A Japanese cooking robot startup automating tasks such as cooking, serving, and cleaning by a sophisticated combination of hardware and software technologies. In addition to system integration tailored to the store, and the development of recognition and control software, they also develop some of the hardware in-house or jointly to achieve optimal customization. Established: 2018 Number of employees: 82 Capital: 4.39 billion yen

Koto-ku, Tokyo or Nagoya-shi, Aichi-ken

You will be tasked with developing a cooking robot that has never existed before. Let's create a stir in the food and restaurant industry together! - Embedded software development (RTOS, bare metal) - Control system processing

[Required] - Ability to define technical requirements from business requirements - Practical experience in basic software design - Practical experience in embedded software development using C/C++ (3 years or more) [Preferred] - Embedded experience on Linux (driver/UI) - PLC development experience - Safety testing experience Nice to have

A Japanese startup developing propulsion system (water engine) for microsatellites. Their propulsion system is mainly used for attitude control / orbit change of satellites. Increase of its usage is considered as certain because of trends such as avoidance / deterrence of debris, ease of orbit injection. Year of foundation: 2020 Workforces: 50+ Total fund raised: 2.5 billion yen

Kashiwa-shi, Chiba-ken

- Development, design, testing and verification of electric and electronic circuits - - Target: analog circuits, digital circuits, microcontroller peripheral circuits (DCDC converters, sensor I/F, charging and discharging circuits) - Incorporating circuits into thrusters and carrying out testing

[Required] - Experience in electrical circuit and electrical board design [Preferred] - Knowledge and experience in embedded systems - Experience in circuit design with an eye towards mass production - Experience in power supply development Nice to have

An AMR startup founded by a former automotive AD tech lead. Owns products such as autonomous transport robot that can switch between AGV mode on trajectory and autonomous mode without pre-defined trajectory, general purpose towing solution for 3rd party trolleys, and fleet management system. Since the product's release in 2022, sales have been steadily increasing. - Established: March 2020 - Workforces: approx. 50 - Capital: JPY 100M

Kawasaki-shi, Kanagawa-ken

[Job Description] This is an engineer who leads the development of the company's core technology software, including the software that is the core of robot systems such as AMR. As AMR is accepted in many markets and joint development progresses, development is becoming more complex. In order to maintain the competitiveness of our products, the company is currently planning relatively large-scale development including the renewal of the software architecture as well as continuous addition of functions to respond to various use cases. We are looking for engineers who can carry out such projects. - You will also be coding on your own (you may also be in a position to lead the team) - Plan the introduction of various frameworks, middleware, etc. - Carry out development with team members in accordance with the philosophy of scrum development - Review the team's code [Team and role] You will belong to the AMR Software team in the Tech department that develops core technologies. Basically, you will develop almost all the software located in the autonomous mobile robot (AMR). - Autonomous movement software using SLAM - Software for monitoring the status of AMR - Embedded software for managing the status of internal components such as various sensors and power supplies - Simulation software for verifying software operation You may be required to travel to customer sites to investigate software defects. The following currently exist separately and are therefore outside the scope of this position, but you may be able to work flexibly as needed. - A team that prepares and tunes the software for on-site implementation of the product - A team that evaluates the quality of the product - A team that manages the upper system for group control [Tools used] - The company's robot solution - Configuration management tool: Ansible - System monitoring: Prometheus / Grafana - In-robot software: Linux (Ubuntu) / ROS / Docker / Zephyr OS - In-robot hardware: X86 / ARM - Communication: MQTT, ModBus - Communication and documentation tools: Slack / Notion / Google WorkSpace - Ticket-based task management tool: Jira - Server environment: On-premise server, GCP - Development language: C++, Rust, Python (some C++ has begun to be replaced with Rust) - HW related: SolidWorks / Bambu Lab X1 Carbon 3D Printer / KiCAD

[Required] - Robot control, control engineering, or related academic fields, or equivalent practical experience -- Navigation -- Sensor integration technology -- Control engineering -- Experience developing software to control hardware products - More than 3 years of practical experience using ROS (ROS1, ROS2) - Intermediate level of Japanese (Collaboration with in-house members who only speak Japanese) - Intermediate level of English (Collaboration with in-house members who only speak English) [Welcome] - Experience working on commercial robot software that operates in a real environment - Completed a doctoral or master's course in a robot-related field (robot control, control engineering, computer science, etc.). - Experience as a team leader or other leadership role - Experience using the Rust language - Knowledge and experience of computer hardware layers - Experience working with embedded software - Experience using embedded real-time OS - Experience using cloud services (AWS, GCP, Azure, etc.). - Practical experience with container technology (Docker, Kubernetes). - Business level English - Business level Japanese - Experience in negotiating with customers - Participants in various robot contests, coding challenges, and other events - Able to concurrently serve in other positions (job content will be defined and adjusted flexibly to a certain extent based on experience, abilities, etc.) Upper conversational level

