3D Measurement Algorithm Engineer
Westinghouse Air Brake Technologies Corporation8 hours ago
Tokyo, JapanMid Level
Responsibilities
- Investigate and implement algorithms for 3D measurement.
- Modularize algorithms into software modules using the internal development environment.
- Conduct simulation studies and evaluate performance on actual devices.
- Make minor algorithm changes and optimize parameters.
- Develop new 3D features and investigate improvements to the complete measurement system.
- Evaluate product and 2D/3D measurement performance.
Requirements
- University-level education or higher is required.
- Native-level Japanese and TOEIC score of at least 500 are required.
- Knowledge of image processing is required.
- Software development experience involving numerical computation programs using at least two of C, C++, C#, and Python is required.
- Experience in algorithm investigation and implementation is preferred.
- Experience developing computer-vision software using OpenCV or similar tools is preferred.
- Two or more years of software development experience using at least two of C, C++, C#, and Python is preferred.
- Basic knowledge of optical theory, including reflection, refraction, and interference, is preferred.
- Experience investigating algorithms for 3D reconstruction such as SLAM or for 3D point-cloud processing is preferred.
- Experience evaluating 2D/3D measurement performance is preferred.
- TOEIC score of at least 650 and English communication ability are preferred.
About Westinghouse Air Brake Technologies Corporation
Westinghouse Air Brake Technologies Corporation (Wabtec) builds freight locomotives, braking and signaling systems, rail components, and software used by freight railroads, transit agencies, and industrial operators. The Pittsburgh-based public company (NYSE: WAB) sells original equipment, digital solutions, and aftermarket services worldwide; it combined with GE Transportation in 2019 and traces its roots to George Westinghouse’s 19th‑century air brake business. Its portfolio spans rolling stock, parts, condition‑monitoring, and train control platforms.