Japanese semicon maker holding top share in imaging sensor

Shinagawa-ku, Tokyo

You will be working on AI-based external sensing technology using multi-sensors (camera, LiDAR, RADAR, etc.) required for autonomous driving and advanced driver assistance systems. The main tasks will be developing highly accurate, robust and lightweight models, learning technologies such as self-learning, and data development such as data variation evaluation and automatic annotation. You will also be working on the development of cutting-edge technologies and their product application through collaboration with overseas research institutes and universities. Specifically, you will be working on semantic segmentation, depth estimation, 3D obstacle detection, object detection, route understanding such as lanes and intersections, trajectory prediction functions for other vehicles and people, learning technologies such as self-learning and reinforcement learning, data analysis) You will be working on research and development as a person in charge of algorithm development or system development in a team of several people.

■Required - More than 5 years of experience in deep learning technology and experience applying it to CV tasks (including university research) ■Preferred - Signal processing, computer vision, depth sensing, stereo vision, visual SLAM - 3D modeling, photogrammetry (SFM MVS, Meshing Texturing) - Machine learning, deep learning, reinforcement learning, robot systems - Various sensor fusion technologies (Camera LiDAR RADER IMU GNSS, etc.) - Embedded implementation, GPGPU implementation, parallel distributed processing - Mathematical expertise such as linear algebra and numerical optimization ■English proficiency - Can collect information from English papers and lectures and document and document it - Can understand English papers and translate them into efficient implementations - Can communicate with overseas researchers and conduct research together - Can collect information from English papers / lectures and prepare document / material - Can understand English papers and apply them to efficient implementations - Can communicate with overseas researchers and conduct research together

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

As a member of the Data Production Department, you will join the Satellite Operation Planning Unit which is responsible for developing and operating the Spacecraft Control Subsystem for our small SAR satellite constellation. The Spacecraft Control Subsystem is one of the subsystems to operate our satellite constellation. Our responsibility is to keep the system working reliably at all times. Details of work: The roles of the Spacecraft Control Subsystem are making operation plans for our satellites, generating commands for them, and calculating specific information of our satellites such as past and future position and velocity data to use them in the planning process. Since this is an in-house system development, we will not only develop but also operate the system to add and improve future functions. The person in this position has the responsibility to maintain and update the infrastructure of the Spacecraft Control Subsystem, and achieve continuous improvement without any troubles. The person will also collaborate with other infrastructure engineers in the company to introduce best practices to our system, support development and operation of other systems. Selling points of this role: We’ve already operated 3 satellites in orbit, and the number of satellites will increase rapidly in the near future. Because the Spacecraft Control Subsystem has already been used for our daily operations, we cannot perform our daily satellite operations without it. You will be involved in the maintenance and operation of such an important system. You will be also involved in the core of our business by maintaining the Spacecraft Control Subsystem because it has interactions with our data platform which is used as the frontend to customers, and the Data Processing Subsystem which generates SAR products. Now we plan to expand our satellite constellation rapidly and we are required to operate our satellites with more stability and less personal effort. You will be able to show your skill and grow yourself through achieving these requirements.

- Experience with Docker and Kubernetes on Google Cloud or AWS for more than 3 years. - Experience working in a team of more than 3 members. - Experience managing infrastructure by Infrastructure as Code tool (such as Terraform, Pulumi, etc) for more than a year. - Experience with Observability and Site Reliability Engineering. - Experience with cost optimization of systems. - Experience with Incident Management and Post-Mortem Analysis. - Basic Networking Principles and Concepts. - Comfortable with communicating in English, both written and spoken. - Able to commute to our Tokyo head office (at Kiyosumi Shirakawa, Tokyo. Expected frequency is 2 or 3 days per week). Preferred qualifications: - Experience with Development with event driven processes. - Experience integrating tracing solutions in a microservices based system. - Experience working as a leader or sub-leader in infrastructure management. - Experience developing and operating large-scale applications. - Experience designing cloud architecture with Google Cloud or AWS. - Experience working in the space domain (ground system development is ideal) - Fluent communication in Japanese Business level

