Manufacturing Engineering Intern - Cooper Lighting Solutions (Summer 2025)

As a Manufacturing Engineering Intern at Cooper Lighting Solutions, you will be responsible for improving material flow, redesigning assembly cells, and creating jigs and fixtures to streamline our processes. Additionally, you'll participate in Kaizen events aimed at continuous improvement, all while working under the guidance of experienced manufacturing engineers.

To apply for the Manufacturing Engineering Intern position at Signify, candidates must be currently enrolled in an engineering program pursuing a Bachelor's degree in Mechanical, Industrial, or Manufacturing Engineering. Familiarity with Solidworks, 3D printing, and lean manufacturing principles, along with a solid understanding of safety and quality regulations, is highly recommended.

The internship at Cooper Lighting Solutions prepares students for future careers by providing hands-on experience in a real-world manufacturing environment. With mentorship, coaching, and exposure to innovative projects, interns gain valuable skills and insights that are instrumental for their career progression in engineering.

The work environment for Manufacturing Engineering Interns at Signify is dynamic, collaborative, and focused on innovation. Interns are encouraged to contribute ideas and participate in team activities that promote continuous learning, creativity, and inclusivity, all essential values for driving success in our organization.

Interns at Cooper Lighting Solutions can expect competitive compensation ranging from $23 to $29 per hour, depending on their year of study. Additionally, interns benefit from a range of offerings, including medical coverage and a Health Savings Account, creating a comprehensive support system while they gain practical experience.

In answering this question, express your passion for engineering and how it aligns with Signify’s commitment to innovation in sustainable lighting. Mention specific aspects of the internship, such as working with materials or processes that excite you.

Discuss your experiences with Solidworks and any projects you’ve completed using it, along with any exposure to 3D printing technologies. Mention specific tasks or challenges you managed successfully to showcase your capabilities.

Lean manufacturing focuses on minimizing waste while maximizing productivity. Explain how these principles are essential for improving efficiency and quality in manufacturing settings and how you have applied or plan to apply them.

Use the STAR method (Situation, Task, Action, Result) to describe a specific project. Highlight your analytical skills, your approach to gathering information, and the positive impact your solution had.

Mention your time management skills and how you've successfully balanced academic and extracurricular activities. Provide examples of how you prioritize tasks to meet deadlines effectively.

Discuss your style of collaboration—whether you take the lead, support others, or bridge communication—and provide examples of successful teamwork experiences that demonstrate your contributions.

Elaborate on the significance of safety regulations and practices in manufacturing, emphasizing how they protect workers and ensure product quality. You could also refer to any relevant experiences you've had.

Outline a methodical approach, including analyzing current layouts and processes, gathering input from team members, and applying lean principles to create a more efficient and ergonomic design.

Research company projects and innovations in lighting technology. Share insights about their leadership position in sustainable lighting and how these innovations align with your career goals.

Talk about resources, such as industry publications, professional networks, or online courses you engage with to stay updated on trends and advancements in the manufacturing engineering field.