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

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.

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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.

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Software exploration and hardware implementation research for next-generation in-vehicle 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.

We strive to become a professional technology group capable of creating cutting-edge technologies necessary for future SoCs, such as planning and developing next-generation SoCs, chiplets, NPUs, and self-positioning estimation, and are constantly honing our skills. We look forward to applications from motivated engineers who can play an active role as part of this effort.

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Semiconductor Device & Process Engineer | Device and Process Development for Automotive Analog / Power Semiconductors

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 responsible for device and process development for automotive analog and power semiconductors.

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Development Engineer for Electric Power Train System/Control

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 meet the rapidly growing demand for electrification with core technologies and realize the future mobility society, we provide electric power train systems with motors and inverters as main products to globally active automakers.
Going forward, the demand for advanced functionality and performance in electric power train systems will continue to grow globally.
We are seeking engineers who will hone their system and control design skills through development projects requiring advanced electric technologies, and take on the challenge of building the future mobility society.

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Field Process Manager

A leading global semiconductor equipment manufacturer headquartered in the United States, the company specializes in advanced wafer fabrication technologies and holds a top market share in key process segments such as etching. It supports major semiconductor manufacturers worldwide through a strong network of global operations across Asia, Europe, and North America. Known for its cutting-edge innovation and collaborative, multicultural work environment, the company delivers high-performance solutions while fostering continuous learning, technical excellence, and cross-border teamwork.

As an Engineering Manager, you will lead a team of field engineers and technical specialists to support advanced semiconductor equipment and processes across the customer lifecycle. You will oversee troubleshooting and resolution of complex electro‑mechanical, software, and system-level issues, ensuring high performance, reliability, and uptime in customer operations . In this role, you will drive etch process development and optimization for next‑generation logic technologies (2nm and beyond), supporting tool installations, qualification, and production ramp activities. You will collaborate closely with global engineering teams and customers, acting as a key technical liaison to identify challenges, implement solutions, and deliver continuous improvements in yield, productivity, and process performance, while developing talent and ensuring team readiness for evolving technologies.

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Process Engineer

A leading global semiconductor equipment manufacturer headquartered in the United States, the company specializes in advanced wafer fabrication technologies and holds a top market share in key process segments such as etching. It supports major semiconductor manufacturers worldwide through a strong network of global operations across Asia, Europe, and North America. Known for its cutting-edge innovation and collaborative, multicultural work environment, the company delivers high-performance solutions while fostering continuous learning, technical excellence, and cross-border teamwork.

As a Process Engineer, you will be responsible for developing and optimizing advanced cryogenic etch processes for ultra‑high aspect ratio features in next‑generation 3D NAND devices. You will evaluate new etch chambers, hardware configurations, and gas chemistries to improve critical performance metrics such as profile control, CD uniformity, selectivity, and defect reduction. In this role, you will remotely operate Fremont-based demo tools from Japan, analyzing experimental data and driving rapid process iteration. You will also collaborate closely with global process and hardware engineering teams to deepen understanding of plasma behavior, etch mechanisms, and hardware design, while supporting customer development activities and delivering technical insights and presentations that enable innovative semiconductor manufacturing solutions.

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Semiconductor Equipment Control HW Development | Semiconductor Manufacturing Equipment - Control Hardware Development

We provide innovative solutions to meet the diverse needs of society and our customers. In particular, within the Design Marketing Division, we focus on 'customer-centric business activities,' promoting the creation of brand culture, developing new markets and businesses, maximizing existing businesses, and further enhancing the overall competitiveness of the company through strengthening UX design and modernizing marketing. Additionally, in the Planning Operations Division, Planning and Management Department, I continuously execute optimization of people, processes, and technology, and take on the role of leading company-wide transformation projects and organizational reforms. By introducing diverse career support systems and flexible work styles tailored to a global business environment, we have established a system where each employee can grow while contributing to solving social issues.

Electrical technology development, equipment development, and order handling for semiconductor plasma manufacturing equipment.

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Project Manager – Automotive Cockpit Systems | Project Manager - Automotive Cockpit Systems

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)].

As a project manager and leader, you will oversee and drive the development of cockpit systems responsible for HMI connecting people and vehicles.

Details.