Optical Comm Researcher-Technical Staff

Position Description

The Advanced Lasercom Systems and Operations Group seeks a highly motivated, full time technical staff member to join a multi-disciplinary team focused on laser communication systems. The selected candidate will have the opportunity to be a part of one of the world’s leading laser communications groups, playing key roles in developing unique prototypes and test assets. The candidate will work with other personnel as needed, but will have the ability to work independently, coordinating with team members with complementary skills. Because of the hands-on nature of the work, this job will be primarily on-site, although exceptions may be authorized when performing tasks that can be effectively performed remotely, such as design, documentation, component research/specification/ordering, modeling and analysis.

We are seeking candidates who have some experience working with laser communications hardware, optical hardware, and/or communications systems related test equipment, or have exposure to communications and/or optical design/modeling tools. The candidate should enjoy working in collaborative teams to find creative solutions, and be eager to learn and contribute. 

The candidate will grow into their career working on a broad range of laser communications problems, including (but not limited to) system conceptual design; systems analysis and modeling; component selection and verification; optical system alignment and testing; data analysis; testbed design and verification; fiber optic system optimization and debugging; high-fidelity hardware builds; free-space optics system optimization and debugging; data analysis; as well as documentation and presentation of designs, specifications, laser safety plans, test procedures, and test results.

Working as part of a lasercom team offers growth opportunities, as the candidate will be interacting regularly with subject matter experts in laser communications, pointing, acquisition, and tracking (PAT) of laser beams, opto-mechanics, optics, and electronics. As a member of the team, the candidate will be encouraged to look for ways to improve the efficiency of our processes and testing, and to help other members of the team with miscellaneous tasks such as hardware reconfiguration and troubleshooting.

Minimum Qualifications

• Advanced degree in physics, aerospace engineering, electrical engineering, optical engineering or a related field with significant coursework or experience in optics, lasers, and/or communications systems
  • At least 5 years of related experience post undergraduate degree (can include graduate school)
• Familiarity working in a research and development focused laboratory environment involving optics/photonics/laser or related work
• Familiarity with standard laboratory equipment, such as real-time scopes, sampling oscilloscopes, optical modulation analyzers, and optical and rf spectrum analyzers
• Familiarity with free-space optical alignment and characterization instrumentation such as interferometers, autocollimators, alignment telescopes, theodolites, profilometers, wavefront sensors, and high-speed infrared cameras / focal plane arrays.
• Experience with data analysis and clear visualization of laboratory results
• Experience with MATLAB® or Python
• Experience presenting results in a professional setting
• Strong communication skills, both verbal and written. Ability to work well in a team.

Preferred Qualifications

• Ph.D. in physics, aerospace engineering, electrical engineering, optical engineering or a related field with significant coursework or experience in optics, lasers, and/or communications systems
• Familiarity working in a laboratory environment with laser communications hardware or components, and has familiarity with fiber optic test equipment and components
• Experience with systems analysis trades between rf and optical communications, and performing architecture studies based on state-of-the-art technology
• Familiarity with communications systems including capacity limits, modulation formats, receiver techniques (incoherent and coherent), and digital signal processing techniques
• Familiarity with some subset of the following disciplines is advantageous but not required:

• • • Stray light modeling / FRED software
    • Integration & test
    • Test automation
    • Optical test equipment
    • Communications system fundamentals
    • Optical communications simulation software
    • Numerical simulation and analysis tools
    • Scripting languages
    • Atmospheric science