Systems Engineering, Multiphysics

As a Systems Engineering Analyst at General Dynamics Mission Systems–Canada, your role involves conducting mathematical and multiphysics analysis, designing and validating algorithms, and performing requirements analysis to ensure product specifications meet customer needs. You'll be engaged in hands-on laboratory testing and integration activities, documenting your designs meticulously and collaborating with cross-functional teams to resolve technical challenges.

To apply for the Systems Engineering Analyst position at General Dynamics Mission Systems–Canada, candidates must possess at least a Bachelor's degree in Engineering, Physics, or Applied Mathematics. Additionally, experience with modeling tools like Matlab is essential, along with a background in system engineering or new product introduction. Having knowledge in optics and signal processing is considered an asset, and applicants must be eligible to obtain Canadian Security Clearance.

General Dynamics Mission Systems–Canada is committed to the professional growth of its employees. In the Systems Engineering Analyst role, you'll have access to a dedicated Educational Assistance Program, regular progress reviews, and a personalized development plan. This support ensures that employees can pursue their career aspirations within the organization while contributing significantly to innovative projects.

At General Dynamics Mission Systems–Canada, the Systems Engineering Analyst can expect a flexible working environment that embraces a hybrid model. This includes the option to enjoy every other Friday off, highlighting the company's commitment to a healthy work-life balance while fostering productivity and satisfaction among its employees.

Yes, candidates for the Systems Engineering Analyst position at General Dynamics Mission Systems–Canada must be able to obtain and maintain Canadian Security Clearance. Additionally, a positive Controlled Goods Assessment is required. Eligibility to work in Canada, either as a Canadian Citizen or a Permanent Resident, is also essential for consideration.

In answering this question, describe specific projects where you've applied multiphysics analysis, the methods you used, and the outcomes of your work. Highlight how your analytical skills contributed to innovative solutions or improvements.

Discuss your methodology for requirements analysis. Explain how you document and trace requirements throughout the project lifecycle, using examples to illustrate how this has ensured compliance with customer expectations in previous roles.

Be specific about your experience with modeling tools, particularly Matlab. Mention how you've used these tools for simulations or design processes, showcasing any relevant projects that highlight your proficiency and problem-solving capabilities.

Here, focus on a particular instance where you encountered a technical obstacle. Describe the nature of the challenge, your analytical process for resolving it, and the eventual success of your intervention, reinforcing your problem-solving skills.

This is your chance to elaborate on any hands-on experience you've had in laboratory settings. Emphasize your role, the types of systems you tested, and how your contributions affected the project outcomes.

Discuss your approach to communication and teamwork. Provide examples of how you've successfully collaborated with diverse teams and how this collaboration contributed to project success.

Share your personal motivations for pursuing a career in systems engineering. This could include your desire to solve complex problems, innovation in technology, or your passion for working on impactful projects.

Discuss your organizational strategies and tools you use to manage workloads. Highlight how you assess project needs, deadlines, and stakeholder requirements in a way that ensures productivity and quality.

Explain your commitment to lifelong learning. Mention any formal training, self-study, or professional development activities you engage in to stay current in the field, and how this enhances your contributions as a Systems Engineering Analyst.

Delve into your algorithm design process, from initial conception through validation stages. Use examples to show how you've ensured that algorithms meet functional requirements and how you test them for efficacy.