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

Design and develop electronic circuits for small industrial drones and drone peripherals (optional parts such as infrared sensors) that we develop and manufacture. <Specifically> ・Electrical design of small industrial drones ・Product development related to drone peripherals ・Proposing new functions and systems ・Verification and testing of developed circuits ・Negotiations and work with outsourcing companies

【Must】 ・Electronic circuit design experience: 5+ years of practical experience ・Experience in mass production design ・End to end development experience, including specification creation, basic design, detailed design, etc. ・Experience working and negotiating with outsourcing companies 【Desirable】 ・Project lead experience ・Design experience in electronic circuit/antenna design for high frequency bands (1 GHz or higher) ・Practical experience in noise testing/countermeasures and various tests -

Robotics startup co-founded by robotics researchers. Specialized in flexible and compact robots with unique strength in narrow inspection, pipe inspection, disaster rescue etc. Increasing focus on data platform for infra maintenance. Year of foundation: 2004 Workforces: approx. 30

Shinagawa-ku, Tokyo

-Work in both electrical and electronic fields. -Build new robots and improve existing ones. -Work in both digital, analog and power electronics. -Design tools for rapid tests, validation and troubleshooting. -Perform experiments to validate new concepts. -Think how to Integrate electronics and wire into mechanical assembly. -Think about how to solve problems and how to facilitate maintenance or replacement of parts. -Make not only normal PCB, but also flat cables and rigid-flex. -Make and review schematics, PCB routing, gerber data of various types of PCB. -Make and review Bill of Materials. -Manage order of component, PCB and assembly (PCBA). -Make simple firmware for testing PCB with CPU. -Contribute to the creation of quality reference and maintenance documentation for the electrical systems that you and your colleagues create.

Must: - Experience with PCB CAD (Altium preferred) - Experience in circuit design and PCB routing - Ability to test and troubleshoot electric and electronic circuits - Ability to use instruments (tester, oscilloscope, function generator, spectrum analyze - Ability to analyze problems and propose possible solutions considering possible maintenance and weaknesses that could cause future problems.(R&D) - Ability to create new ideas, but at the same time able to respect others' ideas as well and choose the best solutions. Ability to cooperate with others - Mentally open to solutions that are sometimes uncommon or not according to normal standards - Ability to convert an explanation of user needs into a schematic or text-based specification or definition of the electrical system requirements - Ability to design a simple but effective test - Must be willing to assist colleagues in other departments and trades Business level in English OR Japanese. Willingness to communicate in and learn futher the less proficient language

Multinational Japanese Electronics Manufacturer

Minato-ku, Tokyo

■Role of Department The Advanced Research Department is a research organization within the Group's R&D ecosystem that drives innovation from a medium to long-term perspective. Our aim is to continue to take on the challenge of uncertainty in order to create new businesses, and to contribute to the future Group's business from the research field by leveraging our own capabilities and new core technologies. ■Your responsibility As a corporate researcher, you will be involved in developing cutting-edge technologies, including formulating research strategies, creating new themes, and establishing and demonstrating core differentiated technologies, with a view to creating new businesses that go beyond the framework of existing businesses. You will be conducting research work. You will carry out research work with an eye toward the development of new key devices in sensing and data/signal processing architectures. We are looking for researchers who can gather insights from surveys of cutting-edge research in the world and work on research and development issues for projects that develop unique calculation methods, algorithms, and hardware, as well as researchers who can devise and promote strategies for themes as research leaders. ■Work environment At our research department, working styles are left to individual discretion according to the progress of research activities and work. Working hours and vacation days are flexible. Although employees mainly work from home, we encourage them to come to the office two days a week and engage in face to face communication.

