Prior to joining Devicix, Alice worked on a Pro-E to SolidWorks conversion, assembly layout, component modeling, and detailing at Acist Medical Systems. She also contributed to building prototypes, designing shipping cases and writing assembly work instructions.
Lynne holds a Bachelor of Science degree in Chemical Engineering from Clarkson University in New York. At Devicix she is writing software, software requirements and test specs, implementing and testing for a custom user interface. The systems are implemented in c# using the .net environment.Ms Byrne contributed 7 years at GE Aerospace writing requirements, designing, implementing and testing real-time embedded software and firmware for signal processing and infrared target detection and tracking avionics for plane and space based applications. This required adhering to MIL-STD 2167, formal design reviews with the military and flight test. She worked a further 4 years at GE Medical Systems writing requirements, designing, implementing and testing real-time embedded software for a Positron Emission Tomography (PET) table and wrote automated tests for the PET user interface.
Lynne worked 7 years at Acist Medical Systems constructing manufacturing test software, developing processes used in manufacturing and training workers in their use. Lynne reviewed build documentation for completeness, including phase of build and Engineering Change Orders to facilitate QA and FDA approval. She performed software validation testing and maintained the software requirements, test specifications and code for embedded software.
Norm has 29 years of product development experience that includes creating designs in commercial, military, scientific and medical fields. At Devicix he is providing electrical design and test of project prototypes, PCB layout design, prototype assembly and cabling, embedded programming, interfacing with vendors and developing a vendor/supplier base.Prior to Devicix, Norm was employed for 4 years at Acist Medical Systems as a principle engineer in the Advanced Technology group. We explored innovative design ideas for medical product applications up to the proof-of-concept level.
As a Sr. Hardware Engineer with Bentley Instruments, Norm developed new analytical instrumentation for the dairy industry using spectrophotometric and flow-cytometry measurement methodologies. He played a key role in bringing the ChemSpec 150 and BactoCount BFC to market. Stepper motor/linear actuator motion control, fluid dynamics, and sensor based analog transduction were the primary elements of design expertise he developed.
Earlier employers include Video Sentry Corp, Mentus Group, Sigma Designs, CPT Corp, Rosemount Inc, and Electo-Craft Corp. These provided varied product development programs in mobile CCTV monitoring, RGB to NTSC VHF video conversion, phase locked loop genlocking, high-resolution monochrome monitor development, electrical/pneumatic servo-control (industrial actuator valves), aerospace precision pressure transducer instrumentation, switch mode amplifiers designed for brushless DC motors, PCB layout (OrCad, PCAD), UL, CSA, FCC, VDE, and TUV regulatory agencies.
Norm holds a Bachelor of Electrical Engineering degree from the University of Minnesota. He served with the United States Army Security Agency and has held 3 security clearances. His interests include military history, aviation, and motoring to Sturgis, SD, on a Harley Davidson.
Jeremy received a Bachelor of Science in Mechanical Engineering from North Dakota State University. Prior to joining Devicix, Jeremy worked for American Medical Systems, where he held various engineering and management positions. While at AMS, Jeremy managed a $30 million electromechanical product line focused on tissue ablation. Jeremy is also a patent holder for an implantable urological device. Jeremy enjoys spending time with his family and in his free time, loves activities in the outdoors, including canoeing, hiking, camping, and boating.