OUR PROJECT
The DFB Laser Designer project aims to develop a cutting-edge software tool that empowers engineers and designers to create, simulate, and optimize Distributed Feedback (DFB) lasers for telecommunications, optical communications, and various other photonics applications. The tool will provide a comprehensive platform for designing DFB lasers with precise control over wavelength, linewidth, power output, and feedback mechanisms, ensuring high-performance laser designs for both research and industrial applications.
This is a long-term contract position that will be Hybrid that requires an initial 2 Weeks On-Site and then will become 100% Remote. You can expect very competitive pay.
WHO WE ARE LOOKING FOR
We are looking for a DFB Laser Chip Designer to join our team focusing on developing and designing a Distributed Feedback (DFB) Laser. Must have extensive experience in designing semiconductor chips for laser communication applications. Must have experience with Photonics, Rsoft – Beam Propagation Method Tools, and developing mathematical models for photonics simulation. This is a fantastic opportunity to join a growing Telecommunications Organization.
We are interviewing qualified candidates immediately and will move into the offer stage quickly. If you are interested, please apply with an updated resume.
QUALIFICATIONS
- Extensive experience in designing semiconductor chips for laser communication applications
- Must have Photonics experience
- Experience with Rsoft – Beam Propagation Method tools
- Experience in developing mathematical models for photonics simulation
- PhD with material science, photonics, or related field background
Effective written and verbal communication skills are absolutely required for this role. You must be able to work LEGALLY in the United States as NO SPONSORSHIP will be provided. NO 3rd PARTIES.