Ingénieur Senior en Tests de Logiciels Embarqués

As an Ingénieur Senior en Tests de Logiciels Embarqués at CS Group Canada, you'll be tasked with testing safety-critical embedded software applications. Your responsibilities will included conducting thorough software testing, retro-engineering designs from code, debugging issues, ensuring traceability between design and test artifacts, and drafting final technical documents. You’ll also be expected to mentor junior team members and actively participate in continuous improvement initiatives.

Candidates applying for the Ingénieur Senior en Tests de Logiciels Embarqués position at CS Group Canada should have a minimum of five years’ experience in programming languages such as ADA, C, or C++, along with familiarity in software testing tools like LDRA or VectorCAST. A degree in Computer Science or a related field is essential, and knowledge of DO-178B or C standards will be highly beneficial.

The hybrid work model at CS Group Canada for the Ingénieur Senior en Tests de Logiciels Embarqués allows employees to balance working from home with in-office days. This flexibility is designed to boost productivity while promoting collaboration and teamwork within our dynamic environment, ensuring that you remain connected with your colleagues and projects.

CS Group Canada is deeply committed to fostering an inclusive workplace. We actively encourage applications from diverse backgrounds, including women, visible minorities, Indigenous peoples, and individuals with disabilities. Our policies promote respect and equality, creating a supportive work environment for all employees.

At CS Group Canada, the Ingénieur Senior en Tests de Logiciels Embarqués has numerous career development opportunities. This role can evolve into leadership or software development positions, allowing you to expand your skills and influence within the organization as you lead projects or mentor less experienced engineers.

CS Group Canada provides a comprehensive benefits package for the Ingénieur Senior en Tests de Logiciels Embarqués, including advanced medical, dental, and vision insurance, access to telemedicine, a retirement savings plan, personal and sick leave, and fun perks like a recreational room equipped for entertainment. We prioritize our employees’ well-being and work-life balance.

Success as an Ingénieur Senior en Tests de Logiciels Embarqués at CS Group Canada requires strong technical skills in embedded software testing, proficiency in the required programming languages, and familiarity with testing tools. Additionally, having excellent communication and collaboration skills will empower you to work effectively within a team and engage with clients to achieve project goals.

When addressing complex software issues, I begin by replicating the problem to understand its nature fully. I analyze logs and utilize debugging tools to pinpoint potential bugs, systematically isolating variables. Collaborating with my team enables us to share insights and devise effective solutions faster, leveraging collective knowledge for optimal outcomes.

In my previous roles, I’ve extensively used tools such as LDRA and VectorCAST for software testing. I primarily focus on unit and integration testing, ensuring thorough verification of complex functions within safety-critical environments. These tools allow for effective test case management and provide the traceability necessary to meet standards like DO-178C.

To ensure traceability, I implement a structured document management system where all design and testing artifacts are linked and regularly updated. Tools like DOORS can facilitate this process by providing a robust framework for maintaining relationships between requirements, design elements, and testing outcomes—ensuring compliance with safety standards.

I value peer reviews highly as they enhance the quality of our work. I organize review sessions where team members can present their designs, code, and test cases. Constructive feedback is encouraged, and I make it a point to focus on collaborative improvements while ensuring all comments and suggestions are documented for future reference.

I have foundational knowledge of DO-178C and its critical role in safety-critical systems. My experience includes understanding the development lifecycle it encompasses, from requirements to verification phases. I strive to ensure our projects align with these standards, thereby fostering a culture of safety within the development process.

In past roles, I've contributed to performance improvement through introducing best practices in testing and documentation. I've also advocated for continuous feedback cycles and facilitated brainstorming sessions where team members could exchange ideas on enhancing efficiency, ultimately resulting in improved delivery timelines and quality.

I once encountered a challenging bug that eluded initial testing phases. I took the initiative to conduct a root cause analysis and collaborated with colleagues to approach it from different angles. This involved extensive testing iterations, and eventually, we identified an underlying issue in the integration layer. Rectifying this not only resolved the bug but also enhanced our application’s stability.

I prioritize continuous learning by enrolling in relevant workshops and online courses to keep my skills current. Attending industry conferences and participating in professional networks also provides insights into emerging trends. Moreover, I engage with open-source projects and collaborative tech communities, allowing me to refine my capabilities while giving back to the industry.

Effective communication hinges on clarity and active listening. I ensure that my messages are concise and tailored to the audience's understanding. Regular updates and check-ins foster transparency and trust, while being open to feedback makes collaborations more effective and relationships stronger.

I believe that the integration of AI-driven testing tools could revolutionize embedded software testing by enabling faster test case generation and improved defect predictions. Additionally, the implementation of more considerable automation in regression testing processes could free up resources, allowing teams to focus more on complex problem-solving and innovation.