I am the engineer who worked 11.5-hour days in a car service center and came home to wage a second war against datasheets and hardware registers. Now, I am a Computer Engineering student with a single-minded focus: to become a world-class embedded systems engineer. I am the man who is tired but never stops.
My approach is built on a simple but powerful belief: True mastery comes from the bottom up.
- Bare Metal is the Foundation: Before using an API, I need to know how to build it. I don't just call a function; I understand the registers, the interrupts, the DMA channels, and the timing that make it work. The datasheet is my most trusted tool.
- Understand Why, Not Just How: I don't stop when the code works. I stop when I can explain precisely why it works, from the C code down to the electrons flowing through the silicon.
- Build Systems, Not Just Code: I combine peripherals, protocols, and power management to create complete, robust, and efficient embedded systems—from RC cars to real-time ECUs.
Languages:
Architectures:
Protocols & Peripherals:
Hardware, Tools & Design:
My journey is a series of deliberate campaigns to conquer the world of embedded systems.
- Objective: Total, bare-metal mastery of the ATmega328P (AVR) architecture.
- Victories: Built drivers from scratch for GPIO, Timers, Interrupts, PWM, ADC, UART, WDT, and Sleep Modes.
- Result: A portfolio of 100% bare-metal projects, including an RC car and traffic control systems.
- Objective: Conquer the ARM Cortex-M4 architecture using the STM32F446RE.
- Victories:
- Migrated from 8-bit to 32-bit architecture.
- Wrote custom drivers for DMA (Direct Memory Access), NVIC, and Hardware PWM.
- Implemented non-blocking UART communication using DMA Streams.
- Project: STM32 ECU Simulation with FreeRTOS integration.
- Objective: Ascend to full-stack embedded development.
- Targets:
- 🧠 Master Real-Time Operating Systems (FreeRTOS) internals.
- 🐧 Tackle Embedded Linux.
- 🔌 Design and manufacture multi-layer PCBs.