研究・開発の機械設計の求人・転職情報

JOB ID 27957

Company Overview: A period of major transformation in the mobility industry, said to occur once every hundred years. At the forefront of this shift, we are a global leading company creating next-generation mobility experiences. We operate in markets worldwide, driving innovative initiatives across a wide range of fields including electrification, autonomous driving, connected technologies, and software development. We aim not only to provide products but also to make people's lives more convenient, safer, and more sustainable. As we advance business transformation and technological innovation on a global scale, we have an environment where you can enjoy new challenges alongside a diverse team. This position allows you to contribute to the creation of the future mobility society with significant discretion and influence.

This position is responsible for promoting projects and quality control across the entire electronics and electrical fields in new vehicle development. You will visualize the progress and quality of electronic system and software development, and lead development in collaboration with a wide range of stakeholders including design, testing, production, and overseas sites. You will manage the increasingly sophisticated and complex vehicle electronic architecture across the board, contributing to the realization of high-quality next-generation mobility.

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JOB ID 27941

We provide innovative solutions to meet the diverse needs of society and 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, the Planning and Management Department continuously optimizes people, processes, and technology, and takes on the role of leading company-wide transformation projects and organizational reforms. By introducing diverse career support systems and flexible work styles tailored to the global business environment, we have established a system where each employee can grow and contribute to solving social issues.

We are responsible for everything from developing welding processes, process design, and promoting automation to introducing them into production sites to address customer production challenges. Based on arc welding technologies such as FCAW, MIG, MAG, and TIG, we evaluate and consider new products, new construction methods, and technologies, build construction processes at customer sites, and provide technical education, thereby improving customer productivity and ensuring stable operation.

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JOB ID 27953

A startup company that provides electric kickboard and electric bicycle sharing services with the aim of popularizing micromobility.
Stations are set up mainly in urban areas, and a system is being developed to make short-distance travel easier and more efficient.
Easily accessible via a dedicated app, it is attracting attention as a sustainable means of transportation.
We are developing sustainable mobility services that reduce environmental impact and include solutions to urban transportation issues as well as rural transportation issues.

In improving the quality of electric micromobility and developing new technologies, you will leverage mechanical technology to provide safer and more secure vehicles and services.

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JOB ID 27949

We are a technology company focused on researching and providing unmanned aerial systems for industrial applications and operational management platforms for low-altitude areas.
We have extensive implementation experience in diverse fields such as surveying, equipment inspection, and agricultural support, and our management technologies have been adopted for standard operations in multiple regions.
In recent years, we have expanded our business with the establishment of subsidiaries overseas and large-scale procurement, and we continue to participate in public-private projects. We are promoting the construction of a global platform to create new low-altitude mobility industries that integrate hardware, software, and operational integration infrastructure.

You will be responsible for updating existing core drone products and developing next-generation autonomous drones aimed at entering new markets. We anticipate future applications involving drones for various applications such as defense, surveying, agriculture, and logistics.
While we expect to start in areas related to mechanical design, we expect him to play a central role in transcending the boundaries between mechanical (structure), electrical (circuitry), and software (control), and to create robot systems that "reliably operate" in real society through a full-stack, seamless process.

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JOB ID 27945

It is one of Japan's leading major automobile manufacturers. It operates mainly in the development, production, and sales of automobiles and related parts, both domestically and internationally. It has strengths in SUVs, pickup trucks, electric vehicles, and plug-in hybrid vehicles, and has a broad sales record in global markets.
The company is advancing technology development aimed at solving social issues through mobility and realizing a sustainable society. In addition to electrification, advanced safety technologies, and connected technologies, it is also engaged in research and demonstration in next-generation mobility fields.

You will be responsible for everything from formulating requirements and specifications for joint actuators installed in AI robots to system concept, design, prototyping, evaluation, and improvement. You will conduct system design from an overhead perspective of components such as motors, reducers, servo drivers, and encoders, architectural design, and mechatronic integrated design, coordinating technical cooperation internally and externally, and managing technical progress within the development team.

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JOB ID 27934

A major Japanese manufacturer with a global presence, it develops B2B business centered on electronic components and materials. It is characterized by its deep involvement in growth areas such as automotive, communication infrastructure, and semiconductors, supporting product development for manufacturers worldwide.
Leveraging its production and development bases both domestically and internationally, it has established a consistent global supply system, and its business model focuses on "content" rather than finished products, creating long-term and stable business relationships. With scale and reliability as a member of a major group, it is expected to continue growing in overseas markets.

Focusing on new and existing electronic component products, it is responsible for developing manufacturing processes, methods, element technologies, and the manufacturing equipment that enables these efforts. In particular, focusing on vacuum thin film formation equipment and RtoR vapor deposition equipment, we promote mass production method development for introducing new materials and new processes, equipment planning and machine conceptual design, equipment modification and jig design, as well as manufacturing and implementation.

