Hello! I am Zahid Hasan
Embedded Systems Developer
I design and develop intelligent embedded systems that bridge hardware and software, creating innovative solutions for complex technical challenges.
I design and develop intelligent embedded systems that bridge hardware and software, creating innovative solutions for complex technical challenges.
With 2 years of experience in embedded systems development, I specialize in creating efficient and reliable firmware & hardware for microcontrollers and IoT devices.
I bridge the gap between hardware and software, designing systems that optimize performance while meeting strict power and resource constraints.
Creating efficient, reliable code for microcontrollers
Building connected devices with optimized power consumption
Interfacing communication protocols for specialized applications
Interfacing with sensors, actuators and complex hardware systems
GizanTech
Firmware development for smart home IoT devices using ESP32 microcontrollers
Robotics Solutions Ltd.
Designed real-time control systems for autonomous robotics using C++ and RTOS
MedTech Innovations
Developed firmware for medical monitoring devices with strict safety requirements
ConnectedTech
Built low-power wireless sensor networks for industrial monitoring applications
A collection of my most significant embedded systems projects, showcasing firmware development, hardware integration, and innovative solutions.
A low-power embedded system that monitors and optimizes energy consumption in homes and buildings. Features real-time power measurement, data logging, and wireless connectivity.
A distributed network of self-configuring sensors for environmental monitoring with long battery life and robust mesh networking capabilities.
My expertise spans hardware interfacing, firmware development, and system optimization for resource-constrained embedded environments.
A glimpse of my embedded systems workbench where I prototype, test, and develop projects.
Oscilloscope and Logic Analyzer setup
Collection of MCUs and SBCs
Smart sensor prototype