An AMR startup founded by a former automotive AD tech lead. Owns products such as autonomous transport robot that can switch between AGV mode on trajectory and autonomous mode without pre-defined trajectory, general purpose towing solution for 3rd party trolleys, and fleet management system. Since the product's release in 2022, sales have been steadily increasing. - Established: March 2020 - Workforces: approx. 50 - Capital: JPY 100M

Kawasaki-shi, Kanagawa-ken

[Job Description] This position is responsible for developing the lower layers of the company's Autonomous Mobile Robot (AMR) system. This product is a robot that moves autonomously using SLAM, and is equipped with an x86 CPU and an Arm® (Cortex®-M7)-based microcontroller. The candidate will develop software that is located at the lower layer of the software installed on this hardware, such as software that includes the following elements. - Create an environment where upper layer applications can make the most of hardware resources. - Implement driver layers such as sensors, actuators, and communication modules for upper layer software. - Monitor abnormal behavior of the hardware and develop fail-safe protection mechanisms. - Develop embedded system firmware using RTOS, etc. In this way, we provide a software infrastructure that connects upper layer applications and hardware and ensures stable operation of the system. As a member of the software development team, a robot system low layer software engineer is expected to perform the following tasks. - Coding on your own - Planning the introduction of various frameworks and middleware - Performing development with team members in accordance with the philosophy of Scrum development - Reviewing team members' code [Team and role] You will belong to the AMR Software Team, which is part of the Tech Department that develops core technologies. Basically, you will develop almost all the software inside the autonomous mobile robot (AMR). - Autonomous navigation software using SLAM - Software that monitors the status of the AMR - Embedded software that manages the status of internal components such as various sensors and power supplies - Simulation software to verify the operation of the software You may travel to customer sites to investigate software defects, etc. The following are currently separate and therefore outside the scope of this position, but you can flexibly work on them as needed. - A team that prepares and tunes software for on-site implementation of the product - A team that evaluates the quality of the product - A team that develops a higher-level system for group control [Tools used, etc.] - The company's robot solution - Configuration management tool: Ansible - System monitoring: Prometheus / Grafana - In-robot software: Linux (Ubuntu) / ROS / Docker / Zephyr OS - In-robot hardware: X86 / ARM - Communication: MQTT, ModBus - Communication and documentation tools: Slack / Notion / Google WorkSpace - Ticket-based task management tool: Jira - Server environment: On-premise server, GCP - Development language: C++, Rust, Python (some C++ has begun to be replaced with Rust) - HW related: SolidWorks / Bambu Lab X1 Carbon 3D Printer / KiCAD

[Required] - Work experience using various embedded communication protocols (SPI, etc.) - Experience developing software to control hardware products using embedded RTOS - Experience building a system that operates stably for a long period of time using Linux - Work experience using ROS (ROS1, ROS2) - Experience developing firmware using C/C++ - Skills to understand architecture by looking at circuit diagrams - Basic knowledge of computer network architecture specifications - Beginner to intermediate level Japanese -- (There will be collaboration with in-house members who only speak Japanese) - Intermediate level English -- (There will be collaboration with in-house members who only speak English) [Welcome] - Experience using various electronic circuit measuring instruments (oscilloscope, logic analyzer, etc.) - Mastery of robot control, control engineering, or related academic subjects, or equivalent work experience -- Navigation -- Sensor integration technology -- Control engineering - Familiarity with the Rust language - Knowledge and experience with electronic circuits (electronics level) - Experience designing autonomously moving products such as automobiles and transport robots - Experience with functional safety such as ISO3691-4 (ISO26262) - Experience with brushless DC motors, etc. - Experience using electronic circuit design CAD - Experience negotiating with customers - Business level English - Business level Japanese - People who like autonomous mobile robots - Participants in various robot contests, coding challenges, and other events - People who can hold other positions (job content will be defined and adjusted flexibly to a certain extent according to experience and abilities) Upper conversational level

A startup that develops and provides high-thrust, safe, and inexpensive propulsion systems for microsatellites. Year of foundation: 2020 Workforces: 40+

