Business

Case

  • Oriental Shiraishi Corporation

    Autonomous Caisson Excavator

    Development and Demonstration of Autonomous Caisson Excavators

    DeepX has developed and demonstrated a construction machinery automation system that can automate multiple pieces of construction machinery simultaneously in pneumatic caisson construction.

  • Fujita Corporation

    Autonomous Excavator

    On-site Demonstration of Continuous Autonomous Operation of Excavators

    DeepX has developed an autonomous operation system for hydraulic excavators. In April 2023, in collaboration with Fujita Corporation, DeepX successfully demonstrated the autonomous operation of a continuous cycle of excavation and dump loading as a single operation at a construction site.

  • Tadano, Ltd.

    Crane Automation

    Developing Sway-Free Crane Automation Technology

    In 2022, DeepX, in collaboration with Tadano Ltd., developed and announced a crane automation technology that carries out a three-axis lifting operation, which uses rotation, boom movement, and winching simultaneously, while keeping the load sway to a minimum.

  • Oriental Shiraishi Corporation

    Real-Time 3D Visualization

    On-site Demonstration of a Real-Time 3D Visualization System with Digital Twins

    DeepX has developed a system called 'GeoViz', which visualizes the site in real-time three dimensions in a digital twin format. In 2022, together with Oriental Shiraishi Corporation, DeepX demonstrated this system at a site using the pneumatic caisson method.

Mission

Our mission is “Automating Any Machine and Innovating Global Industries”.

Japan’s structural demographic challenges of an aging and declining population are seriously impacting various industries. Globally, software technologies, such as robotics and artificial intelligence, have dramatically progressed and are tackling a wide range of challenges and are expected to drive more innovation.Japan, with manufacturing as a core competence, possesses hardware makers across a wide range of industries. Globally, in the coming years, numerous countries with similar demographic issues will face the same challenges. DeepX is therefore firmly committed to leveraging and combining Japan’s unique hardware competence with software technologies; firstly, to realize technology that automates any machine; secondly, to solve Japan’s critical problems; and thirdly, to further tackle these issues globally.

We are convinced that accomplishing our mission will socially and economically transform and revolutionize not only Japan but also the world.

