Optical/Antenna Design and Optimization Engineer

Job

Isotropic Systems is an exciting new entrant to the Satellite Flat Panel Antenna (FPA) Market with a novel and highly disruptive approach. We are fully funded to meet our development milestones for the years to come and are now entering an exciting growth phase as a cutting edge technology start-up.

Isotropic is now opening up a global research and development office on the East Coast (Baltimore, MD). Joining the innovative and talented Isotropic team offers a great opportunity to develop your career as we continue to expand and grow. Employment comes with excellent benefits and an opportunity to participate in a stock option program. If you have a genuine passion for creating new frontiers we are confident you will be part of one of the best companies to work for in the industry.

Job Summary

Job Type: Full-time

Job Location: Greater Baltimore Area, MD

Required experience: Strong education and background in computational electromagnetics, stochastic optimization, design and analysis of antenna arrays and/or dielectric lenses for aperture antennas from 5-40 GHz.

Isotropic Systems, Inc is seeking an Optical/Antenna Design and Optimization Engineer to join our growing team of creative, highly skilled engineers. The position is located at our East Coast facility – in the greater Baltimore area, MD.

Experience in computational EM and simulation-based antenna design, together with programming experience (Matlab or Python) would make for a very compelling candidate for this position. Knowledge or experience with the concepts of transformation optics would be even better, similar for work with microwave antenna arrays. Work with metamaterials, metasurfaces, transmitarrays, or reflectarrays would be relevant. Electrical and mechanical prototyping, antenna design and analysis, and RF circuit experience would be very beneficial. Independent, self-driven work ethic and good team skills are desirable. High verbal and written communication skills are required. Some travel to customer sites is
possible.

Candidate Discriminators:

A strong candidate will be proficient in multiple of the following points.

1. Antenna design, modeling, and analysis, specifically focused on homogeneous and inhomogeneous dielectric lenses and/or antenna arrays

2. Proficiency in electromagnetic simulation using 3D Full-wave electromagnetic modeling software (e.g. ANSYS HFSS, CST, XFDTD, etc.)

3. Strong Matlab/Python/similar skills

4. Transformation optics / transformation electromagnetics

5. Conventional optical lens design, as well as gradient index (GRIN)

More details: http://bit.ly/2zaaC9l

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