Summary :
Polaris Sensor Technologies is seeking a motivated Mechanical Engineer (New Graduate) to join our dynamic team working on advanced opto-mechanical systems. This role is ideal for an engineer who enjoys hands-on lab work, collaborating across disciplines, and contributing to a wide variety of projects from design through testing.
Key Responsibilities
- Support design and development of opto-mechanical assemblies, housings , and test fixtures.
- Work with cross-disciplinary teams (mechanical, optical, electrical, software) to integrate systems.
- Perform mechanical design in SolidWorks (or similar CAD tools), including modeling, drafting, and documentation.
- Assemble and test prototypes in the lab (approximately 50% of time ).
- Collaborate on electronics integration and cable management in mechanical systems.
- Participate in laboratory and field testing, including occasional travel to test sites.
- Contribute to multiple projects at once, ranging from early concepts to full system builds.
Qualifications
B.S. in Mechanical Engineering (recent graduate or up to 5 years of experience).Familiarity with CAD software such as SolidWorks, Creo, or similar.Hands-on skills with mechanical / electronic assembly and lab tools.Interest in working on a variety of opto-mechanical systems and components.Willingness to travel occasionally for testing.Strong problem-solving skills and ability to learn quickly in a fast-paced environment.Preferred Skills (not required but a plus) :
Exposure to thermal / fluid simulations or FEA.Experience with prototyping (3D printing, machining, or similar).Coursework or projects involving optics, imaging systems, or mechatronics.Familiarity with wiring, soldering, or basic electronics troubleshooting.What We Offer
Opportunity to contribute to cutting-edge projects in defense, aerospace, and sensing technologies.Hands-on experience across design, build, and test phases.Collaborative small-team environment with mentorship from experienced engineers.Competitive compensation and growth opportunities.