Bert Sadtler - President
6764 Airport Rd
West Jordan, UT 84084
Located in Salt Lake City, Utah, Optisys is a groundbreaking antenna technology company, fusing novel RF design with metal additive manufacturing to generate unique, highly integrated and market leading solutions.
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Optisys excels at rapidly developed, customized, high performance antenna designs in metal waveguide for global customers that include Lockheed Martin, Boeing, L-3 and General Dynamics. Optisys serves a broad range of market segments from sea to deep space, with many deployments in all these areas. These solutions are produced for the commercial, defense and government sectors.
Optisys is a turn-key solutions provider offering components or full system development and has a full vertically integrated process from design through manufacturing. This enables engineers to see their designs through the whole development process from design through production, test, and deployment.
Optisys is the only successful US-based design specialist for antennas produced using metal 3D printing. We currently have around 30 employees and are on a very rapid growth tract due to an enormous influx of customers and IRAD for new technology.
Optisys solves unique problems that provide the opportunity for strong engineers to have full engagement and express their creativity and ingenuity through exciting and groundbreaking new concepts and solutions.
At Optisys this senior engineer will be working with the latest technology everyday. Some people call it magic.
We are looking for an antenna designer who designs antenna components with waveguide technology.
We prefer an expertise in HFSS with recent experience OR an expertise in CST with HFSS experience.
This role is for an individual who is open to additional learning and would relish the opportunity to immerse themselves in both project work and deeper RF theory to support our extensive IRAD activities.
This is a new role, due to the exponential increase in design work, specifically in electromagnetic antenna design. The successful candidate will directly report to the CTO, Michael Hollenbeck.
The preference is for this role is to work at the Optisys HQ in Salt Lake, to support the day to day running of projects and production, however, part/full time remote working would be considered.
This role is an opportunity to work on the leading edge of metal 3D printed antennas, which are a novel class of antennas that allow for pushing the limits of what physics allows in antenna design. Optisys antennas can be found all around the world and out of this world in space. This position requires creativity and exploration of difficult design challenges to solve problems that have not been encountered before.
Design antenna components and systems to customer requirements on a variety of platforms and environments.
Work primarily in ANSYS HFSS to design, model, and optimize highly integrated antenna assemblies all the way from single components up through multi-thousand component assemblies.
Work closely with Mechanical and Additive Manufacturing engineers to understand the rules for design using Optisys’ proprietary fabrication techniques.
Interact directly with customers to provide updates on program status and reviews.
Be able to independently solve challenging problems that do not have easy answers.
Create novel structures and designs that provide unique RF function.
Current US Citizenship or Current Green Card Holder
Antenna designer who designs antenna components with waveguide technology
Demonstrated expertise in HFSS
Demonstrated expertise in CST with HFSS experience
Minimum 5 years of experience
MS or Ph.D in Electrical Engineering with an emphasis on electromagnetics/RF/Antennas
BS in Electrical Engineering with an emphasis on electromagnetics/RF/Antennas with additional design experience and demonstrated success in waveguide antenna design (i.e. patents or published papers)
Demonstrated mastery of Ansys HFSS with complex parametric models
Expertise in 3D modelling software (HFSS, CST, etc)
Demonstrated familiarity with Vector Network Analyzer calibration and measurement
Solid understanding of S-parameters
Demonstrated proficiency in more than one area of antenna design (arrays, horns, combiner networks, couplers, monopulse, filters, etc)
Demonstrated hands on trouble shooting of delicate equipment
Comparison of test results with specifications
Data analysis and presentation
Familiarity with design and analysis of RF components, including many of the following:
– Waveguide (rectangular, circular, ridged, coaxial etc)
– Understanding of waveguide modes
– RF PCB design
Familiarity with spectrum analyzers, function generators, oscilloscopes, DMM, etc…
Familiarity with coax connectors such as: SMA, SMB, 2.92 mm, 2.4mm, GPO, TNC, Type-N, etc…
Familiarity with antenna ranges and pattern testing (farfield, nearfield, compact, etc)
Familiarity with analysis software – Python, VB, MatLab, etc…
This role prefers that you are working at the OPTISYS Salt Lake offices. A relocation package is available. However, remote would be considered.
Optisys is a close-knit team of highly motivated individuals who all share the same aspirations of ensuring Optisys becomes a global power in RF technology.
We thrive on a culture of ingenuity, passion, and collaboration, and due to the nature of the product we develop you will be interfacing with all levels of the company regularly.
Develop and implement an outline for proficiency at designing to specification in at least one antenna family at Optisys (passive arrays, active arrays, feeds, filter assemblies, etc)
Develop and implement an outline to learn the rules surrounding design for additive manufacturing at Optisys
Develop and define the steps needed for your to be an independent problem solver for assigned design work
Successfully complete at least one program design that meets the requirements of the program
Develop and implement an outline for you to integrate with the team and company culture
The target compensation is a combination of a base salary plus a performance bonus based upon company performance and employee performance.
Breakdown of Compensation:
The annual On-Target base salary range is between $125K-$200K.
There is an annual performance bonus.
There is an employee phantom stock option program.
The pay cycle is every other week.
OPTISYS has retained Boxwood to conduct a different kind of recruitment. We have selected Boxwood because we are believers in Boxwood’s unique approach to candidate selection and qualification. While this process is different, we feel that it genuinely offers both candidates and the company the best opportunity to get to know each other at a deeper level than is typical with the conventional interview approach.
Please click for a short video on the Boxwood Process.
Interested and qualified candidates are first asked to view the Boxwood short video and thoroughly review the detailed position description. Interested and qualified candidates should then APPLY HERE
Janos Opra has 17 years of experience in military communications systems ranging from RF engineer to business development to leadership. He has won multiple new business opportunities by coordinating with engineers, program management, and end users to develop products. These products had a market segment of over $100 million. Mr. Opra has a wide variety of industry contacts from his time spent in the aerospace industry. He has worked directly with high level military planners to establish project requirements and CONOPs for multimillion dollar hardware platforms and their supporting software.
Robert Smith has 23 years of experience designing and analyzing equipment and RF components to MIL-STD requirements and is an expert in metal additive manufacturing. For the past 4 years, he has focused his expertise on AM with an emphasis on aluminum RF components. With Optisys, Mr. Smith focuses on overseeing the design and fabrication of antenna products, pushing into new territory in metal AM processes.
Clinton Cathey has 18 years of engineering experience, with the last 13 years of experience in communications systems ranging from ME/EE engineer to project lead. At Optisys, Mr. Cathey leads the company and provides technical and management direction. He is a preeminent expert in antennas and motion controls with specializations in pointing and tracking systems. His focus has been with industrial automation through airborne and shipboard motion stabilized and target tracking gimbals. He is an IEEE Senior Member and is an inventor on multiple patents related to tracking and SATCOM antennas
Michael Hollenbeck has 14 years of experience designing and analyzing antenna and RF components for commercial and military communication systems. At Optisys, he designs cutting edge RF and antenna components using AM and provides technical direction for the company. Mr. Hollenbeck has led numerous projects, including design and simulation of complex RF components such as waveguide, antennas, arrays, and filters to critical success. He has worked on iterative designs to produce RF products in the 1-100 GHz (3-300 mm) ranges.