ADAS Validation & Automation Intern - Camera/ML Focus

Toyota Motor Europe; Zaventem; Hybride; EUR 8 928 - 13 392; Plein temps

Avantages offerts par ce poste

Flexible working hours

Hybrid work options

Company restaurant

Sport facilities

Team-building activities

Résumé du poste

A leading automotive company in Zaventem is seeking internship applicants for their ADAS validation project, starting September 2025. Candidates need to be enrolled in a master's program related to computer science or engineering and possess strong programming skills. This role offers flexible working hours and opportunities for hybrid work. Eligible applicants must have EEA or Swiss citizenship. The internship focuses on optimizing camera-based systems for enhanced safety performance.

Qualifications

• Fluent in English (TME’s business language) is required.
• Candidates must be enrolled in a relevant master's program.
• Demonstrated programming skills (Python, C++, Matlab/Simulink) are essential.

Responsabilités

• Analyze current ADAS function evaluation procedures.
• Research state-of-the-art procedures and toolchains for ADAS evaluation.
• Set up new equipment and prototypes for camera recognition performance assessment.

Connaissances

Programming skills (Python, C++, Matlab/Simulink)

Fluent in English

Understanding of software V‑cycle

Formation

Enrolled in a master’s program in computer science, electronics engineering, or automotive engineering

Outils

Simulation software (e.g., IPG Carmaker, dSpace, CARLA)

Computer vision (OpenCV)

Description du poste

A leading automotive company in Zaventem is seeking internship applicants for their ADAS validation project, starting September 2025. Candidates need to be enrolled in a master's program related to computer science or engineering and possess strong programming skills. This role offers flexible working hours and opportunities for hybrid work. Eligible applicants must have EEA or Swiss citizenship. The internship focuses on optimizing camera-based systems for enhanced safety performance.