■Required ・Basic knowledge related to device development such as electrical/electronic engineering, physics, and physical properties ・Skills to lead the study of circuits according to purpose, regardless of digital/analog, asynchronous/parallel configurations ・3 or more years of experience in technology development (design, simulation, evaluation, analysis) related to semiconductor devices ・Experience in technology development related to signal processing and arithmetic processing architecture ・Must have multiple achievements in external research activities, such as submitted papers (first author) and presentations at international conferences. ・Skills for independently acquiring and building specialized knowledge and environment to carry out research activities as a researcher ・Flexible thinking and quick execution ability to discuss with researchers in different specialized fields and create fusion areas ■Preferred ・Software implementation skills (machine learning, image processing, signal processing, etc.) ・Experience in developing and implementing algorithms and software related to signal processing and arithmetic processing ・Experience in design and technology development related to image and acoustic sensing devices ・Having expertise and work experience in multiple areas ・Knowledge and experience regarding technology strategy, research strategy, and business development ・Experience in leading intellectual property acquisition and external contracts in order to implement research strategies ■Image of person we are looking for ・A person with passion and skills to create and implement research themes and strategies in line with the organization's mission. ・A person with the leadership ability to complete tasks even in difficult situations, as well as communication and network building skills. ・A person who can lead to future predictions and technology proposals through intellectual curiosity and logical analytical ability regarding technology. Must - can read documents at work Preferred - ability to conduct technical discussions, translate and explain technical materials, and negotiate with partners.

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+ Capital: 100 million yen

Kashiwa-shi, Chiba-ken

- Development, design, testing and verification of electric and electronic circuits - Target: Analog circuits, digital circuits, microcomputer peripheral circuits (DCDC converter, sensor I/F, charge/discharge circuit) - Incorporation of circuit into propulsion machine and execution of test Attractiveness: - You can put yourself in cutting-edge development of electrical propulsion system, which is receiving attention these years. - You will take part in various phases of satellite's propulsion system, from concept design, to manufacturing, to testing, to operation in the space. - Through circuit design and testing, you can contribute to the improvement of the propulsion machine's performance, and can be directly involved in the improvement of satellite functions and the realization of missions.

Must have: - Basic handling of measurement equipment such as oscilloscopes and current probes - Experience in circuit design for mass production - Experience in outsourcing artwork and implementation - Experience using SaaS Nice to have: - Experience creating schematics using Altium Designer - Experience in failure analysis and reliability testing - Knowledge and experience in selecting newly adopted ICs - Experience in designing circuits in severe thermal environments / Experience in circuit design including thermal design Either English or Japanese at business level required

A startup aiming to utilize robot in new field such as retail industry by automated manipulation and remote control. Their robots are in service at multiple konbini stores and about to enter serial production and deployment. Year of foundation: 2017 Number of employees: 40+ Total fund raised: more than 1 billion yen

Chuo-ku, Tokyo

- Robot electrical design, actuator design, and control software design. Specifically, electrical design and low-level control software design for actuators that combine brushless motors, planetary gear and strain-wave reducers, encoders, and limit switches. - Evaluate, test, and improve actuator and electrical systems. - Work with quality assurance and manufacturing teams to address and improve the quality of the robots and market defects.

- Working experience in robotics or similar product development. - Must be able to design their own electrical circuits and take a hands on approach to analysis and problem solving 　|_ Layout design skills are nice to have, but it can be outsourced. 　|_ Use of instrumentation such as an oscilloscope, multimeter, etc., will be essential. - Deep technical understanding and design skills in the following three areas: 　|_ Improvement of stability around the power supply against back EMF of the motor 　|_ Circuit design for highly accurate sensing of current values to measure the load on motors (noise reduction, sensor selection, etc.) 　|_ Low-level software design for position PID control of brushless motors using limit switches and encoders - Technical ability to perform software review and some coding of embedded motor control code implemented on STM microcontrollers and FPGA. 　|_ C and C++ programming languages are required. - Technical knowledge of mechanical engineering at a level that enables in-depth discussions of technical considerations with the mechanical design team. 　|_ Mechanical design engineers are in charge of design itself. CAD design skills are not required, but knowledge to be able to have technical discussions with the mechanical design engineers is required. - Technical knowledge of firmware development at a level that enables in-depth discussions of technical considerations with the firmware team. 　|_ Full implementation skills are not required, but enough knowledge to have technical discussions with the firmware engineers is required. - Ability to lead PCB board manufacturing and component assembly by working with manufacturing vendors. - Ability to have in-depth technical discussions with in-house engineers in Japanese and English. Business level in either English or Japanese

