Bachelor's Degree in Engineering or related field, or equivalent experience
Experience building fiber lasers and working with fiber components
Experience testing fiber lasers and fiber components
Knowledge of fiber handling, splicing, and cleaving processes
Experience with both large and small fibers (preferred)
Ability to work independently and make design decisions (preferred)
Responsibilities
Collaborate with engineering team to build and test new laser designs
Document technical progress and test results in reports
Generate draft work instructions for production transition
Benefits
Opportunity to work in a fast-paced, collaborative environment
Engage with a multidisciplinary team of engineers
Hands-on experience with cutting-edge laser technology
Potential for career growth in defense technology sector
Full Job Description
Job Details
The Defense Technology Development group has a need for a Laser Prototype Engineer to build and test new lasers. This is a fast-paced role where the ability to work with people across a range of disciplines is essential. You will collaborate with optical, electrical and mechanical engineers to build and test new laser designs. We are looking for a detail-oriented individual with experience building and testing fiber lasers. Fiber handling skills including splicing and cleaving are essential for this role.
Responsibilities
Work with members of the engineering team to build and test new laser designs
Write reports to document technical progress and test results
Generate draft work instructions and assist in transition to production
Minimum Qualifications
Bachelor's Degree in Engineering, or related field. Willing to consider a combination of work experience and schooling in lieu of a degree.
Experience building fiber lasers and working with fiber components
Experience testing fiber lasers and fiber components
Knowledge of fiber and fiber component handling and splicing processes
Preferred Qualifications
Experience with large and small fibers
Ability to work independently and make design decisions