Sapporo-shi, Hokkaido

You will be responsible for developing the software interface between the satellite and the propulsion system. Work details: - Software interface design - Coordination with collaborators - Coordination with project managers - Software evaluation and testing - Integration into the system - Software improvement

[MUST] - Experience in manufacturing or relevant field - Those who can write and read English. - Those who have curiosity and desire to challenge the space industry together. - Those who want to be a part of a start-up company from Hokkaido and want to be a part of the cutting-edge business. - Those who want to improve their skills and experience in an international environment. [WANT] - Experience in rocket software development - Satellite software development experience - Experience in team projects - Those who find it rewarding to identify and analyze issues, improve operational efficiency, and build a workflow. - Those who can or are willing to communicate smoothly with overseas members. - Those who are able to work flexibly and enjoy the uncertainties and daily changes that may arise. - Have a high motivation to learn and take on new challenges. [BETTER] - Those who can communicate with members in English. - Those who are attached to Hokkaido or would like to live there (U-turn/I-turn are welcome). - Those who have curiosity and desire to challenge the space industry together. - Those who want to be a part of a start-up company from Hokkaido and want to be a part of the cutting-edge business. - Those who want to improve their skills and experience in an international environment. Business level (non-Japanese native) Ability to read & write + daily conversational oral communication (Japanese native)

A startup that develops and provides high-thrust, safe, and inexpensive propulsion systems for microsatellites. Year of foundation: 2020 Workforces: 40+

Sapporo-shi, Hokkaido

You will be responsible for designing, testing, and evaluating the electronic boards required to operate the propulsion system, as well as building the boards for data collection necessary for ground testing. Work details: - Design of electronic boards for propulsion systems - Improvement of design method - Investigation of procurement sources - Improvement of data collection system for ground test - New technology development

[MUST] - Experience in manufacturing or relevant field - Those who can write and read English. - Those who have curiosity and desire to challenge the space industry together. - Those who want to be a part of a start-up company from Hokkaido and want to be a part of the cutting-edge business. - Those who want to improve their skills and experience in an international environment. [WANT] - Basic knowledge of electronics - Experience in designing and operating electrical circuits - Experience in machine control using programming languages (Python, C, etc.) - Experience with sensing technology such as IoT - Basic knowledge of wireless engineering - Experience in electronic design of space equipment - Those who find it rewarding to identify and analyze issues, improve operational efficiency, and build a workflow. - Those who can or are willing to communicate smoothly with overseas members. - Those who are able to work flexibly and enjoy the uncertainties and daily changes that may arise. - Have a high motivation to learn and take on new challenges. [BETTER] - Those who can communicate with members in English. - Those who are attached to Hokkaido or would like to live there (U-turn/I-turn are welcome). - Those who have curiosity and desire to challenge the space industry together. - Those who want to be a part of a start-up company from Hokkaido and want to be a part of the cutting-edge business. - Those who want to improve their skills and experience in an international environment. Business level (non-Japanese native) Ability to read & write + daily conversational oral communication (Japanese native)

Japanese venture business developing, fabricating and selling communication robots for consumer market. Also develops robots and IoT products on contract basis. Year of foundation: 2007 Number of employees: approx. 40

Shinjuku-ku, Tokyo

The company develops consumer products, mainly robotics and IoT products, and develops platforms for products and their constituent technologies. We are looking for someone who can work on embedded software development for products developed in these businesses, especially firmware design/development mainly for Arm Cortex-M microcontrollers. We especially welcome people who can participate from the requirements definition stage. [Development style] You will be working as a member of the company's software engineering team. The team consists of about 10 people, from edge side engineers including embedded engineers, to front-end/back-end engineers for servers/applications. In the requirement definition stage, you will consider the user experience, taking into account physical interfaces such as sensors/motors and integration with servers/applications, as well as technical verification through prototypes, selection of development environment and OS, etc., and outline design of the software using UML. In the implementation phase, we will incorporate test-driven development in some cases, while controlling the quality through version management using Git and code reviews by team members. You will work in cooperation with mechanical/electrical engineers and application/server engineers on this design/development. The development style is close to spiral development, and prototypes are iterated several times to brush up on them. [Immediate projects] In the near future, you will be working on projects using: - OS: FreeRTOS, Zephyr, None (bare metal) - Microcontrollers: STM32, nRF52, NXP i.MX RT series - Examples of technologies handled: Bluetooth/WiFi control, protocols such as MQTT, audio signal processing, inter-core collaboration between Cortex-M and Cortex-A, motor control, power control [Attraction of this job] - You can gain experience in core functions of consumer products and gain development experience that broadens your horizons, such as being able to carry out everything from design to development/evaluation - You can tackle various social issues through robotics - Because it is a small team, each individual has a lot of discretion and can take on challenges