Job Opportunities

Control Software Engineer
Job Description
As a Control Software Engineer, you will be responsible for developing control algorithms for the autonomous operations of heavy machinery, such as excavators, cranes, and bulldozers in highly uncertain environments.
Details
Your responsibilities will include:
- Development of controllers for uncertain plant characteristics.
- System identification of complex hydraulic systems.
- Task-specific motion planning and collision avoidance.
- Verification and tuning of controllers in a simulator.
- Validation and testing of controllers on real hardware.
- Interfacing control algorithms with the core robotics system.
Minimum Qualifications/Requirements
- Bachelor’s, Master’s degree or higher in Electrical or Mechanical Engineering, Computer Science, Robotics, or a related field.
- 2+ Years of development experience in a collaborative environment.
- Proficiency with C++ or Python, experience of work in a large codebase.
- Excellent communication skills, with a proven ability to work in dynamic environments.
- Proficiency in English.
Preferred Qualifications/Requirements
- Experience in the fields of industrial robotics, autonomous vehicles, or working with hydraulics.
- Development experience in one or more of the following: motion planning, trajectory optimization, control theory, state estimation, optimal control, or machine learning.
- Programming skills considering computational performance, maintainability, and system safety.
- Experience with ROS2 or ROS.
- Academic publications, patents, and/or contributions to OSS.
- Experience in the certification process of automation systems in the automotive or aerospace industry.
- Familiarity with Agile and the Scrum methodology.
- Proficiency in the Japanese language.
Ideal candidate profile
- An flexible learner who excels in managing and prioritizing tasks, adapting to dynamic environments, and swiftly learning new technologies and skills.
- A critical thinker who can identify problems, develop efficient solutions, and understand the implications of changes in complex systems.
- A resilient performer who maintains the output quality and showing tenacity despite challenges in high-pressure situations.
- A proactive innovator who takes the initiative to identify business needs, suggesting improvements, and experimenting with creative solutions.
- A committed team player who demonstrates strong ownership of tasks, commitment to team decisions even when in disagreement, and fosters a transparent, positive work environment.
Language skills (Reading/Writing/Speaking)
Proficient in English
Japanese is preferred.
Contract type
Full-time employee (3 months of probationary period)
Work hours
Full-flextime (No core time)
Standard hours 9:00 - 18:00
Holidays
Two days off per week
Year-end and New Year holidays
Annual paid leave
National holiday make-up leave
Parenting leave
Nursing care leave
Congratulation and condolence leave
Salary
7 million yen ~ 10 million yen
Based on skills, experience, and abilities
Benefits
Complete health and social insurance
Commuting fee support
Rental Laptop and Smartphone
VISA support
Others
Please submit your resume in English.
Entry
Robotics Software Engineer (Perception)
Job Description
As a Perception Engineer in our company, your role will primarily revolve around the design, development, and optimization of advanced real-time perception components for our autonomous robotics systems, with an emphasis on handling point cloud data from Lidars. Leveraging your knowledge of the Robot Operating System (ROS), you will also be tasked with the integration of the perception software and interfacing it with the rest of the system.
Details
Your responsibilities will include:
- Development, optimization and maintenance of perception algorithms for our products using ROS2, focusing on, but not limited to, LiDAR data processing.
- Integration of perception components into the system and maintenance of the interfaces.
- Establishment of testing procedures to ensure the stability, functionality, and performance of the perception components.
- Troubleshooting perception-related technical issues in our systems, proposing and implementing effective solutions to them.
- Continuous enhancement of the performance, efficiency, and scalability of the perception algorithms and components.
- Close collaboration with fellow perception engineers and other teams to ensure seamless integration of perception components into the automation software.
Minimum Qualifications/Requirements
- Bachelor’s, Master’s degree or higher in Computer Science, Robotics, Electrical Engineering or a related field. Candidates without a degree must have significant software development experience.
- 2+ Years of experience as a Software Engineer in a collaborative environment.
- Experience using ROS2 or ROS and a good understanding of its capabilities.
- Proficiency with C++ or Python, experience of work in a large codebase.
- Strong understanding of software versioning and working knowledge of Git.
- Experience with perception algorithms development, particularly for point cloud data processing, using libraries such as OpenCV, Open3D, and PCL.
- Excellent communication skills, with a proven ability to work in dynamic environments.
- Proficiency in English.
Preferred Qualifications/Requirements
- Experience of working in the robotics industry.
- Strong knowledge of best practises in software development.
- Familiarity with Deep Learning frameworks such as TensorFlow and PyTorch.
- Proficiency with C++ AND Python.
- Experience working in a remote Linux environment.
- Good understanding of containerization and experience using Docker.
- Familiarity with Agile and the Scrum methodology.
- Excellent problem-solving, organizational and analytical skills, with the ability to evolve product strategy based on research, data and industry trends.
- Proficiency in the Japanese language.
Ideal candidate profile
- An flexible learner who excels in managing and prioritizing tasks, adapting to dynamic environments, and swiftly learning new technologies and skills.
- A critical thinker who can identify problems, develop efficient solutions, and understand the implications of changes in complex systems.
- A resilient performer who maintains the output quality and showing tenacity despite challenges in high-pressure situations.
- A proactive innovator who takes the initiative to identify business needs, suggesting improvements, and experimenting with creative solutions.
- A committed team player who demonstrates strong ownership of tasks, commitment to team decisions even when in disagreement, and fosters a transparent, positive work environment.
Language skills (Reading/Writing/Speaking)
Proficient in English
Japanese is preferred.
Contract type
Full-time employee (3 months of probationary period)
Work hours
Full-flextime (No core time)
Standard hours 9:00 - 18:00
Holidays
Two days off per week
Year-end and New Year holidays
Annual paid leave
National holiday make-up leave
Parenting leave
Nursing care leave
Congratulation and condolence leave
Salary
7 million yen ~ 10 million yen
Based on skills, experience, and abilities
Benefits
Complete health and social insurance
Commuting fee support
Rental Laptop and Smartphone
VISA support
Others
Please submit your resume in English.
Entry

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