Jeff has over 25 years of software development experience in flight critical digital fly-by-wire systems for military and commercial aircraft. Jeff successfully led the development of several major avionic systems, that included the USAF Stealth Fighter F-117 Autopilot/Auto-throttle system, the Learjet 45’s Spoileron and Nose Wheel Steering systems, NASA’s RASCAL program for in-flight research of new and innovative flight controls for helicopters, Pratt & Whitney Canada’s Engine Monitoring (EM) and Wireless Data Transfer units (DTU), and was a contributor to Avidyne’s R9 PFD/MFD display system. Additionally he led the development of the Pratt & Whitney Canada’s TurbineTracker Web system that configured on-board EM systems and provided the DB storage and Web presentation of the data collected by those systems. His comprehensive knowledge and understanding of software issues, from development methodologies, specifically related to FAA compliant RTCA/DO-178B software processes, to the real-time processing issues in aircraft embedded Data Acquisition systems, provides a cohesive strategy for software development. Jeff’s success in dealing with diverse customer requirements is a strong indication of the high standards and professionalism he brings to both the technical and financial aspects of the company’s business. Jeff specializes in C/C++, Python, Windows development and SQL.

Mitch has over 25 years experience developing software specializing in real-time and embedded systems and is proficient in C/C++ and assembly. He has been a key contributor in the development of the Automatic Flight Inspection System (AFIS) for the FAA, avionics and control systems for the F/A-18, C-17 and B-2 military aircraft while at Parker Hannifin, and patient monitoring systems for Hewlett-Packard. Most recently, he developed avionics software as a Senior S/W Engineer at Avidyne. In addition to developing certified software for the highly regulated medical and military/aerospace industries, he has designed fault-tolerant software for telecommunication and industrial control products.

Brendan graduated with a degree in Applied Mathematics from the University of Massachusetts - Amherst, with a focus in Scientific Computing. He is proficient in C/C++, python, SQL, and linux bash scripting. He has worked with us for 4 years on high fault tolerant, embedded systems. Much of his free time involves machine learning, and numerical analysis research. He enjoys building classification algorithms using support vector machines, logistic regression, and LSTM models.

Boruch is a Computer Engineering graduate from NYU Tandon School of Engineering, specializing in firmware and embedded systems, and is proficient in C/C++ and Python. He has hands-on experience developing microcontroller-based systems on platforms including STM32, ESP32, and Arduino, with a strong emphasis on hardware-software integration and safety-critical testing. He is a key contributor to the development of a validation software suite supporting safety-critical systems for Pratt & Whitney Canada’s aircraft engines, ensuring compliance with RTCA DO-178B processes. He also designed and implemented a customized Sphinx-based documentation pipeline, creating CLI tools and automation scripts to streamline and standardize documentation builds.