[Required skills and experience] - Work experience as an embedded engineer - Experience using C/C++ language at work [Preferred skills and experience] You will be primarily responsible for firmware for Arm Cortex-M microcontrollers, but we often use the Linux OS to connect to microcontrollers, so we welcome people with development experience in embedded Linux, such as applications that run on Linux, device drivers, or device trees. [We welcome those who] - Want to contribute to market creation in a growing market - Want to develop products in a small, elite team - Want to try platform development - Want to gain a business perspective - Like robots Not required

Build constellations of small SAR satellites developed and operated in-house to generate and provide data. Also use their unique data analysis capabilities to provide data-based solutions to the world's various challenges. Established: 2018 Capital: 100 million yen

Koto-ku, Tokyo

In a team responsible for the system development of company's satellite and the overall coordination of satellite development, you will be involved in various aspects of satellite design, development, testing and operation. Responsibility: Lead and oversee the design, integration and testing of satellite systems. Details of work: - Satellite system design - Mission design and analysis - Coordinate with cross functional teams - Interface management between subsystems - Develop test plans for satellite system testing - Support for satellite system operations - Satellite design schedule management - Troubleshoot and resolve issues - Prepare and review technical documents

[Mandatory] - Experience of more than 3 years in satellite system design, testing, operation, or related fields - Experience in team work - Business level English [Preferred] - Preferred qualifications - Experience in satellite systems development - Experience with satellite system design and development with MATLAB - Experience in system modeling using SysML - Experience in project management Business level

A Japanese venture company providing service in infrastructure maintenance and inspection utilizing UAV, as well as digital data management of facilities data. Owns ultra-compact drone developed in-house based on rich track record. Year of foundation: 2016 Number of employees: 60+ Capital: 1.42 billion yen

Chiba-shi, Chiba-ken

You will be in charge of developing sensing systems (SLAM systems) and navigation systems used by autonomous flying drones. You will be proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development. In addition to the development work, you will also be required to conduct technical research necessary for development. Tasks in specific: - Product review and requirement definition in collaboration with product manager - System design and technology verification of autonomous flying drones - Testing with actual equipment and conducting PoC in simulated environment / real site etc.

Required: - 1 year or more of experience in either C language or C++ - Professional experience in closed-loop control systems - Basic mathematical knowledge related to classical control, modern control, etc. Preferred: - Development experience at a venture or startup - Robotics technology experience that combines hardware and software for robots, autonomous driving, etc. - Experience developing drone flight control - Experience in formulating, verifying, and proving hypotheses for new technologies - Experience in launching products and defects handling - Experience using robot SW frameworks such as ROS Nice to have

A Japanese venture company providing service in infrastructure maintenance and inspection utilizing UAV, as well as digital data management of facilities data. Owns ultra-compact drone developed in-house based on rich track record. Year of foundation: 2016 Number of employees: 60+ Capital: 1.42 billion yen

Chiba-shi, Chiba-ken

You will be in charge of developing sensing systems (SLAM systems) and navigation systems used by autonomous flying drones. You will be proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development. In addition to the development work, you will also be required to conduct technical research necessary for development. Tasks in specific: - Product review and requirement definition in collaboration with product manager - System design and technology verification of autonomous flying drones - Development of sensing systems using multiple sensors (sensor fusion) - Investigation and verification of new sensing algorithms - Testing with actual equipment and conducting PoC in simulated environment / real site etc.

Required: - Experience in developing sensing systems using sensors such as cameras and LiDAR - Experience developing systems using position/velocity measurement algorithms such as SLAM, Visual/LiDAR Odometry - Robotics technology experience that combines hardware and software for robots, autonomous driving, etc. - Basic mathematical knowledge such as linear algebra, differential calculus, and statistics Preferred: - Experience using robot SW frameworks such as ROS - Experience in rebuilding kernels, etc. - Experience developing hard real-time system - Experience using single board computers such as Jetson in professional context - Development experience at venture/startup - Experience in formulating, verifying, and proving hypotheses for new technologies - Experience in improving known theories and implementing mathematical theory on actual machines Nice to have

