Control Systems Engineer

As a Control Systems Engineer with Rolls-Royce, your primary responsibilities will include collaborating with cross-functional teams to develop and verify control system requirements, ensuring adherence to safety standards. You will engage in the design and documentation of engineering work products, effectively resolving complex technical challenges. Additionally, you will support full life cycle development while fostering a culture of professionalism and teamwork.

To be considered for the Control Systems Engineer role at Rolls-Royce, applicants must hold at least a bachelor’s degree in aerospace, mechanical, electrical, or computer engineering, along with a minimum of one year of relevant product development engineering experience. Alternatively, a master’s degree or a Ph.D. in the same areas will be considered. Familiarity with requirements management and eligibility to work in the U.S. are also essential.

At Rolls-Royce, Control Systems Engineers will experience a hybrid work environment that allows for a mix of office and remote collaboration. The team emphasizes interaction and teamwork, expecting engineers to be on-site for collaborative duties roughly three days a week. This flexible arrangement helps foster creativity and productivity in a supportive atmosphere.

In the Control Systems Engineer position at Rolls-Royce, you can expect to travel up to 20% of the time between different Rolls-Royce sites, with potential additional travel for other work-related purposes. This travel is an exciting opportunity to collaborate with diverse teams while expanding your professional network within the industry.

Rolls-Royce is committed to the professional growth of its employees, offering numerous development opportunities for Control Systems Engineers. The company encourages specialization and cross-specialization, allowing engineers to enhance their skills across various domains. With access to advanced training programs and mentorship from experienced professionals, you will have the chance to cultivate your expertise and advance your career in the engineering field.

When answering this question, focus on specific projects where you contributed to control system design and analysis. Highlight the tools and techniques you used, the challenges you faced, and how you overcame them. Be sure to discuss your approach to ensuring safety and compliance with industry standards.

Collaborative projects require strong communication skills. Share examples of how you effectively worked with cross-functional teams, emphasizing your ability to listen and incorporate ideas from different engineering disciplines. Discuss any techniques you employ to maintain clear communication and ensure everyone's goals align.

Provide a detailed example of a challenging technical issue you faced as a Control Systems Engineer. Describe the steps you took to analyze the problem, the resources you utilized, and the ultimate solution you implemented. Focus on your thought process and ability to resolve issues efficiently.

Discuss the various software and tools you have used in previous roles, such as MATLAB, Simulink, or other similar digital engineering toolsets. Highlight your proficiency with model-based systems and any relevant certifications or courses that align with Rolls-Royce's expectations.

Show your understanding by discussing how you stay updated on these crucial standards and describe your experience applying them in project work. Explain the processes you follow to verify compliance and the measures taken to ensure high-quality outcomes in safety-critical applications.

Detail your experience with project management methods, such as Agile or traditional methodologies. Discuss how you adapt these methods to fit the needs of your projects, and describe any specific examples where these methodologies positively influenced project outcomes.

Employ this opportunity to speak about your passion for innovation and technology. Share your enthusiasm for tackling challenging projects and how contributing to the advancement of propulsion solutions motivates you. Highlight personal anecdotes that illustrate your commitment to making a difference in your field.

Demonstrate your systematic approach to troubleshooting by outlining steps you take to identify the root cause of issues. Emphasize your analytical skills, use of diagnostic tools, and collaboration with team members to resolve problems effectively.

Discuss your strategies for managing multiple projects effectively. Emphasize any tools, techniques, or frameworks you use to prioritize tasks, manage deadlines, and maintain quality across your work. Provide examples of times when your prioritization skills led to successful project outcomes.

Share your insight into emerging technologies and trends that are shaping the field, such as automation, artificial intelligence, or advancements in mechatronics. Discuss how you intend to stay ahead of these trends and the opportunities they present in the industry.