FAE Power Semiconductor

Metrology Application Engineer

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 Metrology Application Engineer, you will drive the development, optimization, and sustainability of metrology solutions that support semiconductor manufacturing quality, yield enhancement, and process control objectives. You will collaborate closely with process integration, process, equipment, manufacturing, and technology development teams to create and refine metrology recipes, improve defect detection capabilities, and transfer new technologies into high-volume manufacturing environments. In this role, you will be responsible for monitoring recipe health, exploring new metrology methodologies, supporting capacity and productivity improvements, and implementing quality and yield enhancement initiatives aligned with Micron's technology roadmap. You will analyze manufacturing data, resolve process-related issues, manage risks, and support continuous improvement efforts that improve product reliability, operational efficiency, and manufacturing excellence. Through strong technical expertise, cross-functional collaboration, and effective communication with global teams, you will contribute to the successful deployment of advanced metrology solutions that enable next-generation memory products and technology advancements.

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Regional Product Support 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 Regional Product Support Engineer, you will serve as the technical escalation expert for advanced semiconductor manufacturing equipment, providing high-level support for complex hardware, process, and system-related issues across customer sites. You will work closely with field service engineers, account teams, customers, and global product engineering groups to diagnose challenging equipment problems, drive root cause investigations, and implement effective solutions that improve tool performance, productivity, and reliability. In this role, you will lead escalation management activities, conduct data analysis and problem-solving initiatives, support alpha and beta tool installations, and contribute to continuous product improvements by providing field feedback to engineering teams.

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Field Application Engineer

The company is a leading global provider of advanced semiconductor manufacturing solutions. With a focus on delivering cutting-edge process technologies, they support a wide range of industries, including automotive, telecommunications, consumer electronics, and data centers. Known for its extensive manufacturing capabilities, the company operates multiple state-of-the-art fabrication facilities worldwide. Their innovative approach ensures the production of high-performance chips for various applications, driving technological advancements and enabling the next generation of smart devices. Committed to sustainability, the company integrates environmental responsibility into its operations, aiming to reduce energy consumption and minimize its environmental footprint. With a strong emphasis on customer collaboration, they provide tailored solutions to meet the specific needs of clients across diverse sectors.

As a Field Application Engineer, you will serve as the primary technical interface for customers, driving pre-sales engagement and enabling design wins by aligning customer requirements with advanced processor IP, software tools, and custom silicon solutions. You will lead technical evaluations by delivering tailored presentations, demonstrations, and hands-on guidance to support customers in adopting MIPS-based solutions, while clearly articulating system-level tradeoffs in performance, power, and cost. Acting as a trusted advisor, you will troubleshoot complex hardware and software challenges during early design phases, ensuring smooth progression from evaluation to implementation. In close collaboration with business development and engineering teams, you will translate customer needs into actionable product insights, influence solution strategy, and help position offerings within the broader semiconductor ecosystem. Additionally, you will contribute to market engagement through workshops, customer training, and partner collaboration, ensuring successful customer outcomes and sustained design win momentum.

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Digital FAE

A global semiconductor company headquartered in the United States, providing a broad portfolio of analog and embedded processing products for automotive, industrial and consumer electronics applications. The company develops semiconductor solutions supporting areas such as signal processing, power management and embedded systems, with products used across a wide range of electronic devices and systems.

[Digital FAE Area] ・ICs that integrate and operate software such as microcontrollers, processors, and wireless communication ICs. In addition to knowledge of electronic circuits and hardware, you will support the development of embedded software.

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Planning, requirements definition, and advanced system development related to driver cooperative safety systems

In the automotive parts industry, we are a company boasting a top-class domestic market share 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 off-vehicle business (FA/agriculture). In particular, in the field of autonomous driving, we are conducting Level 4 autonomous driving demonstration experiments on public roads and are working toward the future of safe and secure mobility systems.

Utilizing AI, IT technology, and data-driven approaches, we define system requirements, develop architecture, and verify

system requirements to achieve safety and security through collaboration between cognitive judgment systems for drivers and occupants, and vehicle systems (ADAS/AD). [Development Tools, Development Environments]
Requirements/Process/Software Management Tools (Codebeamer, Github) Python
and data analysis platforms,
machine learning frameworks (PyTorch, etc.),
generative AI/LLM utilization environments, Cloud (AWS, Azure),
PoC environments: container technologies (Docker, Podman), API integration and microservice configuration, simulator environment (CarMaker)
*Flexible selection according to purpose

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Analysis, Analysis, and Reliability Evaluation Technology for Power Semiconductors for Electric Vehicles

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, and we are working toward the future of safe and secure mobility systems.

Global environmental issues are critical challenges, and for this reason, it is necessary to rapidly advance the electrification of mobility. Power semiconductors are essential key devices for driving motors in electric vehicles. We are engaged in research and development of power semiconductors aimed at lower losses and smaller sizes.
To advance electrification, it is necessary to quickly develop power semiconductors that are good at low prices, reduce losses, and have high reliability. Therefore, it is necessary to analyze, analyze, and evaluate reliability early on the quality and failure of developed products, and to feed back them into the design and processing processes of developed products. We are seeking individuals who are eager to take on challenges and work to improve the performance and quality of power semiconductors through analysis, reliability evaluation, and technological development, leading global electrification and creating added value in new mobility.

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Field Application Engineer (Digital) | Field Application Engineer (Digital)

A global semiconductor company headquartered in the United States, providing a broad portfolio of analog and embedded processing products for automotive, industrial and consumer electronics applications. The company develops semiconductor solutions supporting areas such as signal processing, power management and embedded systems, with products used across a wide range of electronic devices and systems.

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Configuration 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 Configuration Engineer, you will be responsible for driving and managing the specification definition process for advanced semiconductor manufacturing equipment, including CVD, Etch, and Clean systems. You will work closely with customers, internal engineering teams, and suppliers to ensure customer requirements are accurately translated into equipment configurations and maintained throughout the project lifecycle. In this role, you will coordinate specification reviews, manage configuration changes, prepare equipment specifications and technical documentation, and oversee component selection, procurement activities, and budget control. You will also support equipment installation and tool integration activities, ensuring smooth execution and alignment with project objectives. Success in this position requires strong cross-functional communication skills, a proactive approach to problem solving, and the ability to collaborate effectively with both domestic and international stakeholders to deliver high-quality semiconductor equipment solutions.

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Application Engineer | Application Engineer

It is a global technology leader providing cutting-edge process control solutions for the semiconductor industry. Through industry-leading inspection, measurement, and data analysis technologies, we support leading semiconductor manufacturers worldwide in improving yield, productivity, and technological innovation.
With the spread of AI, data centers, autonomous driving, and IoT, semiconductor manufacturing processes are becoming increasingly sophisticated. It plays a crucial role in supporting the quality and reliability of next-generation semiconductors and drives global technological evolution. With a global business foundation and an innovative corporate culture, we provide an environment where you can collaborate with leading industry clients while engaging with cutting-edge technology.

Depending on the project you are assigned, you will listen to the operating status of customers' equipment and be responsible for data analysis, adjustment, and demonstration of new equipment to better meet customer needs.

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