CAN-Driven Embedded Test Engineer

Médiane Système; Vlaams-Brabant; Sur place; EUR 50 000 - 70 000; Plein temps

Avantages offerts par ce poste

Attractive salary package

DKV health insurance

Group insurance

Meal vouchers

Mobility package

Eco-vouchers

Additional statutory leave days

Résumé du poste

Médiane Benelux is seeking an Embedded Test Engineer to join an advanced CAN-based project in a high-tech environment. You will analyze, validate, and stabilize CAN communications between embedded devices and a Windows PC control system.

Responsibilities include designing test software to reproduce disturbances, identifying operating conditions for reliable communication, and debugging at low levels to improve system robustness. Autonomy and precise communication are valued.

Qualifications

• Proven experience with CAN communication.
• Exposure to Windows low-level or kernel-related debugging.
• Strong skills in C development and debugging.
• Good understanding of hardware/software interaction and test environments.

Responsabilités

• Design and develop test software to reproduce CAN communication disturbances.
• Identify conditions that ensure reliable CAN communication in embedded/PC setup.
• Detect scenarios that may cause instability or degraded behavior.
• Investigate interactions between CAN tools, libraries and Windows components.
• Support low-level debugging to understand system behavior.
• Contribute to tooling interfaces between PC UI and CAN layers.

Connaissances

CAN communication

Windows debugging

C development

Hardware/software interaction

Analytical skills

Outils

CAN tools

Windows kernel debugging

Description du poste

Médiane Benelux is seeking an Embedded Test Engineer to join an advanced CAN-based project in a high-tech environment. You will analyze, validate, and stabilize CAN communications between embedded devices and a Windows PC control system.

Responsibilities include designing test software to reproduce disturbances, identifying operating conditions for reliable communication, and debugging at low levels to improve system robustness. Autonomy and precise communication are valued.