I'm an Electrical & Electronic Engineering student in the UK. I build small, practical electronics projects and prototypes while I learn, combining academic knowledge with hands-on experience.
I'm a first-year Electrical and Electronic Engineering student using MBK Electronics as a personal brand for my projects and learning journey. My current focus areas include basic circuits, microcontrollers (Arduino/ESP32), KiCad PCB design, and simple repairs.
Help with simple circuits, breadboard prototypes, and basic microcontroller projects for students and hobbyists.
Initial checks and small fixes for simple electronic devices (e.g. power issues, connectors, basic soldering).
Clear explanations, diagrams, and beginner-friendly notes as I learn – ideal for students who want to understand the basics.
MBK Electronics is run by a student engineer. I focus on small-scale, educational and prototype work only.
A programmable LED controller that creates custom light patterns. Practised PWM control and timing functions using Arduino Uno.
IoT device that logs temperature data to an SD card and displays real-time readings. Solved the need for simple environmental monitoring.
Custom PCB design for a regulated 5V/3.3V power supply. Practised schematic capture, PCB layout, and component selection in KiCad.
Portable device that measures distance using ultrasonic sensors and displays results on an LCD. Developed for basic robotics applications.
Easy to extend: Duplicate a project-card div to add new projects!
You tell me what you're trying to build or fix. We'll have a simple conversation about your goals and requirements.
We agree on a small, realistic next step with clear deliverables, timeline, and learning objectives.
I prototype, document, and share what I've done with clear explanations of the process and results.
Because I'm still learning, I prioritise small, clear projects where I can deliver value and gain experience.
hello@mbkelectronics.co.uk
I'm a full-time student, so availability is limited – but I'll reply as soon as I can.