Jobs in Lexington

MIT Lincoln Laboratory is a Federally Funded Research and Development Center (FFRDC) which conducts groundbreaking R&D to solve problems that are critical not only to national security, but to the advancement of science itself. The Optical Engineering Group at MIT Lincoln Laboratory develops and prototypes novel, one-of-a-kind optical systems for terrestrial, air, and space missions of national importance. Recently the Group has been involved in optical payload development efforts for satellite imaging systems, space and ground laser communications systems, airborne laser imaging and spectroscopic systems, and high energy laser optical systems. The Group has a rich history of developing and demonstrating innovative optical solutions to achieve enhanced capability and performance for complex systems operating under challenging conditions. Recently, this included compact, extremely wide field-of-view space telescopes; ultra-compact, freeform optics-based cameras for ubiquitous operation; and fiber encapsulated ultra-small optical imaging systems. The efforts have led to multiple fielded systems, peer-reviewed publications, patents, and innovation awards. The Group consists of more than 30 professionals with diverse expertise and skill sets covering concept development through detailed design, analysis, assembly, alignment, and comprehensive testing.

We are seeking talented and driven professionals who are excited to work on challenging real-world problems, develop and execute novel ideas, and work as an integral part of highly collaborative and nurturing teams. Lincoln Laboratory offers abundant opportunities and resources for learning and professional development, as well as a collaborative work environment across many disciplines.

can include a combination of the following, depending on the programs they are working on at the time.
Design and develop opto-mechanical systems for optical applications, including system alignment and performance testing.
Conduct opto-mechanical design, analytical tasks, trade studies, and integration/testing.
Collaborate with optical engineers and technical stakeholders to ensure system-level design meets mission requirements.
Conduct innovative optomechanical system technology development that can enable novel mission capabilities
Manage design, fabrication, and metrology of optical components with high-performance substrates (e.g. ULE, SiC) with a variety of surface prescriptions.
Oversee the specification, fabrication, and testing of opto-mechanical components.
Perform static and dynamic mechanical analyses using finite element analysis (FEA) tools.
Conduct coupled structural-thermal-optical (STOP) analyses to optimize system performance.
Generate and review mechanical/optical drawings, including tolerance analyses.
Present technical work to team members, supervisors, and program sponsors.
Lead and manage small teams during prototype lifecycle phases, including concept development, design, analysis, assembly/alignment, and testing.
Travel to meetings and field sites as required.
Minimum Qualifications
Education: M.S. or Ph.D. in Mechanical Engineering, Optical Engineering, Precision Mechanics, or a related field.
Experience: Minimum of 5 years of relevant experience in opto-mechanical design and development.
Technical Skills
Proficiency in CAD software (SolidWorks preferred).
Experience with product lifecycle management (PLM) software (e.g., Aras Innovator).
Familiarity with optical component mounting techniques, including kinematic (exact constraint) design principles.
Experience managing design, fabrication, and metrology of optical components with high-performance substrates (e.g. ULE, SiC) with a variety of surface prescriptions.
Ability to perform static and dynamic mechanical analyses using FEA tools (NASTRAN/FEMAP preferred).
Experience conducting coupled structural-thermal-optical (STOP) analyses (desired).
Ability to read and generate mechanical/optical drawings and perform basic tolerance analyses.
Familiarity with freeform optical systems is desired.
Collaboration Skills :
Strong ability to work closely with multidisciplinary teams, including mechanical, optical, thermal, electrical, and systems engineers.
Excellent communication and presentation skills for technical work.
Leadership Skills :
Experience leading and managing small teams (desired).
Additional Requirements :
Ability to obtain necessary security clearances.
Willingness to travel to meetings and field sites as needed.
Why Join Us :

• Conduct innovative optomechanical system technology development that can enable novel mission capabilities
• Manage design, fabrication, and metrology of optical components with high-performance substrates (e.g. ULE, SiC) with a variety of surface prescriptions.
• Oversee the specification, fabrication, and testing of opto-mechanical components.
• Perform static and dynamic mechanical analyses using finite element analysis (FEA) tools.
• Conduct coupled structural-thermal-optical (STOP) analyses to optimize system performance.
• Generate and review mechanical/optical drawings, including tolerance analyses.
• Present technical work to team members, supervisors, and program sponsors.
• Lead and manage small teams during prototype lifecycle phases, including concept development, design, analysis, assembly/alignment, and testing.
• Travel to meetings and field sites as required.
• Minimum Qualifications
• Education: M.S. or Ph.D. in Mechanical Engineering, Optical Engineering, Precision Mechanics, or a related field.
• Experience: Minimum of 5 years of relevant experience in opto-mechanical design and development.
• Technical Skills
• Proficiency in CAD software (SolidWorks preferred).
• Experience with product lifecycle management (PLM) software (e.g., Aras Innovator).
• Familiarity with optical component mounting techniques, including kinematic (exact constraint) design principles.
• Experience managing design, fabrication, and metrology of optical components with high-performance substrates (e.g. ULE, SiC) with a variety of surface prescriptions.
• Ability to perform static and dynamic mechanical analyses using FEA tools (NASTRAN/FEMAP preferred).
• Experience conducting coupled structural-thermal-optical (STOP) analyses (desired).
• Ability to read and generate mechanical/optical drawings and perform basic tolerance analyses.
• Familiarity with freeform optical systems is desired.
• Collaboration Skills :
• Strong ability to work closely with multidisciplinary teams, including mechanical, optical, thermal, electrical, and systems engineers.
• Excellent communication and presentation skills for technical work.
• Leadership Skills :
• Experience leading and managing small teams (desired).
• Additional Requirements :
• Ability to obtain necessary security clearances.
• Willingness to travel to meetings and field sites as needed.
• Why Join Us :

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