Electronics & Embedded Systems Engineer

IoT • Medical Devices • Computer Vision

I am an experienced Electronics and Embedded Systems Engineer with a strong background in IoT and medical device development. My work focuses on the design of intelligent embedded and cyber-physical systems, particularly for smart home, smart city, and healthcare applications.

• Hardware/Software Co-design - End-to-end system development from concept to production
• Real-time System Integration - Optimized embedded solutions for time-critical applications
• Secure Communication Protocols - Implementing robust security in IoT and embedded systems
• Medical Device Development - Specialized in healthcare technology and digital pathology tooling

• Embedded Systems - 7+ years of experience in microcontroller programming and system design
• IoT Development - Smart home, smart city, and industrial IoT solutions
• Computer Vision - Image processing, machine learning, and AI integration
• Medical Technology - Digital pathology, smart imaging hardware, and diagnostic systems

• C/C++ - Advanced proficiency in embedded systems development
• Python - Data analysis, machine learning, and automation
• JavaScript - Web development and IoT dashboards
• Verilog - FPGA programming and digital design

• STM32 - Expert level with extensive project experience
• ESP32 - IoT applications and wireless connectivity
• Raspberry Pi - Linux-based embedded systems
• AVR - Microcontroller programming and optimization
• FPGA - Digital signal processing and hardware acceleration

• Linux - System administration and embedded Linux development
• Docker - Containerization and deployment
• Git - Version control and collaborative development
• PCB Design - Professional circuit board layout and manufacturing
• OpenCV - Computer vision and image processing
• PyQt - Desktop application development
• LVGL - Embedded GUI development
• TouchGFX - Advanced touch interface design

• UART, I2C, SPI/QSPI - Serial communication interfaces
• CAN - Automotive and industrial communication
• Ethernet - Network connectivity and protocols
• MQTT - IoT messaging and cloud integration

• 7+ years of experience in Embedded Systems & IoT
• 10+ production projects successfully deployed
• 3 research domains with published work
• Expert-level proficiency in STM32 and ESP32 platforms
• Specialized knowledge in medical device development

• Electronics & Embedded Systems Engineering - Advanced degree with focus on IoT and medical applications
• Continuous Learning - Staying current with latest technologies and industry trends

• STM32 Microcontroller Mastery - Comprehensive course covering fundamentals to advanced applications
• IoT Development Workshops - Hands-on training in ESP32, cloud connectivity, and data analytics
• PCB Design Fundamentals - Professional layout techniques and manufacturing considerations
• Embedded Linux Development - System programming and device driver development

• Project-Based Learning - Every concept reinforced through practical, real-world applications
• Industry-Standard Tools - Students work with professional development environments
• Comprehensive Resources - Extensive documentation and continued learning support
• Mentorship & Support - Ongoing guidance for career development in embedded systems

• Digital Pathology Tooling - Advanced imaging systems for medical diagnostics
• Smart Imaging Hardware - Intelligent camera systems with embedded processing
• IoT Security - Secure communication protocols for connected devices
• Real-time Systems - Optimized embedded solutions for time-critical applications

• End-to-End Development - From firmware and PCB design to vision software and UI
• Reliable Systems - Focus on robust, production-ready solutions
• Scalable Architecture - Building systems that can adapt and grow
• User-Centered Design - Creating intuitive interfaces and experiences

• Embedded Systems Community - Active participation in technical forums and conferences
• IoT Development Groups - Collaboration on open-source projects
• Medical Technology Sector - Partnerships with healthcare technology companies
• Academic Collaborations - Research partnerships with universities and institutions

• GitHub Projects - Public repositories showcasing technical expertise
• Community Support - Helping fellow developers and engineers
• Knowledge Sharing - Technical articles and educational content
• Mentorship - Guiding junior developers in embedded systems

I'm always interested in discussing new opportunities, collaborations, and challenging projects in embedded systems and IoT development.

• Email: mr.ihadios@gmail.com
• GitHub: github.com/thehadi
• LinkedIn: linkedin.com/in/hadi-feizullahzadeh
• Telegram: t.me/hadikhan
• YouTube: youtube.com/...
• Instagram: instagram.com/thehadi.fz

• Embedded Systems Consulting - Technical expertise for complex projects
• IoT Solution Development - End-to-end connected device solutions
• Medical Device Innovation - Healthcare technology and diagnostic systems
• Educational Content Creation - Technical training and knowledge sharing
• Research Collaborations - Academic and industry partnerships

My mission is to bridge the gap between theoretical knowledge and practical embedded systems development, creating reliable, intelligent, and adaptive systems that solve real-world problems. I believe in continuous learning, knowledge sharing, and building technology that makes a positive impact on society.

"From firmware and PCB to vision software and UI — I build end-to-end, reliable systems."

Building the future of embedded systems, one project at a time.