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JOB ID 27893

Top Global Sales | As a foreign-affiliated automotive parts manufacturer, the company is expanding its software and electronics products. As a long-established German company with roots in Japan and operating worldwide, it employs diverse employees, maintains a 1% turnover rate, and maintains a well-established work environment. In April 2024, a new research and development facility was completed, and we are working on further advanced technology development.

A global leader in sales, this foreign-owned automotive parts manufacturer is expanding its software and electronics product portfolio. As a long‑established German company in Japan with worldwide operations, it offers a diverse workforce and an excellent working environment, reflected in its low 1% turnover rate. In April 2024, a new research and development facility was completed, further strengthening the company’s efforts in advanced technology development.

As a member of the global quality team, you serve as the quality contact point for customers and promote quality improvement in collaboration with domestic and international departments.

Responsible for analyzing customer quality performance, addressing quality issues, reducing warranty costs, and managing the initial flow of new products, coordinating global quality activities including overseas quality teams.

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JOB ID 27912

This company is a global supplier of compact electromechanical components supporting thermal management, airflow control, and automated movement functions in transportation systems. The Japan office is a small commercial and engineering hub that coordinates with domestic manufacturers while relying on overseas production sites. Their products include small motors, actuators, fluid‑handling devices, and integrated motion modules used by major vehicle makers and their upstream module suppliers.

In this role, you will be responsible for growing strategic customer accounts while leading customer projects from the initial RFQ stage through product development, validation, qualification, and mass production.

The role requires a combination of technical sales, project management, customer relationship management, and engineering coordination.

You will understand the customer's technical requirements, identify the appropriate product or solution, lead commercial negotiations, and coordinate global engineering resources to ensure successful project execution.

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JOB ID 27902

A global manufacturer of industrial coating and coating equipment, providing spray guns, pumps, paint supply, and painting systems for manufacturing industries including automobiles. With multiple established brands under its umbrella, we also focus on proposing systems that consider the entire production line rather than just individual products. While possessing a global technological foundation, we are a company with niche and high expertise that supports the realization of more efficient and environmentally friendly manufacturing processes.

As the core of the manufacturing division, we lead a team of about 10 people, promoting overall management of manufacturing processes, quality improvement, cost optimization, and on-time delivery schedules. We broadly manage assembly, processing, inspection processes, production planning, equipment maintenance, quality KPIs, manufacturing costs and budgets, and safety and health, and are responsible for optimizing manufacturing operations in collaboration with design, purchasing, quality assurance, sales, service, and global locations.

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JOB ID 27872

Our company is a mobility startup aiming for mass production and social implementation of ultra-compact EVs classified as single-seater and moped-type vehicles. Tackling regional mobility issues and minimizing environmental impact, we have built an integrated system from design and manufacturing to sales and after-sales support, as well as CRM. Mass production is scheduled to begin in October 2025, and we are promoting a business that will redefine "mobility options."

During the mass production launch phase of next-generation mobility, you will be responsible for assembling mechanical and electrical components.

Not just as a worker, but from the perspective of the field, you will consider "how to assemble more safely, faster, and more reliably," and be involved in improving the assembly process itself.

Because it is an early mass production environment, the knowledge gained on-site is directly reflected in improvements in product quality and productivity. In the future, you will be actively involved in expanding production systems, improving processes, and enhancing quality, while supporting the foundation for creating new mobility.

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JOB ID 27873

Our company is a mobility startup aiming for mass production and social implementation of ultra-compact EVs classified as single-seater and moped-type vehicles. Tackling regional mobility issues and minimizing environmental impact, we have built an integrated system from design and manufacturing to sales and after-sales support, as well as CRM. Mass production is scheduled to begin in October 2025, and we are promoting a business that will redefine "mobility options."

During the mass production launch phase of next-generation mobility, you will be responsible for quality inspections of finished vehicles and key components.

Rather than simply confirming inspection items, you will consider on-site how to conduct more accurate and reproducible inspections, contributing to the establishment of a quality assurance system.

Because it is in the early stages of mass production, insights and improvement proposals on site directly contribute to the evolution of quality standards and inspection processes. In the future, we expect you to play a key role in delivering high-quality mobility to the market, while also contributing to the standardization, automation, and labor-saving of inspection systems.

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JOB ID 27860

This is the Japanese subsidiary of a global semiconductor manufacturing equipment manufacturer founded in the United States.
We are world-class in terms of sales, business scale, and market share.
We provide an environment where we can contribute to our customers' success through problem-solving while engaging with cutting-edge technological innovations and advanced customer needs.
In 2022, we became the world's No.1 sales manufacturer of semiconductor manufacturing equipment, making us a leading company in the growing semiconductor industry where you can further develop your skills and experience.

Positions responsible for electrical design, debugging, and electrical safety testing of semiconductor manufacturing equipment. Broadly responsible for conceptual design such as power system diagrams, AC/DC current calculations, PLC configuration, I/O tables, and electrical layout, as well as selection of electrical components, design instructions to partner companies, device operation verification and fault analysis, new circuit design, and selection of alternatives for end-of-production parts.

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