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

Develop, implement and evaluate various algorithms for radar data processing, calibration and image quality assurance. Opportunity to interact with new datasets on a daily basis. You will not only work closely with other team members to improve our existing software for calibration and image analysis, but also develop your own algorithms, implement and integrate them. You will also have the chance to work together with other teams and contribute to the design and development of our satellites’ radar system. Details: - Calibration and validation of our SAR satellites - Analyzing the quality of SAR images - Developing algorithms and software for processing and analyzing SAR images - Conducting design reviews and system engineering of the satellite’s radar system Selling points: - Develop advanced signal processing routines that can deal with large, multi-gigabyte datasets - Learn about spaceborne SAR at one of the few companies active in this area - Collaborate with engineers with diverse specialities (satellite engineering, signal and image processing, data science, machine learning, …)

Must - Knowledge of digital signal processing - Bachelor’s degree in Electrical Engineering or Physics and more than 5 years of work experience - Experience with SAR - Experience in one programming language (such as Python or Matlab) - Good verbal and written English Preferred qualifications - Master’s and more than 2 years of work experience or PhD degree in Electrical Engineering or Physics - Experience with InSAR - Experience in working with large datasets - Basic knowledge of Git, Linux and cloud-computing providers such as GCP - Basic knowledge in software engineering (unit testing, continuous integration, …) - Good verbal and written Japanese Business level

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

Develop, implement and evaluate various algorithms for radar data processing, calibration and image quality assurance. Developing algorithms at our company requires making effective use of the theoretical concepts acquired during your academic training. Balancing practical considerations and creativity is also important as several datasets are generated daily and they shape the evolution of the algorithm itself. Such an effort is integrated in a highly cooperative environment where different fields of expertise are available; receiving effective support is as expected as sharing your knowledge with others. As an example, a theoretically sound algorithm can be significantly sped up thanks to the support of software engineers; also, the effectiveness of an algorithm can be tested on specific acquisitions planned together with the satellite operation’s team. Details: - Analyzing the quality of SAR images - Developing algorithms and software for processing and analyzing SAR images - Contributing to designing, reviewing and system engineering of future systems Selling points: - Develop advanced signal processing routines that can deal with large, multi-gigabyte datasets -Learn about spaceborne SAR at one of the few companies active in this area - Collaborate with engineers with diverse specialities (satellite engineering, signal and image processing, data science, machine learning)

- Knowledge of digital signal processing - Bachelor’s degree in Electrical Engineering or Physics - Experience in one programming language (such as Python or Matlab) - Good verbal and written English Preferred qualifications - Experience in radar astronomy, automotive, aviation, or weather radar - Master’s degree in Physics or Electrical Engineering or equivalent work experience Experience with SAR or InSAR - Experience in working with large datasets - Basic knowledge of Git, Linux and cloud-computing providers such as GCP - Basic knowledge in software engineering (unit testing, continuous integration, etc) - Verbal and written Japanese language skill Business level

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

Satellite propulsion system analysis, design, testing and maintenance. - Conduct mission analysis to size the thrusters and select appropriate suppliers. - Integrate the thrusters into the satellite’s Concept of Operations (CONOPS): clarify the nominal operation modes, safe modes, etc. - Work with other design teams (structure, thermal, avionics, operations, etc.) to integrate the thrusters in the satellite design. - Assist the testing and validation of the thrusters during the satellite’s Assembly Integration and Testing (AIT) process. - Design the flight software application to control the thrusters: nominal operation, checkout/calibration, Fault Analysis Isolation and Recovery (FDIR). etc. - Work closely with the embedded software engineers to integrate the thruster control application into the rest of the flight software. - Create and maintain simulation models of the thrusters to use in the simulation environment (Model In the Loop Simulation (MILS), Hardware In the Loop Simulation (HILS)). - Take part in the launch campaign: design the checkout procedure and provide support to the Operation team to execute the checkout. - After launch, assist the operation team to monitor and maintain the propulsion system. - Interact with the supplier to ensure that the correct components are delivered on time, prepare the thruster operation, follow up on any anomaly, etc. Selling points of the role: - Great opportunity for growth as an engineer. - See the complete lifecycle of a satellite, from the early design to the launch and in-orbit operation. - Work in an international team. - Take ownership of the propulsion system both at the hardware and software level.

