Careers
From robotics to software to artificial intelligence, TELEXISTENCE Inc. is looking for the top talent on the planet.
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Let us contact you when new positions open up!
TELEXISTENCE CULTURE and PRINCIPLES
TX envisions to grasp every object with our hands from everywhere. We want to create a world where every single person on every planet benefits from the robotic revolution.
Our core principles are the guideline to our employees to help us get there.
HOW TO APPLY
Please email your resume and/or portfolio to careers@tx-inc.com.
Full-Time Positions
Software Engineer – Streaming Video
The Software Engineer – Streaming Video position is ideal for a candidate who has advanced skills in video streaming, network programming, computer vision software development for robot teleoperation systems. The main responsibility will be to develop the vision streaming pipeline, develop 1. Gstreamer based video streaming system on NVIDIA Jetson, 2. UDP packet streaming C++ SDK over an internet connection, 3. Integration with Unity game-engine with C#.
Specification:
Responsibilities
- Develop a real-time video streaming system for the robot on the NVIDIA Jetson platform using Gstreamer on C++. Evaluate/improve the performance/quality of the system.
- Develop real-time network communication c++ code library for UDP streaming over the internet.
- Develop the robot teleoperation system that receives video streams and improves user experience at the point of vision.
Requirements
- 3+ years professional experience in video streaming engineering
- knowledge of video streaming protocol (RTP, webRTC), codec (H264, HEVC, VP9), network programming over TCP & UDP
- Knowledge of tuning video streaming parameters
- professional experience to use NVIDIA Jetson platform
- Can build and install custom BSP(Board Support Package)
- Can build and install Gstreamer library
- Can configure L4T(Linux for Tegra) to get maximum performance for video streaming
- Expert in C++ software development on Linux/Ubuntu platform
- Knowledge of modern C++
- Experience to use Gstreamer on C++
- Experience to use Boost library for UDP communication
- Experience in computer vision
- knowledge of image stabilization: e.g. optical flow
- knowledge of lens calibration
- Japanese language skill to communicate with internal/external stakeholders
Desired Skills
- Experience in Unity, C# development
- Knowledge of Texture management, marshaling Texture pointer(DirectX) between C# and C++
- Experience in developing robot control software, ROS(Robot Operation System)
- 3D modeling experience (Fusion 360 or equivalent)
- 3D printer usage/maintenance experience.
- System evaluation experiment planning and implementation experience.
- (Big Plus) Vacuum suction system design experience.
- (Big Plus) Robocon experience, CAE analysis experience.
Robotics Automation Engineer
Telexistence is not only about teleoperation, but also about automation now. Automation is one of the most important features to have robots truly capable of executing real problems in human society. However, automation is not enough either.
We need both teleoperation (i.e. human intelligence) and automation (i.e. machine intelligence) combined. By letting automation learn from human support, real problems could be solved to a magnitude better compared to automation by itself.
We are hoping to bring the seed which eventually grows and changes the world itself, and we believe the project we’re currently working on is fully capable of doing it. If you have an awesome track record in CVPR, ICRA, etc and you want to deploy your knowledge and ideas into reality, this is the place for you. If you want to productize robotics technology, this is also the place for you. Proven track records of quick-learning, adaptability, and problem-solving can be considered as equivalent skill experience in special cases as well.
Specification:
Telexistence is not only about teleoperation, but also about automation now. Automation is one of the most important features to have robots truly capable of executing real problems in human society. However, automation is not enough either.
We need both teleoperation (i.e. human intelligence) and automation (i.e. machine intelligence) combined. By letting automation learn from human support, real problems could be solved to a magnitude better compared to automation by itself.
We are hoping to bring the seed which eventually grows and changes the world itself, and we believe the project we’re currently working on is fully capable of doing it. If you have an awesome track record in CVPR, ICRA, etc and you want to deploy your knowledge and ideas into reality, this is the place for you. If you want to productize robotics technology, this is also the place for you. Proven track records of quick-learning, adaptability, and problem-solving can be considered as equivalent skill experience in special cases as well.
Please join us, and let’s make a big difference in our society.
Responsibilities
- Develop an automation system using custom hardware, using sophisticated software engineering, perception, and robotics/motion planning library with OpenCV, ROS, and so on.
- Work with other automation engineers and achieve goals set by CxOs.
- Architect the solution with the team, and deploy fast.
- Break up vague goals into concrete steps and self-maintain the individual development timeline.
Requirements
- Complex problem-solving skills
- Careful issue monitoring / debugging skills
- Strong experience in implementing complex hardware/software combined systems with or without ROS (internship included).
