PCB Design
Stackup planning, placement, routing, constraints, DFM, design rules, and Altium Designer workflows.
Hardware Design Engineer
PCB Design, Embedded Systems, and Engineering Tools.
I build practical hardware systems, PCB design workflows, embedded projects, and Python tools for engineering validation, simulation, and training.
About
Engineering profile
I am a hardware and embedded systems engineer focused on PCB design, power electronics, embedded C, hardware validation, and technical training. My public portfolio documents safe engineering resources, design methods, tools, and examples without exposing confidential project details.
Expertise
Core technical areas
Embedded Systems
Microcontrollers, embedded C, STM32, ATmega328P, peripherals, debugging, and firmware-hardware integration.
Power Electronics
DC/DC converters, protection circuits, sensing, buck converters, current measurement, and lab validation.
Engineering Tools
Python utilities for calculations, automation, documentation, simulation support, and test workflows.
Projects
Public engineering resources
PCB Design Rules Toolkit
A public engineering toolkit for defining PCB net classes, clearance rules, trace width rules, via rules, high-speed constraints, and manufacturing checks.
Status: In progressView Repository
LTspice Hardware Simulation Lab
Simulation examples for power electronics, input protection, filtering, sensing, and validation workflows.
Status: PlannedEmbedded C ATmega328P Lab
Low-level embedded C examples covering GPIO, timers, PWM, ADC, UART, interrupts, and I2C basics.
Status: PlannedHardware Engineering Python Tools
Python utilities for PCB calculations, power electronics, timing analysis, ADC resolution, UART baud error, and embedded design support.
Status: PlannedTools
Technical stack
Altium Designer
LTspice
STM32
ATmega328P
Embedded C
Python
GitHub
Lab Validation
Contact
Contact information
Email: ct.formationelectronic@gmail.com
LinkedIn: https://www.linkedin.com/in/thameur-chebbi-b9157b167/