Goodbye Gitlabs : Commits from September -> May 2021
A company-wide move to bitbucket was made during may 2021
Third Year Engineering Project – Wearable ECG Monitor
This project aims to design a low power battery operated wearable device with wireless capability that can measure ECG from the bipotential single channel. The system is lightweight and small since it will be worn for a long period without a battery recharge. Use professional tools & software during development. Understand low level embedded systems and overcome problems which are specific to the project using OEM datasheet/documentation.
Fuse Finder III
Fuse Finder 3 is the third iteration of the FF product line. The product has been redeveloped from the grounds up with a patented sensor design. The MCU has been updated from PIC to ARM Cortex M0+, with a completely new software aritecture. The product consists of 2 parts: Receiver + Transmitter. My contributions to
40,000 Volt – Holiday Tester – Year In Industry Project
The Project HVDC is a holiday detector which can check paint coatings for various materials to make sure there are no microscopic holes. The product has multiple use cases from medical to acid factory. When I started at BHA back in June 2018 the project was in its early stages, this was different from the
Two Wire DMM Loop Tester
coming soon…
Wireless Smart Walking Stick
The aim of this project was to produce a reliable, high-tech smart walking stick. Which is capable of detecting objects (static or dynamic) and alert the user using vibration & sound. All the data acquired should be stored in a database for medical analysis. Project Report & Log Powered By EmbedPress
Controlling Electronic Devices Using The Internet – NodeJS || Arduino Communication Project
Introduction This project in a nutshell: Controlling an Arduino micro controller from a web interface. Therefore control any electrical device from anywhere with internet. I wanted to stretch my understanding on programming and web development and what better way to do this then doing a simple but effective project. The hardware is kept at a
Line Following Robot – First Prize
Robot Build The PCB was designed using pads logic PCB design software. Since we were first year students extensive help was provided. The arduino uno shield was assembled in the engineering lab. The shield consisted of full H-bridge IC chips to control the dual motors on the robot. It also had a sensor daughter board