Required: - Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, Control Engineering or Electrical Engineering. We will consider an equivalent combination of relevant education and/or experience. - At least 3 years of hands-on experience with Spacecraft’s electric propulsion systems. - Strong knowledge of electric propulsion system design, development, testing and control. - Strong analytical and communication skills. - Willingness to travel to factory (Yamato-city) on business trips several times a year. Preferred: - Experience with the design, implementation and testing of control algorithms using MATLAB/Simulink/Stateflow. - Experience in modeling physical components using MATLAB/Simulink/Simscape - Experience in model identification 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

Design and develop drones for indoor and outdoor use. You will be responsible for 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 on the development process. <Specifically> - Examination of specifications for outdoor drones, charging stations, and peripheral equipment - Exterior and mechanical design of outdoor drones, charging stations, and peripheral equipment - Evaluation of prototype - Addressing remaining issues and customer requests for products launched on the market - Coordination with development subcontractors

【Must】 - 5 years+ of Mechanical design work experience - Experience in designing equipment that requires dustproof, waterproof, and weatherproof properties 【Desirable】 ・Drone design experience ・Experienced in robot development and robot contests ・Over 5 years of mechatronics design experience ・More than 5 years of project leader experience ・Experience in designing and launching mass production of small-volume production products (approximately 100 units/year) ・Experience in designing small precision equipment ・More than 5 years of experience in dealing with mass production defects ・Mechanical/Plant Drafting Technician Level 2 Passed ・Fusion 360 usage experience -

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 -

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 ADAS (Advanced Driver-Assistance Systems), edge-side sensing functions of self-driving cars, and environmental recognition functions using multiple sensors. i.e. To realize high-precision environment recognition function. Main roles expected: - Signal processing of sensor information, and design, development, and evaluation of road environment object detection algorithm using CV (computer vision) - Leading team in design, development, and evaluation using CV ■Expected position: We have an organization of about 25 members, and you will be expected to lead individual algorithm development (about 5 people), or to lead each group (about 10 people) and represent the technical team and negotiate with customers.

■Required - Experience in design, development, and evaluation using CV (computer vision) - Embedded software development experience in C, C++, etc. ■Optional - Image processing experience using a camera or image signal processing/image recognition technology/OpenCV, etc. (feature point extraction, camera calibration, etc.) - Product software development experience - Embedded software development experience for automotive products - Knowledge of handling in-vehicle sensors such as cameras, millimeter wave radar, and LiDAR, and knowledge of how to evaluate them. - SLAM engine development experience - Development experience using ROS - Image processing experience using OpenCV etc. (feature point extraction, camera calibration, etc.) - Experience using simulator - Experience developing numerical calculation acceleration on GPU - Knowledge of linear algebra and geometry - Control system design ability (classical control, modern control, robust control) Must have: Ability to understand papers and specification documents 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 leads mass production of our core technology, vision based tactile sensors. Our expectations for this role are as follows. - Formulate specifications and update designs for mass production - Plan and Execute a mass production plan including finding mass production partners, controlling product quality and procurement - Establish user support system after mass production

Required skills: - Experience in mechanical design and starting up mass production of electronic hardware - Understanding of optics & basic image processing Preferred skills: - Understanding of advanced and extensive image processing - Understanding of robot control with sensor feedback Business level in English or Japanese

