Hello, I’m Amir Azadi, an Embedded Systems Designer and Signal Integrity Engineer with over 15 years of experience in creating high-reliability embedded systems for the aerospace and satellite industries, as well as other high-reliability sectors. My journey in the field of electronics and embedded systems has been driven by an insatiable curiosity and a relentless pursuit of excellence.
Professional Background
My professional career began during my final year of university studies in electrical and electronic engineering, where I specialized in digital hardware design, embedded computing, and digital signal processing as part of a student satellite project. This early exposure to complex projects laid the groundwork for my future endeavors in the space industry.
Throughout my career, I have led the design and development of advanced embedded systems tailored for space applications. My role involves overseeing the entire lifecycle of projects, from initial concept through to deployment, ensuring high reliability and performance in some of the most challenging environments. I have engaged in the design and manufacture of over 10 satellite projects, developing radiation-tolerant onboard computers, command and data handling systems, and condition monitoring systems for rotary machinery.
In my previous roles, I have designed and developed embedded systems for next-generation space missions, leveraging expertise in microcontrollers, FPGAs, DSPs, and real-time programming. My work has spanned application-specific single-board computers, payload processing, image and video techniques, data acquisition systems, and complex spacecraft interface designs. Now residing in the United Kingdom, I am cooperating with multiple companies worldwide.
Technical Expertise
My technical skill set is diverse and extensive, including:
- Embedded Systems: FPGA/SoC/Microcontroller design (AMD, Microchip), TI SoCs and DSP+ARM, high-reliability systems, radiation-tolerant designs.
- Hardware: High-speed and multi-layer PCB designs, Assembly and test, Fault finding, troubleshooting, and systems analysis of electronic hardware. VPX, Euro Card, PC/104, PCIe/104, etc. design standards.
- Signal and Power Integrity: Design strategies for enhancing signal and power integrity in embedded systems with teaching experience.
- Ruggedization: Techniques to ensure system reliability in harsh environments, pre-production simulations.
- Software Development: C, C#, Embedded Linux, MATLAB, VHDL, Verilog, Python, RTOS, etc.
- Condition Monitoring: Design and development of data loggers for capturing vibration and environmental data.
- Mixed Signal Design: Expertise in designing and developing data acquisition systems, including mixed-signal circuits, ADC, DAC, and signal conditioning circuits. Proficient in analog and RF circuit design.
Teaching and Mentoring
Beyond my professional projects, I am passionate about teaching and mentoring the next generation of engineers. I have held numerous workshops and courses in universities and industries, sharing my knowledge and experience with students and professionals eager to learn about critical aspects of electronics design.
Personal Philosophy
With a passion for innovation and a dedication to excellence, I am committed to advancing the field of embedded systems. My extensive experience and technical expertise enable me to develop cutting-edge solutions for complex challenges, ensuring optimal performance and reliability in every project. I thrive in team environments, leveraging multi-disciplinary collaboration to achieve outstanding results.