3D Measurement Algorithm Engineer
Westinghouse Air Brake Technologies Corporation3 days ago
Tokyo, JapanMid Level
Responsibilities
- Study and implement algorithms for 3D measurement and modularize them into software components.
- Conduct simulations and real-device performance evaluations.
- Optimize parameters and make minor algorithm modifications.
- Develop new 3D functions and investigate improvements across the complete measurement system.
- Evaluate product performance and collaborate proactively with relevant stakeholders.
Requirements
- Bachelor's degree or higher.
- Native-level Japanese and English proficiency of at least TOEIC 500.
- Knowledge of image processing.
- Software development experience involving numerical computation using at least two of C, C++, C#, and Python.
- Preferred: algorithm study and implementation experience.
- Preferred: computer-vision software development experience using OpenCV or similar tools.
- Preferred: at least two years of relevant software development experience.
- Preferred: basic knowledge of optical theory, including reflection, refraction, and interference.
- Preferred: experience with SLAM, 3D reconstruction, or 3D point-cloud-processing algorithms.
- Preferred: experience evaluating 2D/3D measurement performance.
- Preferred: English communication ability at TOEIC 650 or higher.
Benefits
- Manager guidance, mentoring, and technical training in optical and measurement technologies are provided after joining.
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.