Japanese semicon maker holding top share in imaging sensor

Atsugi-shi, Kanagawa-ken

■Role of Group We explore and develop sensing devices related to in-vehicle LiDAR, next-generation LiDAR, and their elemental technologies. In parallel with the development of technology that differentiates our sensing devices, we propose LiDAR solutions to customers. ■Your Role You will be involved in the development of LiDAR signal processing algorithms used in the AD&ADAS (autonomous driving, advanced driving support) field. You will promote algorithm development and evaluation using LiDAR systems using LiDAR sensing devices developed by our company, and be involved in solving customer issues and providing feedback for next-generation devices and LiDAR systems. ■Assumed Position In an organization of about 10 people, you will work with several algorithm developers to develop and evaluate algorithms as the person in charge of developing and evaluating them. We often collaborate both internally and externally, and handle a wide range of technologies throughout the project. ■ Career path You can deepen your expertise in 3D signal processing technology using cutting-edge depth sensors. LiDAR systems are sensors that achieve performance by highly balancing various hardware and software technologies, so by working on development with members with different expertise, you can expand your range of expertise. There are opportunities to incorporate new technology through collaboration with universities, research institutes, etc., present at academic conferences, and publish papers in academic journals.

■Must Development experience in C, C++. Python etc ■Preferred - Experience in developing, using, and evaluating LiDAR, millimeter wave radar, sonar, OCT, Doppler LIDAR, optical wavelength multiplexing communication, and other 3D sensing technologies. - Experience in developing signal processing technologies related to analog signal digitization, digital filters, frequency analysis, signal detection, SNR improvement, denoising, etc. - Experience in signal processing and recognition/Perception algorithm development using 3D data - Development experience in various sensor fusion technologies (LiDAR, radar, sonar, IMU, GNSS, etc.) - Model-based development experience - Development experience in computational photography technology ■Required TOEIC: 600 points or more - Able to collect information from English papers and lectures, document it, share information, etc. - Able to understand and implement English papers and verify with LiDAR prototype and POC data - Possible to communicate with overseas researchers regarding the technical matters

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

Yamato city, Kanagawa prefecture

Management of production, manufacturing, parts inventory/output, production schedule etc. for the small satellite constellation ■Specifically: - Management of production plans and procurement/purchasing plans - Manufacturing process planning and management - Production schedule management - Parts inventory/output management - Satellite manufacturing/assembly external partner management (personnel allocation/personnel management/contract management) ・Response to defects in the manufacturing process ・Coordination and negotiation with specialized teams, external partners, suppliers, etc. during in-house satellite development ■PR points - You can be involved in the development of small satellites with high performance at the forefront of new space of small satellite development and constellation. We will be able to play a role in achieving competitive satellite development in terms of costs and delivery times while maintaining quality for mass production. ・Involve in everything from production planning to shipping, develop a deep attachment to the satellite and feel the sense of fulfillment when it is launched. ・We have a flat organization, so it's an environment where you can actively share your ideas. ・As we are involved in the entire process of designing, developing, assembling, and launching small satellites, you can gain exposure to a wide variety of technologies

Mandatory requirements ・Can commute to the new manufacturing base (Yamato city, Kanagawa Prefecture) every day ・Production/manufacturing management of products with high development elements or customized products ・Daily conversation level English, business level Japanese Desired requirements ・Production management and manufacturing management experience for spacecraft and artificial satellites ・Experience in building production systems ・Knowledge regarding production management Daily conversation level

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

Yamato city, Kanagawa prefecture

The Satellite System Development Department designs, manufactures, and operates our own small satellites. The team is comprised of experienced members and advisors from traditional space industry, small satellite industry, and manufacturing industry that supports mass production. Up until now, "artificial satellite development" has only been produced in single unit mainly for government demand, but we have realized a speedy production system by reducing the size of satellites to 1/10 of the conventional size. We are looking for new members to join us as we move towards the mass production phase. - Satellite designing, development, manufacturing, launching schedule management and logistics management - External manufacturing partner management - Compatible with various regulations - Support for engineer design/manufacturing/testing work - Launch site support (persons who can travel overseas)