A Japanese startup globally leading intelligent robot manipulation. Co-founded in 2011 by CEO, ex-technical sales at global tool maker and CTO, PhD in robotic who has expertise in motion planning. They have strength such as: - Acceleration of industrial robot's motion planning by sophisticated in-house library - Intelligent manipulation based on perception by 3D vision - Interface via which you can teach robots from major makers with ease from a single device Currently best at logistics warehouse where automation is most rapidly introduced these years, though delivering factory projects too. Ranking around top of the world in terms of number of delivered cases, they are now planning to build a package of control platform. Year of foundation: 2011 Number of employees: 150+ (Japan) Capital: 100 million yen Headquarter: Koto-ku, Tokyo local offices in Nagoya, USA and China

Koto-ku, Tokyo

- Setting up industrial robot arms and controllers, gripper, 2D/3D vision system - Executing robot systems demos for customers - Support installation and configuration of company's own controller and peripherals at customer sites - Provide technical support for the systems deployed to customer sites (remote and on-site support). Customer sites could be both in Japan and overseas. Max. 40% of a month is on-site, depends on the progress of the projects in charge. - Mechanical Design peripherals such as robot hand, robot cells, robot stand, demo frame, camera mounting plates, gripper parts, etc.

Minimum Requirements: - At least 2 years of experience in machinery and equipment. Electrical, Mechanical, Field-service, control, manufacturing, design - Ability to understand manuals of factory automation systems, warehousing (WMS), and logistics systems written in Japanese - Business level Japanese for effective communication with customers and vendors - Ability to read specification sheets and purchase necessary mechanical and electrical components from suppliers Preferable Requirements: - Hands-on experience in maintenance and manipulating industrial robot or/and AGV (AMR) at factory or/and warehouse - Hands-on experience in robot arm task creating, conveyor belt control, setting up industrial sensors, CNC, PLC is an advantage - Conversational level English; comfortable working in English only environment - Work experience in design, research, and/or development in a manufacturing-related company - Electrical and mechanical licenses - Familiar with industrial safety best practices, domestic and international, with regard to robot systems - CAD modeling skills (Both 2D and 3D) - Trouble-shooting skills 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: approx. 30 Capital: 100 million yen

Kashiwa-shi, Chiba-ken

Responsibility: - Design and implementation of actuator's real-time control (sequence control and close-loop control) in C on microcontroller (32 / 16/ 8 bit) - Design and implementation of UART (RS422), I2C, SPI communication - Building testing environment on PC (Visual C# etc.) Attractiveness: - You can put yourself in cutting-edge development of electrical propulsion system, which is receiving attention these years - You will take part in various phases of satellite's propulsion system, from concept design, to manufacturing, to testing, to operation in the space - Work will not only include coding, but also development closely tied with hardware where you verify software using actual propulsion machine - You will have an opportunity to resolve mechanical / electrical constraints that comes with miniaturization by the power of software

Must have: - Experience of microcontroller development and evaluation in C - Knowledge and experience about software implementation that supports communication methods e.g. UART (RS422), I2C, SPI - General knowledge and development experience in sequence control, close-loop control - Experience using SaaS Nice to have: - Experience developing on PIC microcontroller - Experience developing driver for microcontroller - Experience using JTAG - Experience using Git - Experience related to development and design of electric / electronic circuit - Experience developing evaluation program including PC GUI Soft skills: - Principle-based thinking - Continuous effort to verbalize the idea - Perseverance in tough situation - Proactive planning and commitment to execution - Ability to discuss based on fact and logic free from prejudice Either English or Japanese at business level

A Japanese venture designing and developing commercial small SAR satellites and providing data acquired by them Year of foundation: 2005 Capital: JPY 3 billion Workforce: 20+

Fukuoka City, Fukuoka-ken

■ System integration / verification testing of artificial satellites and necessary assembly / integration work. [Specifics] ・ Satellite system integration, implementation of verification tests, preparation and reporting of materials ・ Assembling satellites and incorporating equipment into satellites ・ Planning and execution of various satellite environmental tests (vibration, impact, thermal vacuum, radiation, etc.) -Implementation of system harness (including detailed definition, manufacturing instruction, creation of integrated instruction, test harness production, etc.)