Japanese semicon maker holding top share in imaging sensor

Minato-ku, Tokyo

■Team's mission: The team is developing technology for safety and security, based on a concept that the company will cultivate to accelerate the evolution and proposal of mobility experience. As the core of the technology of the automatic driving system, we developed a recognition system SW using Sensor Fusion, which serves as the eyes of the car, and implemented software for sensing functions used in advanced driving support systems (hereinafter referred to as ADAS) such as automatic braking, automatic following, and lane keeping. We have commercialized it and introduced it to customers and the market. ■Your responsibility The work is related to sensing systems to realize edge-side sensing functions and environmental recognition functions of ADAS and self-driving cars. - Embedded software development (camera systems equipped with image sensors, system software for image recognition and sensor fusion, etc.) - Application development (sensor system / data processing real-time system to realize environmental recognition function, and application UI design) - Development of signal processing functions (design and development of signal processing algorithms for images, millimeter waves, LiDAR, etc.) - Machine learning (algorithm design, optimization, learning environment preparation) ■Team size Each team is approximately 10 people, including main-responsibles, co-responsibiles, and partner vendor members.

■Required - Embedded software development experience in C, C++, etc. ■Optional - Software development experience for products using cameras or image signal processing/image recognition technology - Embedded software development experience for automotive products - Knowledge of handling vehicle sensors such as cameras, millimeter wave radar, and LiDAR, and knowledge of how to evaluate them Must have: - Ability to understand papers and specification documents - 1 year+ experience communicating with overseas vendor or branch Preferred: Ability to conduct technical discussion

A startup whose core technology is vision-based tactile sensor that enables multi-modal perception at low cost and with high durability. Working on its application to pick-and-place automation in ready-made food production. Foundation: October 2021 Capital: 104 million yen

Koto-ku, Tokyo or Kyoto-shi, Kyoto-fu

This role processes images acquired from external cameras and sensors and converts them into the information necessary for motion generation. The role also covers a wide range of image processing, from low-level processing such as feature point tracking to image recognition such as object segmentation, as well as GPU implementation and embedded programming.

Required skills: - Deep learning for computer vision (segmentation, classification, anomaly detection, etc.) - Traditional computer vision skills (non-deep learning) - OpenCV - PyTorch (or other deep learning framework) - C++ - Python Preferred skills: - ROS - Image processing on embedded systems - Robot learning with computer vision Either English or Japanese at business level required

Major Japanese electronics company

Yokohama-shi, Kanagawa-ken

In delivering the evolution of video expression to creators, we are developing camera object recognition and autofocus functions that utilize AI and image processing technology. ・Software development for object recognition and tracking functions using AI/image processing ・Software development of autofocus function using object recognition/tracking function ・HW IP control software development for AI/image processing An opportunity to not only has experience in developing AI, image processing, and autofocus functions, but also proactively takes on the challenge of proposing new functions through discussions and requirement analysis with professional photographers and videographers. In the future, there will be many opportunities to expand the scope of your career by involving in the development of various products within the Group, such as robotics and medical device, making use of your experience in AI/image processing and software development.

■Required ・More than 3 years of embedded software development experience using C/C++ ・Real-time programming experience on Linux/RTOS ■Prefered ・More than 2 years of experience in implementing image processing, signal processing, and sequence control ・Knowledge of camera ・Over 2 years experience in software development ・Knowledge of Machine Learning (Deep Learning), 1 year+ experience in developing functions using Machine Learning Prefer TOEIC 600+

A Japanese venture company having strength in indoor autonomous flight of drone. Founded by CEO who had experience as developer and entrepreneur in early era of drone business. Year of foundation: 2016 Workforces: about 15

Katsushika-ku, Tokyo

Development of middleware / software for drone's autonomous control under non-GPS environment Programing languages used / dev setup: - C, C++, C#, Python - Linux Ubuntu - Windows - OpenCV - ROS - GitHub

Must have: - Experience controlling moving object by PID control (5+ years) - Development experience on Linux (5+ years) - Fundamental knowledge about realtime control - PID control, feedback control, responsiveness evaluation etc. Nice to have: - Experience controlling objects (flying, preferably) with microcontroller or single-board computer (Jetson mainly) - Knowledge and experience in embedded or other realtime control - Experience controlling objects (flying, preferably) using image sensor (camera or other) - Basic image recognition technique or experience using libraries such as OpenCV - Experience assembling robot or control device (including experiment) Mind / spirit: - Motivation to always continue to create new value, that is not present in the world yet * Experience with drone is not mandatory if you have experience in robot control or embedded control Either English or Japanese at business level is mandatory