Mandatory requirements Ability to work at a factory located in Yamato City, Kanagawa Prefecture You can apply if any one (or more) applies to you. - Project management experience - Japanese and English, both business level (including reading and writing) - Proactive in communication, team building, and coordinating team members. - Experience in designing and manufacturing airplanes, cars, motorcycles, electrical equipment, etc. - Experience in mechanical/electrical environmental testing and quality control - Knowledge of development sites in the manufacturing industry - Experience in overseas transportation/overseas export license application - Self-starters, those with experience of anticipating and leading projects Business level

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

Yamato city, Kanagawa prefecture

In order to mass produce satellites, you will build an efficient manufacturing system while emphasizing quality, cost, and speed. In addition, you will look over the entire manufacturing site to identify issues, plan and implement solutions, and work to improve production and manufacturing processes. ■Specifically, - Design of the manufacturing process - Improvement of the manufacturing process (promoting labor saving and efficiency) - Standardization of manufacturing/assembly work (development of construction methods and work procedures, creation of work instructions, etc.) - When a problem occurs, collaborate with each specialized team to identify causes and formulate improvement measures - Arrange and manage assembly jigs - Plan, implement, evaluate, manage, and respond to defects in manufacturing equipment. - Coordination and negotiation with specialized teams, external partners, and suppliers in in-house satellite development. ■PR - You can create manufacturing process on own, build a manufacturing system for mass production, and experience the phase of industrialization. ・While innovation in the space business by private companies is increasing worldwide, you can play a role in becoming a top runner in New Space. ・We have a flat organization, so it's an environment where you can actively share your ideas. ・Since we are involved in the entire process of designing, developing, assembling, and launching small satellites, you can gain exposure to technology in a variety of fields.

- Able to work at a factory located in Yamato City, Kanagawa Prefecture - Someone with experience in manufacturing technology and one of any of the following experiences 　*Manufacturing process design or process development experience 　 *Process construction of manufacturing/assembly processes, or process maintenance/improvement experience 　 *Production line startup experience - Daily conversation level English, business level Japanese Daily Conversational

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

Yamato city, Kanagawa prefecture

As a member of the Satellite System Development Department, you will be responsible for manufacturing and assembling the small satellite constellation, system integration, verification and testing, and pre-launch preparations at the launch site. ■Specifically - People who can make things (persons with practical experience) - Manufacture and assembly of satellite systems - Satellite system integration and verification - Execution and support of various satellite environmental tests - Consideration of solution methods for product defects during assembly/testing processes - Business trip to launch site (overseas), preparation before launch - Coordination and negotiation with specialized teams, external partners, and suppliers for in-house satellite development ■PR - You can participate in the launch of a satellite that you were involved in. - You will be involved in everything from manufacturing and assembly to launch develop sense of fulfillment during the launch.

- Technical high school, technical college graduate or above　 - Ability to work at a factory located in Yamato City, Kanagawa Prefecture - Experience in manufacturing, assembling, or maintaining equipment such as space/aerospace equipment, precision equipment, electronic equipment, machine tools, robots, vehicles, etc. - Business level Japanese skills Preferred - English skills above daily conversation level - Experience in manufacturing and assembling spacecraft and satellites -

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

Yamato city, Kanagawa prefecture

This role will be leading the mechanical design and project management for our R&D projects and next-generation satellites of the small satellite constellation. You will be examining the design and the development plan, managing the projects including costs and schedules, and coordinating with internal teams, stakeholders, and suppliers, in order to meet the target performance of the next-generation satellite. Responsibilities ・Examination of the design to achieve the target performance of next-generation satellites ・Examination of the development plan ・Project management including cost and schedule ・Coordination and cooperation with each team in our satellite development department ・Coordination and reporting with stakeholders ・Coordination and negotiation with suppliers of mechanical parts ・Technical research, R&D of the core technologies, equipment, etc.