- Experience working with robots with manipulators
- Strong experience in linear algebra and skills to understand/implement state-of-the-art methods.
- Proficiency in modern C++ (over C++14), along with software architecture skills.
- Engineering experience in motion planning, collision avoidance, and path following of robots
- Engineering experiences with one or more of the following
- control theory (PID controller, Kalman Filter, etc)
- network communication (pub/sub, req/rep, etc)
- camera calibration / hand-eye calibration.
- 3D perception, e.g., monocular / RGBD SLAM, pose estimation, reconstruction, and so on.
- deep learning applications (keypoint detection, grasp estimation, 3d reconstruction, etc)
- pytorch, tensorflow, caffe, etc
Preferred Skills
- Experience in Unity, C# development
- Work experience towards an open-source community
- Track records in academia (preferably from top conferences such as CVPR, ICRA etc.)
VR Frontend Engineer
As a frontend software engineer, you will work on the software development of our robot operation platform. You will work on 3 major components in our system: 1. Operation management system (Web app to manage the robot operation), 2. Robot GUI (local web server running in the robot), 3. Cockpit (VR User interface) GUI.
Specification:
Responsibilities:
- Gather and analyze requirements of our GUI and design software to meet the requirements.
Implement GUI of the robot management system
Implement VR UI of the robot operation system
Continuously test & improve the software to achieve better UI/UX
Requirements:
- Professional Skill of web-frontend software (JavaScript/ HTML/CSS)
Professional Skill of Unity, C# (better to have VR development experience, but not mandatory)
Experience of software development on Linux and Windows OS
Experience to develop an app with GUI with considering UI/UX for B2B application
Language: English (Functional), Japanese (N3 preferred)
Robotics Software Engineer
The Robotics Software Engineer position is ideal for a candidate who has advanced skills in control software development for robot manipulators with extensive mathematics and algorithm background. The main responsibility will be to develop robot control software to integrate our teleoperation system with third-party robot manipulators such as Universal Robot, and Yaskawa.
Specification:
Responsibilities
- Develop real-time motion control software to control robot manipulators using Inverse Kinematics, collision avoidance and active compliance control algorithms.
- Develop TX’s custom-made robot-hand control software, such as actuator driver integration and ROS framework integration.
- Develop and integrate TX’s teleoperation system with third-party robot manipulators.
Requirements
- Master’s degree or above in the relevant field
- Expert in C++ software development on Linux/Ubuntu platform
- Expert in ROS framework and MoveIt Motion Planning. If we gave you URDF, you should be able to create a ROS environment with MoveIt to control Robot in the Gazebo environment from scratch.
- Experience in developing software to control robot manipulator (e.g. UR series of Universal Robot)
- Hands-on experience with motor control and PID algorithms
- Knowledge of robotics control theory (Kinematics, Dynamics)
- English proficiency to participate/conduct technical discussions with internal teams
Desired Skills
- Japanese language skill to communicate with internal/external stakeholders
- Experience in developing path planning and SLAM
- Experience in developing force/torque control software, such as compliance control
Robot System Specialist
The Robot Deployment Specialist position is ideal for a candidate who has skills in root cause analysis and a good grasp of mechanical systems. The main responsibility will be to perform system deployment and testing to validate the performance of the robot hardware and software. The candidate will need to perform software updates on a Linux system as well as hardware maintenance/troubleshooting.
Specification:
Responsibilities
System Deployment
– Deployment HW/SW system on site
– QA testing of system performance following the use case checklist
– Accumulation of system deployment know-how
– Maintain a status log of deployed systems
– Manage the inventory of spare parts and system hardware
Operation Maintenance
– HW/SW troubleshooting and repairs/updates
– Provide tech support to operators and store staffs
– Escalate issues to HW/SW Dev Team
– Revision management
Requirements
– Experience using the Ubuntu Linux environment or other Debian-based distros(comfortable with using the SSH terminal)
– Strong grasp of git and use of submodules
– Knowledge about mechanical systems and assembly procedures
– Knowledge of root cause analysis
– Experience providing technical support
– Spoken business English
– JLPT N2 Japanese (reading/writing and spoken)
– Must be able to lift up to 25kg repetitively.
Get in Touch
OFFICE
Cross Dock Harumi 1st Floor,
4-7-4 Harumi, Chuo-ku,
Tokyo 104-0053
CONTACT
mail: info@tx-inc.com
TELEXISTENCE Inc. is hiring in TOKYO