Japanese semicon maker holding top share in imaging sensor

Shinagawa-ku, Tokyo

[ Mission as a team ] To fuse the optical and electrical evolution of stacked image sensor, which is the source of the company's competency, and conduct advance development and PoC for new products in imaging / sensing domain. [ Team's culture ] Members from wide range of technical background and ages are demonstrating different abilities toward technology development. The atmosphere eases frank conversation among members and managers. You can build career in wide scope from the root of technology development such as cooperation with academic or industrial partners overseas, to exit exploration into market in collaboration with business development members within the team. [ Responsibility ] You will be promoting alliance with industrial and academic partners overseas to facilitate the advance development of simulation technology towards AI model development utilizing image sensor. The mission takes overall approach that covers optics, sensor device, signal processing and AI technology. You are expected to lead advance technology development dealing with broad technical area with the axis on your expertise in image signal processing. [ Position ] Leader of a small team or senior member [ Possible career path ] You can gain experience of launching new business domain from zero as the project starts from alliance development with overseas organizations and relevant groups within the company group toward the new product realization. You can also lean cutting edge technology of wide range required to realize next-generation sensing technology.

Mast have: - 3 years or more professional experience in image signal processing development - Implementation skill in languages such as C++, Python Nice to have: - Knowledge about image sensor or optics - Professional experience utilizing AI technology in image signal processing development Soft skills: - Will to challenge new technology and overcome difficulties to make it real - Strength in logical thinking and conceptual communication - Readiness to contribute to project with technical skills to pioneer new business - Vitality to push forward the tasks that takes cross-organization cooperation Must have: - TOEIC 700+ - Ability to understand technical document and communicate via email (work involves overseas collaboration) Nice to have: - Ability to conduct oral conversation on technical matters (to collaborate with dev centers and partner companies overseas)

Major Japanese electronics company

Yokohama-shi, Kanagawa-ken

Candidate will play either of the following roles depending on experience and preference: - Autofocus control utilizing AI e.g. real-time eye AF, real-time tracking etc. - Signal processing to achieve high-speed tracking in AF(Auto Focus) / AE(Auto Exposure) / AWB(Auto White Balance) - Signal processing and image processing for image sensor to achieve high resolution, high sensitivity and high image quality - High quality shake reduction and stabilization for body and lens, mechatronics control - Digital audio signal processing with high-quality microphone

Must have: - 3+ years' experience of embedded software development in C/C++ (Not applicable to ML engineers) Plus some of the following depending on the role: - Real-time programming on Linux/RTOS - Machine learning (deep learning) - Image processing and signal processing, sequence control - Mechatronics, servo control - Audio signal processind - Knowledge about camera and experience in its software development N.A.

Commercial space technology design, manufacture and solution provider

Tokyo

The mission of embedded systems software engineer concerns the on-board computer (OBC) of our satellites throughout its whole life-cycle, which includes design, development, testing, and troubleshooting. - Embedded software development, maintenance of components and systems - Programming applications, components drivers and interfaces in C, C++ etc. - Develop software based on satellite system specifications and other satellite component specifications - Document design information - Perform design reviews and code reviews Design and perform various tests - Work closely with other engineering teams, partners and vendors to ensure interoperability / reusability - Promotes co-debug and interface testing with related subsystems - Work with hardware designers to solve any issues - Gives support and troubleshoots problems during satellites initial and nominal operation - If possible, perform FPGA integration by HDL or IDEs

【Mandatory】 - College or university graduation qualifications related to electrical, computer science, control engineering, mechatronics and other engineering. - Business fluency in English Technical Skills - Deep understanding of common hardware: micro-controller, UART/SPI/I2C, RTC, etc. - Proficiency in C and/or C++ - Comfortable with command line tools (i.e., bash, git, gdb, etc.) Required Attitude for this role are as follows: -Goal Oriented and Result Driven -Aim for overall optimization, not only the code, or even the team, but the entire organization -Autonomy, ability to work from a technical specification or write your own -Emphasis on collaboration and teamwork -Share the knowledge: be a mentor for others and learn from others Business level

Major Japanese electronics company (Known for producing world's first entertainment robot for home use)

Central Tokyo

Background: System development for new category products/services that utilizes various AI technologies (ie, image recognition, sound recognition, machine learning etc) & Robotics. Role: Embedded Linux Development Engineer - Develop Linux kernel & middleware of system software - System reliability technology, system security, real time technology etc

【Must】 - Comprehensive knowledge of computer system/ software - System development experience in Linux kernel, driver, middleware 【Preferred】 - Knowledge of hardware architecture of CPUs Business level