Requirements: ・Over 7 years of experience in mechanical design ・Experience in Project management or development management (regardless of the size of the project or development) ・At least Business level in Japanese ・At least Daily conversation level in English Preferred qualifications: ・Experience in designing and developing spacecraft and satellites ・Structural analysis experience ・Experience in thermal analysis ・Design and analysis experience using 3D CAD/CAE ※　Work Location: Yamato City, Kanagawa Prefecture Daily conversation

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 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: 45 Total funds raised: 1 billion yen

Kashiwa-shi, Chiba-ken

Responsibility: - Structural design and analysis of propulsion system for satellites - Execution of related fixture design - Execution of assembly and testing 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 - This position gives you the bird's-eye view of whole propulsion system, as you will be cooperating with other specialists and solving various problems associated with miniaturization such as weight reduction, ease of assembly, thermal issue.

Must have: - General knowledge about material, structure, processing (cutting especially) - Experience of design and analysis using 3D CAD - Digestion into 2D drawing and negotiation with fabricators Nice to have: - Experience of structural analysis using 3D CAD - Knowledge and experience about vacuum-related work - Knowledge and experience about environmental test on vibration, harshness 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 independent IT service provider. Deliver IT solutions such as control system for manufacturing / inspection, business application for enterprise etc. Increasing AI projects in recent years e.g. image analysis for manufacturing / medical industries, robot's perception / control, data analytics. The company started focusing in high-speed computation with GPU and founded a dedicated team in 2013. The team recruited engineers with math skill, which enabled early adaptation to deep learning boom. Year of foundation: 1991 Capital: approx. 20 million yen Number of employees: 160

Shinjuku-ku, Tokyo

You will be engaged in R&D or product / service development related to AI, machine learning, 3D data or SLAM. Client industry includes manufacturing, construction, infrastructure, healthcare and others. We have positions from technical-sales-oriented role with focus on requirement definition, to R&D-like role. Joint research with university is also going on. We look forward to meeting a candidate with strong inquisitive mind.

Development experience in either of the following: AI, machine learning, 3D data, SLAM Nice to have

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 -

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)

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

Mechanical design of small SAR satellite with 1m resolution. Coordinate and manage our Kyushu local partner companies (parts processing method and cost adjustment, etc.), and will be in charge of designing, analyzing, and testing satellite structures and mechanical functions.

Must: - Experience in mechanical design element development or system development in the field of consumer mass-produced products such as cars, in-vehicle devices, mobile phones, domestic robots, and drones. - Experience in estimating manufacturing costs of designed parts, etc. - Experience of coordination management with partner companies and subcontractors Welcome: - Those who are interested in space development industry and satellites NA

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

Japanese venture company founded by robotics engineer. Main product is a cleaning robot for solar panels, which is equipped with fan and brush and can semi-autonomously operate under harsh environment. Target market is the desert area in the Middle East and India, where mega solar plants are operating and rainfall is less. The product has been developed since 2008, and is currently in the leading position among similar robots. They also develop other types of robots to be used for cleaning / inspection etc. for outdoor use, where their expertise in robustness can be best utilized. Year founded: 2004 Capital: JPY 30 million Number of employees: approx. 20

Takamatsu-shi, Kagawa-ken

You will be engaged in design and development of autonomous robots - the solar panel cleaning robot as well as new robot to operate outdoors. Main responsibilities are: - Mechanical design of autonomous robot (new development and improvement of current model) - Pre-research and technology development about new robot - Brainstorming for concept planning, and specification You are also expected to cover broad tasks such as planning and management of development, list preparation / execution / management for evaluation, and so on. Team management role is also considerable depending on capability.

