ITT CORPORATION

While working as a mechanical engineer at ITT Corporation (acquired by L3Harris Technologies) within the Antenna Products & Technologies group, I gained a wealth of experience in developing electromechanical systems for the aerospace industry and Department of Defense. I was involved with in a complete development process, from design and analysis to production and testing. At ITT Corporation, I created products for a wide array of platforms including individual soldiers, ground-mobile, aircraft, satellites, and the International Space Station.
On a day to day basis, I was responsible for the design of antenna hardware that would be subjected to some of the harshest environments imaginable. Through this experience I developed a solid skillset including computer aided design, finite element analysis, and design for manufacturing. I also worked with the on-site manufacturing teams to produce multi-volume hardware builds. Specifically, I was able to gain hands on experience in the fabrication of composite, metal, and plastic components. Upon completion of product builds, I oversaw on-site environmental testing including thermal, vibration, and electrical testing. As part of qualification testing, I devised and authored qualification testing procedures. I was also tasked with the responsibility of managing numerous projects and successfully guided them through production while linking diverse teams, managing external subcontractors and suppliers.

The C50-17 is a VHF communication antenna designed for commercial jet aircraft. It is selected as original equipment on the Boeing 757, 767, and 777. -Photo courtesy of Harris Corporation.

The Q182 is an electronic surveillance measure and electronic warfare antenna designed for ground mobile applications. It has a radome and spring-damper system capable of surviving high speed impacts. -Photo courtesy of Harris Corporation.

The AS-48915 is an S-Band Telemetry and GPS antenna. It is currently in use on the International Space Station and is capable of surviving a thermal vacuum at +/- 100°C and the harsh vibration profiles of space flight. -Photo courtesy of Harris Corporation.

The C206 is a VHF and UHF communication antenna used for ground mobile and man-pack applications. It is designed to be stowed and deployed in seconds and can be mounted to a vehicle mast or individual solider. -Photo courtesy of Harris Corporation.

The Q134 is a multipurpose conformal antenna designed to minimize the radar cross section high performance jet aircraft. The design meets the environmental standards of MIL-T-5422 and MIL-E-5400. -Photo courtesy of Harris Corporation.

The C200 is a communication antenna for ground mobile military use. It can be vehicle mounted or ground based though the use of a tripod. This design was mass produced with peak production at more than 100 units per day. -Photo courtesy of Harris Corporation.