מירון וואין

• Steerable antenna systems for aeronautical telemetry – reflector antennas up to 10-m diameter, mono-pulse/e-scan/conical-scan auto-tracking, stabilization on moving platforms, integration with variety of tracking receiver, INS/IMU, customized control and communication protocols
• Satellite communication, radar and other applications – reflector and flat antennas from 60 cm to 7 m aperture, LEO satellite tracking from static platforms, UAV tracking from static and moving platforms, up to 200 RPM radar antennas including airborne, command car satellite communication antenna
• System architecture, technology, and implementation – internal control/communication topology, CPU/DSP brands and operation system selection, design and implementation of simulation infrastructure, advanced control system design including automatic code generation, receive-transmit chain top level design, ground station monitoring

• Software and hardware development for digital servo amplifiers – TI DSP, HW and SW architecture from scratch, hard real-time code C++.
• Signal processing algorithms for auto-tracking antennas – x86 and DSP based code for real-time tracking antenna AM signal processing, evaluation and compensation of tracking antenna inaccuracy and other error sources.

Steerable antenna systems for aeronautical telemetry – reflector antennas up to 10-m diameter, mono-pulse/e-scan/conical-scan auto-tracking.

• Algorithms for tracking and stabilization on moving platforms (MATLAB/Simulink/Code-generation), sensor/actuator interfaces (synchro, encoders, tachometers, motors, IMU, INS, GPS, compasses).
• Optimization algorithms for multifocal optics in OO MATLAB environment.
• Medical image processing in MATLAB environment.

• Management of multidisciplinary projects – technical coordination of teams consisting of antenna and RF, electro-mechanics and servo, control and SW engineers (about 12 engineers)
• Project/product requirements’ evaluation – compliance matrices for FRI/RFP, estimation of NRE, generation of technical proposals, technical negotiations with domestic and international customers
• Subsystem requirement definition for internal and subcontracting groups – translation of system requirements into specifications and SOW for relevant disciplines, antenna positioning error budgets, power budgets, communication link budgets
• Supporting the full project life cycle – preparation and conduction of DRs and test procedures, technical manuals, on-site integrations and testing, customers’ training and support
• Winning and lead of projects with support of Israel Innovation Authority – MAGNETON program for advanced control technologies, IIA program for a novel Non-GSO satellite antenna system design

השתתפתי בעשרות פרויקטים ביטחוניים אבור גופים מובילים בארץ ובחו"ל