Mike Borrello is a Control Systems and Simulations Specialist living in North County, San Diego.He is currently looking for new opportunities as a technical contributor or leader in design and development of products and systems.Most of Mr. Borrello's experience has been in the design and development of medical products and up until February 4 of 2022 he was employed by Philips where he was a Principal Control Systems Engineering working on ventilator products. Prior to Philips he worked as a Staff Control Systems Engineer in the Algorithms Group at Cymer, Inc. supporting Deep Ultraviolet laser product development. Prior to Cymer, Mr. Borrello was the Manager of Systems and Controls at Luminous Medical Corporation in Carlsbad, CA, a startup pioneering a new medical device technology for automatic and frequent monitoring ofblood glucose in the ICU. Before Luminous, Mr. Borrello served in technical and managerial rolesfor the design and development of control systems in both defense and medical industries includingsuch applications as pointing, acquisition and controls for an air to air laser communicationssystem, a shipboard inertial stabilization system for a rapid optical tracking telescope and pressureand flow controls for critical care ventilators. His M.S.E.E. (1987, University of Southern California, Los Angeles) is in Control Systems and he is a leading expert and consultant on the simulation software tool, VisSim (Now Altair EMBED). His primary interests are in the modeling and simulation of dynamic systems and practical rapid hardware-in-the-loopcontrols for proof-of-concept, and feasibility testing, and algorithm developmentMr. Borrello is a former Senior Member of the Institute of Electrical and Electronic Engineers (IEEE), having served as the San Diego Chairman for the IEEE Control Systems Society and the IEEE Engineering in Medicine and Biology Society. He has authored many technical papers, mostly on ventilator control systems and shares over a dozen patents in medical device technologies.Special experience includes: Design and development of controls for critical care ventilators, Precision control of fluid pressures, flows and mixing, dynamic systems analysis and simulations, pointing, acquisition, tracking and stabilization systems, hardware-in-the-loop control-simulations for feasibility demonstrations, product and systems development.