System Hardware Engineer

Digital Implementation Design Manager/Director (Backend / Frontend)

The company is a major player in the development of advanced memory solutions that power everything from artificial intelligence and high-performance computing to smartphones, data centers and next-generation technologies. With the rapid expansion of AI and data-driven computing, its technologies are becoming increasingly critical to the future of the digital world.

This role offers the opportunity to work within a highly international and technology-driven environment, collaborating with global teams on cutting-edge semiconductor technologies. For an experienced engineering leader, it is a chance to take ownership of important technology initiatives while contributing to a business that is playing a key role in shaping the next generation of computing.


This position is responsible for the digital implementation of advanced DRAM products, promoting product performance and competitiveness by utilizing the latest EDA tools and advanced processes below 5nm.

On the frontend, I am involved in all aspects of digital implementation, including synthesis, STA, and DFT, and on the backend, I am involved in automatic wiring placement and PDN implementation. I am also responsible for design analysis and environment improvement using Tcl/Python, as well as IP implementation according to customer requirements.

Details.

AD/ADAS System Human-Machine Interface (HMI) Development Engineer

Company Overview: A period of major transformation in the mobility industry, often said to occur once in a century. 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 diverse teams can enjoy new challenges. This position allows us to contribute to the creation of the future mobility society with significant discretion and influence.

As an HMI (Human Machine Interface) development engineer supporting user experiences for autonomous driving (AD) and advanced driver assistance systems (ADAS), this position is responsible for designing the display and operation of driver assistance functions using meter displays and vehicle switches. While active in fields such as ADAS, HMI, systems engineering, MBSE, in-vehicle software, functional design, and system verification, we develop highly safe and convenient user interfaces for the global market. We are broadly involved in everything from requirements definition to simulation and actual vehicle inspection, playing a crucial role in creating safe and intuitive driving experiences for next-generation mobility.

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ADAS System Performance Design and Vehicle Application Development Engineer

Company Overview: A 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.

As a system development engineer for autonomous driving (AD) and advanced driver assistance systems (ADAS), you are responsible for a wide range of responsibilities, including system design, vehicle compatibility, functional safety, control development, and HMI design. Active in fields such as ADAS, system design, in-vehicle software, functional safety, control compliance, vehicle development, simulation, and verification, promoting the development of next-generation driver assistance systems tailored to market and model requirements. Involved consistently from design to actual vehicle evaluation, this position offers a wide range of technical scope and growth opportunities to contribute to realizing safe and comfortable mobility experiences.

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HMI Display Component Development Engineer

Company Overview: A once-in-a-century era of major transformation in the mobility industry. 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.

As an HMI display development engineer supporting the evolution of next-generation SDVs (Software Defined Vehicles), you will be responsible for everything from strategic planning to design and development of next-generation HMI components such as meters, head-up displays (HUDs), and large center displays. Leveraging expertise in HMI, display development, HUD, in-vehicle electronic systems, UX, and connected car fields, this position collaborates with global development teams and suppliers to shape future mobility experiences. This is a significant role of influence and fulfillment, directly contributing to the value creation of in-vehicle displays that customers encounter daily.

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Drive Battery System Control Development Engineer

Company Overview: A period of major transformation in the mobility industry, said to occur once in a century. At the forefront of this shift, we are a global leading company creating next-generation mobility experiences. We operate in markets worldwide and promote 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 diverse teams can enjoy new challenges. This position allows you to contribute to the creation of the future mobility society with significant discretion and influence.

You will be responsible for controlling and developing drive battery systems, which are core technologies in the electrification era.

Focusing on the development of battery management systems (BMS) that determine the performance, safety, and driving range of EVs and electric powertrains, I am involved in a wide range of tasks, including energy management control, model-based development (MBD), and building control development infrastructure.

By integrating expertise in batteries, control, software, and vehicle systems to realize next-generation battery technologies and new vehicle functions, I play a crucial role in supporting the development of future electric vehicles.

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Robot Engineer | Robot engineer

We are a technology company focused on research and provision of unmanned aerial systems for industrial applications and operation 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 expect you to play a central role in creating full-stack, "reliably moving" robot systems that transcend the boundaries of mecha, electronics, and software (control), rather than simply designing software and hardware parts.

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Control Systems Engineer

Since its founding in 1948, the company has continued to grow alongside the expansion of the automotive industry and the IoT transformation of factories through device and solution products.
In the automotive industry's CASE, which is said to be a once-in-a-century transformation, demand for advanced features such as EVs and autonomous driving is expected to grow even further, including microcontrollers, power semiconductors, and electronic devices that combine the company's strengths.
Among these, the company holds a special contract to sell automotive microcontrollers from a certain manufacturer, which are installed in 40% of the world's automobiles, in the Chubu region, supporting the automotive industry in the Tokai region.
Going forward, we will continue to challenge ourselves to pursue new fields while supporting the transformation of the automotive society, and with a management strategy that strengthens collaboration with highly creative companies ahead of our time, we aim to grow as a global supplier in the advanced electronics field.

You will be responsible for designing electrical circuits and PLC ladder programs for equipment delivered to clients.
Based on the requirements and specifications heard from customers, you will work with mechanical designers on the conceptual design of the entire equipment and finalize specifications, create control specifications, and design electrical circuits and PLC ladder programs. When outsourcing design to a partner company, we create specifications and hold consultations.
Developing equipment is a highly rewarding job that involves everything from deciding specifications with clients to overseeing equipment operation

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Electronic Brake System Test Engineer

As a global automotive parts supplier operating in 57 countries, it focuses on key industry megatrends such as autonomous driving, electrification, and connectivity, shaping the future of mobility. Established in 2000 as a joint venture with a major Japanese company, it has its headquarters and engineering center in Yokohama, providing development, technology, and products to Japanese customers.

As the person in charge of developing electronically controlled brake products at a major German automotive parts manufacturer,
you will install prototype products under development in vehicles and conduct actual vehicle driving tests.

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FAE – Power Solutions & Conductive Capacitors | FAE / Product Technology - Conductive Capacitors × Power Solutions

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.

Product Technology / Technical Sales: You will anticipate changes in industry trends, utilize circuit simulations, and propose optimal capacitors and develop new product plans.
FAE: You will propose technical solutions to power supply design engineers.

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