verification activities, drive reliability and energy-efficiency improvements, and support continuous optimization initiatives to enhance facility performance and operational sustainability.

Details.

Infotainment System Head Unit Design Engineer

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

This position leads the development of head units for in-vehicle infotainment systems (IVI) that support the next-generation SDV (Software Defined Vehicle) era. Leveraging advanced technologies such as connected cars, IVI, Android/Linux platforms, OTAs, and in-vehicle electronic systems, you will contribute to realizing next-generation user experiences including navigation, smartphone connectivity, and cloud services. By collaborating with global development teams and Tier 1 suppliers, you will be responsible for a wide range of tasks from system architecture design to project management, making this a highly influential position that shapes future mobility services.

Details.

Powertrain Control System Technology Development Engineer

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

This is an engineer position involved in developing powertrain control systems that support next-generation mobility.

You will be responsible for developing energy management, thermal management, and vehicle integrated control software for a wide range of powertrains, including EVs, e-POWER, engine vehicles, and 4WD systems. Through the development of control systems that form the foundation of advanced technologies such as e-Pedal, e-4ORCE, and ProPILOT, you will contribute to improving driving performance, comfort, efficiency, and safety.

Additionally, I am broadly involved in model-based development (MBD) using MATLAB/Simulink, HIL simulation, and actual vehicle evaluation, collaborating with global development teams to create future vehicle control technologies.

Details.