Validation Engineer - ADAS

As a Validation Engineer - ADAS at Expleo, your primary responsibilities include executing the validation plan for the software component of ADAS systems, defining functional validation strategies, and ensuring comprehensive coverage of software and system requirements. You'll also manage validators, perform tests on integration platforms, and analyze validation results to contribute to the development of advanced driving assistance systems.

Candidates for the Validation Engineer - ADAS role at Expleo should have a solid understanding of software and processor architecture, be proficient in software calibration, and have experience with programming languages like C/C++. Additionally, competencies in electrical and electronic systems, both hardware and software, are critical for success in this position.

Expleo understands the importance of flexibility, which is why the Validation Engineer - ADAS position offers work-from-home options depending on the project. This allows you to balance your professional responsibilities with your personal preferences, contributing to a healthy work-life balance while still engaging with your team effectively.

Expleo is committed to the professional growth of its employees, offering various programs and resources tailored for Validation Engineers - ADAS. This includes opportunities for continuous learning, access to innovative projects, and collaboration with industry experts, ensuring you stay at the forefront of automotive technology while advancing your career.

As a Validation Engineer - ADAS at Expleo, you’ll enjoy a comprehensive benefits package that includes meal vouchers, private medical insurance, holiday vouchers, and performance bonuses. Additionally, Expleo provides Easter and Christmas bonuses, an employee referral program, and various discounts, making it an attractive place to grow your career.

When answering this question, discuss specific projects where you successfully executed validation plans, how you identified requirements, and the methods you employed to validate software functionality and performance. Be sure to highlight your familiarity with tools and testing environments you've used.

In your response, outline the programming languages you are skilled in, such as C/C++, and provide examples of how you have applied these languages in relevant projects. Discuss your experience with integrations or systems where these skills were crucial.

Explain your approach to analyzing validation results, including specific techniques you use to interpret data and resolve anomalies. Discuss how you prioritize issues and ensure that software meets specified requirements.

Illustrate your collaborative skills by providing examples of your teamwork with engineers, testers, and other stakeholders. Highlight effective communication strategies you employed to ensure all aspects of the validation process were addressed.

Share how you've developed comprehensive test cases based on specific functional requirements. Discuss your process for ensuring that all scenarios are covered, including edge cases, to maximize validation effectiveness.

Use the STAR method (Situation, Task, Action, Result) to detail a past challenge during software validation. Explain the context, your responsibilities, what actions you took to address the challenge, and the successful outcome.

Discuss your methods for staying current, such as attending industry conferences, engaging with online professional communities, or taking relevant courses. Highlight your commitment to continuous learning in the fast-evolving field of ADAS.

Describe the integration platforms you've worked on, the role you played in validation processes, and how you ensured that software components integrated smoothly with hardware. Specific examples will help illustrate your expertise in this area.

Provide an overview of what a functional validation strategy entails, focusing on the importance of validating each software component within the ADAS system. Explain how you would approach defining and implementing this strategy in practical terms.

Outline your time management strategies, including prioritization techniques and tools you use to stay organized, ensuring all validation activities are completed within the required timeframe while maintaining quality standards.