■ Must Requirements ・ Experience in equipment assembly and maintenance in industrial fields such as vehicles, in-vehicle equipment, electronic equipment, and robots. ・ Experience in manufacturing vehicles, in-vehicle equipment and electronic equipment, and various environmental tests and reliability tests such as vibration, impact, weather resistance, temperature cycle, thermal shock, etc. ・ Experience in coordination management with business partners such as cooperating companies and subcontractors ■ Preferred ・ Experience in conducting artificial satellite environment tests ・ Hands-on hardware experience in the technical field targeted by the aerospace field ・ Experience in circuit design and implementation of electronic devices and data sheet creation ・ Development experience of wireless devices ・ Software installation in Linux environment and programming experience of shell script, Python, etc. ・ Interested in the space development industry and artificial satellites -

A Japanese venture designing and developing commercial small SAR satellites and providing data acquired by them Year of foundation: 2005 Capital: JPY 3 billion Workforce: 20+

Fukuoka-shi, Fukuoka-ken

As a member of the satellite hardware development team, you will be in charge of designing, analyzing, and evaluating the RF system and power supply system of the mass-produced model of a small SAR satellite with a resolution of 1 m. [ Technical duties ] Actual design, analysis, and evaluation of RF and electrical components for satellite - Component system design, device selection - Circuit / AW design verification / adjustment - Construction and analysis of circuit simulation model - Planning, implementation and evaluation of environmental tests (temperature, vacuum, EMC, etc.) of actual machines - Evaluation of actual equipment using various measuring equipment (oscilloscope, logic analyzer, spectrum analyzer, network analyzer, etc.) - Outsourcing management

[ Must ] - Development of electrical design elements or systems in the field of consumer mass-produced products with RF modules such as smartphones, cars, in-vehicle devices, domestic robots, and artificial satellites. Have at least 5 to 10 years of practical experience in system development (years should be considered in combination with ability and experience) - For designing, analyzing, and evaluating circuits, AWs, and electrical systems for consumer electronic boards with elements such as high-frequency radio (several GHz or higher) and high-speed transmission (several Gbps or higher). - Familiarity with the evaluation of RF systems using RF measuring equipment such as spectrum analyzers and network analyzers. [ Preferred ] - Design, analysis and evaluation experience of several kW class power supply systems with solar cells and secondary batteries - Artificial satellite hardware component design experience - Radar equipment design experience Ability to carry technical conversations with international team

A Japanese startup developing mobile manipulator that co-exists side-by-side with humans. Aims at its utilization in various industries including restaurants. Year of foundation: 2019 Workforces: 4 Capital: approx. 30 million yen

Bunkyo-ku, Tokyo

Robot's mechanical design, circuit design, assembly, evaluation and so on

Must have: - Basic knowledge and ability equivalent to robotics post-graduate degree - 5-10 years' experience in mechanical design - Professional experience of product development - Experience of mechanical design using reducer, linear motion, and belt drive mechanism - 3D CAD design (including stress analysis) - Passion for robot Nice to have: - Robot design experience - Control system design skill - Capability of assembly and adjustment, verification and testing - Electrical circuit design and PCB making - Project management experience involving external vendors - Passion for making things Nice to have

Major Japanese electronics company

Shinagawa-ku, Tokyo

- Team's mission: Development of robots and similar products - Role You will be in charge of the following tasks within robot product / service business e.g. home robot, drone etc. 1) Specification planning and product design 2) Selection of sensing device 3) Evaluation of robotics product and circuits toward production 4) Launch of prototyping line and production line

Must have: 3+ years' experience in technical development of the following: (Preferred to have mass production experience at 10,000+ production volume if you have commercial product design experience) - System, power circuit - Motor driver circuit - Sensing devices such as gyro sensor, camera module - Structure design of microphone - RF circuit design and so on Nice to have: - Major in robotics-related subject Must have for non-Japanese speakers (Overseas collaboration will be required)