MUST: - Professional experience in mechanical design (more than 3 years) - CAD skill (on Solidworks or other tool) - Fundamental knowledge in material and mechanical mechanics WANT (preferred if you apply to one or more): - Experience of design and development of new product, not just improvement of design - Experience developing mass product on the scale of hundreds to thousands units - Experience designing mobility or robot (of any product type) - Experience in cost reduction or weight reduction - Experience managing project with 5-people team or more Soft skills: - Ability to work proactively with leadership without limiting his/her task coverage - Ability to enjoy 0-to-1 development with flexible mind - Communication skill to coordinate internal and external stake-holders NA

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

The world's largest fabless semiconductor producer and the largest provider of wireless chipset and software technology. Top class innovator with yearly R&D spend over USD$5B. Market Capitalization at USD$99B (June 2020)

Tokyo

This software engineering position is to support for BSP and OS(Android/AGL) for automotive products as part of the customer engineering team in Japan. Person in this position will be responsible for supporting customers to commercialize their products with Linux or Android BSPs of Snapdragon APQ/MSM. The work scope includes but not limit to customer Q&A, analyzing troubleshooting of problem and collaborating with development team, on-site support, proposing design, providing trainings.

- Proficient in coding with C/C++, and experience in assembly - 3+ year experience in embedded system development. - Experiences in software design and implementation - Capability of debugging and troubleshooting ability with sufficient tools (e.g. GDB, JTAG-Debugger) - Deep knowledge of Linux/Android OS. - Excellent written and verbal communication skills to collaborate and drive teams. - Fluent Japanese in reading, writing, and speaking - Reading and writing in English. - Ability to build good relationship with customer. Keyword: テレマティクス インフォテイメント ナビ 車載　モバイル　スマートフォン 組込　アンドロイド Basic English skills to understand mail and conversation.

Japanese construction machine maker with high market share in lifting equipments. Overseas revenue is more than 40% and increasing. Founded in 1948 Capital: JPY 13B 2016 Revenue: JPY 179B Number of employees: 3,346

Takamatsu-shi, Kagawa-ken, Japan

Control design and control algorithm development for the products such as crane trucks and aerial work platforms.

Must have: - Knowledge about automatic control theory - Experience of applying control theory to machines Nice to have: - Formulation and simulation of physical phenomena on machines - Experience of C / C++ programming - Experience on Matlab / simulink, dSPACE Must have for non-Japanese natives

Japanese construction machine maker with high market share in lifting equipments. Overseas revenue is more than 40% and increasing. Founded in 1948 Capital: JPY 13B 2016 Revenue: JPY 179B Number of employees: 3,346

Takamatsu-shi, Kagawa-ken, Japan

Development of new structure and mechanism for weight saving and functional improvement of the products such as crane trucks and aerial work platforms.

Must have: - Design experience of mechanical structures - Knowledge in strength of materials, dynamics of machinery, and mechanism - Experience of static analysis Nice to have: - Knowledge in vibration engineering and/or fluid dynamics - Experience in dynamic analysis and/or fatigue analysis - Experience of C / C++ programming - Hands-on design / analysis experience using tools such as: (Structural Analysis) DASSAULT SIMULIA, HyperWorks, NX Nastran, LS-DYNA, ANSYS Mechanical, SOLIDWORKS Simulation (MBD Analysis) MSC ADAMS, LMS DADS, LMS Virtual.Lab Motion, SIMPACK Must have for non-Japanese natives

Japanese construction machine maker with high market share in lifting equipments. Overseas revenue is more than 40% and increasing. Founded in 1948 Capital: JPY 13B 2016 Revenue: JPY 179B Number of employees: 3,346

Takamatsu-shi, Kagawa-ken, Japan

Object detection and measurement by image recognition, and algorithm / system development for its application on machines

Must have: - Knowledge in information engineering, image processing, image instrumentation, or image recognition - Software development experience using C, C++ or Python - Experience of machine learning implementation using libraries such as TensorFlow, Chainer, Caffe etc. - Knowledge of statistical analysis Nice to have: - Experience using Matlab or Simulink - Experience developing Android application - Knowledge about deep learning Must have for non-Japanese natives

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