Business
Case
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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.
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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.
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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.
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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.
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Fujita Corporation
Excavator Automation
Automated Operation of Hydraulic Shovels – A Solution to the Shortage of Operators
To automate various civil engineering works at construction sites, we collaborate with Fujita Co., Ltd. a major general constructor. We aim to automate the operations of a hydraulic excavator, which is a general-purpose heavy machine. The automation of the excavation work with a hydraulic excavator has been realised by utilising the image recognition technology with the state-of-the-art Deep Learning and Reinforcement Learning technology.
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
- Simulation Software Engineer
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- Job Description
- As a Simulation Software Engineer in our company, you will be challenged with the development and integration of our simulation software with the rest of the company's software stack. You will also support other teams in the use of the simulator for testing, data generation and controller development for our autonomous robotics systems, which is essential for their production.
- Details
- Your responsibilities will include:
- Modeling of robotics systems and the associated physical processes, specifically focusing on hydraulics and earth-moving in heavy machinery operations.
- Design, development and maintenance of the simulator and its plugins.
- Analysing real machine behaviour and using the data for data-driven validation of the simulator and configuration for specific machines.
- Collaborating with other teams on simulator integration, and on automated and manual tests for the robotics systems, including maintaining configuration and launch files.
- Close collaboration with other simulation engineers to ensure smooth continuous improvement of the simulation software. - Minimum Qualifications/Requirements
- - Bachelor's, Master's degree or higher in Robotics, Computer Science, Physics, Mathematics, or other technical fields.
- 2+ Years of experience as a Software Engineer in a collaborative environment.
- Proficiency with C++ and Python, experience of work in a large codebase.
- Strong understanding of software versioning and working knowledge of Git.
- 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.
- Working knowledge of Gazebo, Unity or other software used for robotics simulations.
- Experience working in a remote Linux environment.
- Good understanding of containerization and experience using Docker.
- Knowledge of build systems and ability to set up and use CMake.
- Experience of development in Julia and Matlab.
- Knowledge of computational mathematics, solvers, linear algebra, etc.
- Experience with CAD or meshing tools.
- 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
- Flextime (Core time 11:00 - 15:00)
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
- 6 million yen ~ 12 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.
- Full-stack Engineer
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- Job Description
- As a Full-stack Engineer at our company, you will be responsible for the the human-machine interface of our autonomous robotics systems, ensuring effective communication between the user application and our systems.
- Details
- Your responsibilities will include:
- Development of a user-facing application that allows machine operators to visualize, monitor the operations, and define the tasks of our robotics system.
- Ensuring the technical feasibility of UI/UX designs and guarantee reliability of the user application.
- Development of the backend for our application, working closely with the robotics teams to ensure smooth integration of the HMI in the rest of the systems.
You may also choose to work on:
- Networking performance and troubleshooting of our deployed systems.
- Development and maintenance of CI and CD pipelines used by multiple teams. - Minimum Qualifications/Requirements
- - Bachelor’s degree or higher in Computer Science, or related field.
- 2+ years of experience as a Software Engineer in a collaborative environment.
- Proficiency in JavaScript, and frontend frameworks such as React.
- Experience setting up and scaling databases based on user requirements.
- Strong understanding of software versioning and usage of Git.
- Proficiency in English. - Preferred Qualifications/Requirements
- - Experience working in the robotics industry.
- Experience working in a remote Linux environment.
- Good understanding of containerization and experience using Docker.
- Familiarity with Agile and the Scrum methodology.
- Proficiency in Japanese. - Ideal candidate profile
- - A 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
- Flextime (Core time 11:00 - 15:00)
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
- 5 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.
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