Building earth-observation platform by microsatellite constellation. Propose solutions based on microsatellite data. Design and production of microsatellites and related components. Launch arrangements and operational support. Establishment: 2008 Capital: 4,537 Million JPY

Chuo-ku, Tokyo

As a power supply system development engineer for small satellites, you engage in our small satellite development work as a person in charge of power balance analysis, power supply system design, power supply circuit design, verification and evaluation. -Power balance analysis Implementation of design that can meet the power requirement from the beginning to the end of the launch (in consideration of equipment deterioration and changes in power generation due to orbit) Sizing of solar cells and batteries Regularly update and manage power consumption information according to development progress -Power supply system design Organize the power distribution function and the amount of power generation required in each development and operation phase Design of power generation / distribution system considering efficiency to realize above Design the circuit diagram of various circuit functions that constitute the power generation / distribution system -Power supply circuit development Development of battery charging circuit, regulator circuit, power distribution circuit Design circuit, Design of substrate, Consignment and management of manufacturing of substrate, and Evaluation of substrate Design exhaust heat Coordinate related systems about how to attach the substrate for exhaust heat to the satellite - Selection of power supply components Selection of battery module (capacity, life, safety), procurement, evaluation Selection of photovoltaic cell, assembly manufacture / consignment, implementation and evaluation -Others Regularly investigate trends in new element technologies, and conduct recruitment examinations and verification Improvement of legacy system and implementation of new system development study Work closely with other engineering teams, partners and vendors for power system quality assurance

Mandatory Higher than university graduation or College of Technology Bachelor's degree in the field of science and engineering More than 3 years of power supply circuit or analog circuit, or experience of multiple development cycles Have experience in designing or instructing artwork for power circuits Those who wants to be expert in the overall power system Basic Business English Desirable Knowledge of satellite orbit and attitude, power system Experience related to satellite development or operation Knowledge about solar cells Knowledge about lithium ion batteries Experience in system design and evaluation for charging and discharging the system using secondary battery (no matter what kind of CAD is used in circuit design, have at least 3 years experience in design and evaluation) Experience in EMC evaluation and its measures Software development experience in C ++ or Python and similar languages Upper business English Business level in English or Japanese

Major Japanese electronics company

Shinagawa-ku, Tokyo

Research and development of next-generation electric mobility

Must have some of the following experience: - System design of camera system communication etc. for autonomous driving / running, requirement definition and ensuing detailed design of lens, image sensor, and image pre-processing - Development of moving object detection algorithm utilizing on-vehicle cameras and LiDAR etc., or perception algorithm for lane, sign etc., that are necessary for autonomous running - Development of highly efficient image processing system required for autonomous driving / running utilizing heterogeneous system including FPGA, GPU and so on - Functional system design, safety system design and definition of required specification in electric device (better if mobility) development, or detailed design and coding based on required specification - Development of control system considering merchantability and safety around mobility's driving, turning and braking, or chasis' design requirement definition (e.g. driving performance, NVH etc.) and 3D CAD (e.g. with CATIA, NX etc.) - Requirement definition including merchantability, or detailed design and coding for advanced safety device (e.g. emergency brake, ACC, LKAS etc.) - Functional system design, safety system design including cyber security and its requirement definition, or detailed design and coding for on-vehicle electrical system e.g. vehicle electronics platform, meter cluster, navigation system, audio, HVAC etc. - Communication spec planning or its detailed design and coding for storing various data of mobility on to cloud or other environment - Requirement definition, or detailed design and coding for OnTheAir firmware overwriting on various electric devices - Requirement definition, or detailed design and coding related to cyber security in vehicle connectivity - Aerodynamic requirement definition of CD and CL, which impact fuel efficiency or energy efficiency, or body development using small / large wind tunnel Nice to have some of the following: - Development / design experience in electric or other vehicle control with RCP - Development experience related to mobility's legal compliance or 3rd party verification such as NCAP, product planning experience, M/L planning experience for parts' procurement, or project management including cost planning - Wholistic knowledge about mobility's development process toward mass production, or knowledge about functional safety standards such as IEC61508, ISO26262, DO-178B / 178C Mandatory for non-Japanese speakers