Automotive SoC Research and Development Management

Development of cybersecurity functions for in-vehicle integrated computers (mobility computers) (development of core products that integrate with the cloud as the core for SDV realization)

In the automotive parts industry, it is one of the largest companies in Japan in the thermal systems, mobility systems, power train systems, electrification systems, and electronic systems businesses.
We are currently focusing on four areas [electrification, connected systems, advanced safety/automated driving, and non-vehicle businesses (FA/agriculture)].

We are looking for partners who will jointly develop the security technologies necessary to protect cars and related services from cyberattack threats and incorporate them into our products.

Details.

Semiconductor Relay Product Development | Semiconductor Relay Product Planning and Development

As a major Japanese manufacturer with a global presence, we operate B2B businesses mainly in electronic components and materials. It is characterized by its deep involvement in growth areas such as automotive, telecommunications infrastructure, and semiconductors, supporting product development for manufacturers worldwide.
Leveraging production and development bases both domestically and internationally, we have built a consistent global supply system, and our business model focuses on the "contents" rather than finished products, creating long-term and stable business relationships. With scale and reliability as a member of a major group, we are expected to continue growing in overseas markets.

You will play an active role as the leader of the department responsible for planning, concepting, and developing new semiconductor relay products.
This is a work that contributes to the development of semiconductor devices and strengthening foundational technology for the high-profit, core semiconductor relay business within the division.
It is expected that we will promote the planning and development of semiconductor relay devices and process development by leveraging internal and external technical development collaboration and technical know-how.

Details.

Semiconductor Packaging Materials Development | Development and Design of Materials for Semiconductor Packaging

As a major Japanese manufacturer with a global presence, we operate B2B businesses mainly in electronic components and materials. It is characterized by its deep involvement in growth areas such as automotive, telecommunications infrastructure, and semiconductors, supporting product development for manufacturers worldwide.
Leveraging production and development bases both domestically and internationally, we have built a consistent global supply system, and our business model focuses on the "contents" rather than finished products, creating long-term and stable business relationships. With scale and reliability as a member of a major group, we are expected to continue growing in overseas markets.

This position involves developing materials and process element technologies that enhance the functionality of seat materials.

Details.

Next-Generation Semiconductor Packaging Materials Development | Materials Development for Next-Generation Semiconductor Packaging

As a major Japanese manufacturer with a global presence, we operate B2B businesses mainly in electronic components and materials. It is characterized by its deep involvement in growth areas such as automotive, telecommunications infrastructure, and semiconductors, supporting product development for manufacturers worldwide.
Leveraging production and development bases both domestically and internationally, we have built a consistent global supply system, and our business model focuses on the "contents" rather than finished products, creating long-term and stable business relationships. With scale and reliability as a member of a major group, we are expected to continue growing in overseas markets.

In addition to developing new material technologies applicable to future wiring boards, you will work together with customers to pioneer new markets.

Details.

Needs and seeds analysis for automotive SoCs, and formulation of reference specifications

In the automotive parts industry, it is one of the largest companies in Japan in the thermal systems, mobility systems, power train systems, electrification systems, and electronic systems businesses.
We are currently focusing on four areas [electrification, connected systems, advanced safety/automated driving, and non-vehicle businesses (FA/agriculture)].

You will be engaged in planning (1) in-vehicle SoCs that support autonomous driving systems and in-vehicle connected services with world-class safety and convenience, and (2) preparing important IP solutions.

Details.

Part Development Engineer

Globally recognized commercial vehicle manufacturer with a long-standing heritage in engineering, manufacturing, and delivering transportation solutions to customers worldwide. With operations spanning over 170 countries and regions, the organization continues to drive innovation in mobility, sustainability, and next-generation vehicle technologies.

As part of a major strategic transformation, the company is investing heavily in the future of commercial transportation through the expansion of electrified mobility solutions and the creation of a dedicated global bus business.

Details.

Automotive semiconductor hardware research and CAE analysis

We are a company boasting one of the top domestic market shares in the automotive parts industry, specializing 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 businesses (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.

Aiming to strengthen Japan's competitiveness in the automotive sector, we collaborate across multiple companies across industries to conduct semiconductor research.　

Specifically, while identifying issues and considering countermeasures when applying chiplet technology, a cutting-edge consumer technology, in vehicles, we have built structures to ensure high reliability and communication quality in 2.5D packages.

You will be engaged in the following tasks.

Details.

Exploration and demonstration of pseudo-quantum computing technologies applicable to next-generation automotive systems

We are a company boasting one of the top domestic market shares in the automotive parts industry, specializing 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 businesses (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.

Many advanced automotive functions, such as autonomous driving and next-generation mobility, are made possible by advances in electronics technology. Among these, advanced SoCs (System on a Chip), key devices for realizing intelligence and electronic control, including AI, are rapidly improving in performance. In such circumstances, research and exploration of new element technologies expected in future in-vehicle computers is essential. We are particularly focused on pseudo-quantum computing, conducting demonstration activities for automotive applications and use cases. We are looking for someone who can accomplish this together.

Details.

Advanced development of algorithm implementations using AI for AD/ADAS (software development)

In the automotive parts industry, it is one of the largest companies in Japan in the thermal systems, mobility systems, power train systems, electrification systems, and electronic systems businesses.
We are currently focusing on four areas [electrification, connected systems, advanced safety/automated driving, and non-vehicle businesses (FA/agriculture)].

To achieve high-precision recognition in AD/ADAS peripheral monitoring and path planning, it is essential to use AI-based algorithms.

On the other hand, automobiles face strict hardware resource constraints, so the key to competitiveness lies in how to reduce weight and speed AI-powered algorithms while maintaining accuracy.

Our department is working on the implementation of algorithmic solutions for next-generation AD/ADAS perimeter monitoring and route planning, and is developing advanced technologies to enhance the competitiveness of Toyota and Denso.

We are looking for colleagues to work together with key technologies that will support the future competitiveness of cars.

Details.