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

Our company is expected to have a fast growing number of satellites in the near future. Each one of these satellites will produce thousands of images a year. The produced images must comply with our product quality standard to be delivered to users. The task of this job is to assure the quality of daily produced images and test newly released processing pipelines Details of work - Test the newly software versions and the quality of produced images including the SAR processing pipeline and its performance - Review and design processing procedure to improve the quality of the images and pipeline quality - Create standards and procedures for developers to follow - Report the quality to product stakeholders and engineers - Monitor quality of the produced images and the SAR image processing pipeline performance Selling points - Experience an entire data product life cycle as our company develops and operates ground systems as well as designs and manufactures satellites, and contacts with end-users of the satellite data - Cross-functional collaboration: Work alongside experts from various disciplines such as aerospace engineering, radar engineering, digital signal processing, software engineering, among others. - Participate in the stage of scaling our system from a few to dozens of satellites in space

Must - Can work at HQ office in Tokyo - Experience in software and product quality assurance and testing - Experience using Linux and Python Preferred - Knowledge and experience in signal processing and image processing - Educational background in physics, electrical/information or aerospace engineering - Experience on remote sensing data - Experience in software development, preferably python - Have certifications for Software Testing (example: ISTQB certification) - 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

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

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 responsible for business development/sales promotion of products and services developed within national projects. Together with stakeholders participating in national projects, we are providing verification, feedback, and volume of prototype products and services to construction industry stakeholders in the context of a major labor shortage that is expected to occur in the near future in the construction industry, which has a market size of 60 trillion yen. We will be responsible for a wide range of areas such as sales systems and building external alliances for the commercialization of products. In addition to the construction industry, there is a need for automatic collaboration systems from drones and other data acquisition equipment to data utilization, and you will also be involved in the development of solutions related to 3D data generation in each industry. ・Verifying the sophistication of point cloud processing generated from video data and proposing solutions (data acquisition method/analysis method) ・Comparison/verification of end user's required specifications and 3D data, and solution proposal ・Optimization of business operations in this project, from data acquisition methods (mainly drones) to image analysis ・Feedback and suggestions for improvement from a point cloud processing perspective on video acquisition methods (mainly drones)

Required: ・R&D experinece in 3D image processing analysis ・R&D of Point Cloud data clustering or 3D model generation Preferred: - Commercialization of own developed point cloud analysis technologies - Experience joining government projects regarding point-cloud/ 3D model -

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.

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

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 develop a sensing system (SLAM system) for small industrial UAV that are used in small indoor spaces. You will be responsible for suggesting improvements to the autonomous flight system of drone 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 for the development. Tasks in spefic: - Product review and requirements 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 on actual machine and conducting PoC in simulated environment/real site, etc. Development environment: OS: Linux Development language: C, C++ Version control: Git

Required: - 3+ years' professional experience in either C or C++ - Experience in developing sensing system using sensors such as camera, LiDAR, etc. - Experience developing systems using position/velocity measurement algorithms such as SLAM and Visual/LiDAR Odometry - Experience in robotics technology that combines hardware and software such as robot, autonomous driving, etc. - Basic mathematical knowledge such as linear algebra, differential calculus, and statistics - Experience managing around 10 people as a project leader Preferred: - Experience using SW framework for robot such as ROS - Experience rebuilding kernels - 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 We like to work with: - Those who are able to communicate proactively and involve others - Those who can perform zero-based development after reviewing the system - Those who can develop based on flexible ideas whether with existing or new technologies - Those who have a sense of responsibility and ownership, and can tenaciously tackle difficult issues 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

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.