Project Description

For almost a decade, the Rieker group has been transitioning Nobel Prize winning laser technology from carefully controlled optics labs to the outside world. In partnership with NIST, a mid-infrared laser is being developed that can measure the absorption of almost any hydrocarbon molecule, such as volatile organic compounds in the atmosphere, smoke from wildfires, and unburned fuel from hypersonic jets. Our first mid-infrared laser is too big and delicate to take outside of the lab, limiting our ability to measure interesting conditions in the wild.

We are looking for an engineer to design, build, and test portions of a second, mobile mid-infrared laser that is robust enough for field measurements. Having selected optical components while building the first system, this engineer would focus on improving the mechanical design/layout of mirrors, lenses, gratings, and other free-space optics in a way that is compact and robust. Working in close partnership with Scott (grad student) and Nazanin (research scientist), the student will iterate on the existing design, build prototypes, and test the new design (physical footprint, ability to adjust optics, vibration resistance, etc.)

Precision Laser Diagnostics for Energy and the Environment

Special Requirement

The ideal applicant will have experience using the design process to solve real-world problems. Because this project will focus on improving mechanical aspects of an existing optical design, optics and opto-mechanical design experience are not required. 

Key skills: 

  • Design experience using CAD software
  • Prototyping experience (acrylic, metal, and/or 3D printing, etc.) 
  • Availability during business hours for meetings, training, and collaboration (ECME wing)
  • Ability to work both independently and in team environments
  • Motivation, ambition, and self-starter attitude with a focus on accuracy and attention to detail

Contact

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