Senior software engineer with extensive experience in real-time embedded systems, firmware development, and multithreaded network communications software. Specialization in safety-critical systems including cardiac event detection and insulin pump control, autonomous robotics, and wireless protocol implementations. Deep expertise across FreeRTOS, VxWorks, lwIP TCP/IP stacks, embedded Linux device drivers, and ARM-based microcontroller architecture. Has held senior engineering positions at several major companies across technology, medical devices, and related industries, with extensive experience in debugging complex hardware-software integration challenges using industry-standard instrumentation. Strong foundation in Bluetooth/BLE protocols, MQTT messaging, and IoT system design across medical, robotics, telecommunications, and consumer electronics sectors.

Formal Education

  • Master of Science in Computer Science from a major research university
  • CCNA Certification

Career Highlights

  • Designed and implemented cardiac event detection system firmware at a technology consulting firm using FreeRTOS and lwIP communications
  • Developed safety-critical autonomous mobile robot control software at a robotics company, implementing real-time monitoring of cliff sensors and motor encoders
  • Diagnosed and corrected complex SPI-DMA communication between Nordic nRF52 and Cortex-M processors at a medical device company using advanced logic analysis
  • Architected event-driven camera gateway software for a consumer electronics platform at a networking equipment company, replacing poll-driven architecture with hierarchical state machines
  • Led embedded Linux porting initiatives at a major technology company, including wireless technology adaptation to mobile and computing platforms
  • Developed instrument control software for autonomous underwater vehicles at an aerospace company, coordinating complex subsystems including servo motors, sonar, and video systems
  • Created comprehensive software development toolkit for customers of a consumer electronics manufacturer, implementing RESTful API interfaces and real-time camera control protocols

Expert Qualifications

  • Extensive hands-on experience in safety-critical embedded systems applicable to medical device and autonomous system patent disputes
  • Expert-level proficiency in real-time operating systems (FreeRTOS, VxWorks, SafeRTOS) and their application in resource-constrained environments
  • Deep technical understanding of wireless communications protocols (Bluetooth Low Energy, WiFi, MQTT) and embedded TCP/IP stack implementation
  • Extensive experience troubleshooting complex hardware-software integration issues using logic analyzers, oscilloscopes, and advanced debugging techniques
  • Prepared to serve as expert witness or consulting expert in patent disputes involving embedded systems architecture, RTOS design, IoT protocols, and wireless communications