Mohd Shafiq's Bio

I am a creative, analytical person and always hungry to learn more about my craft and trade. I really enjoy working with people and tackling all the problems and challenges that come my way on a day-to-day basis. I have graduated with a degree in Electrical Engineering from NUS. Check out my Github for my projects!

My Projects

Self initiated and school projects

I do whatever it takes to solve problems and come up with innovative solutions. Over the years i have honed my skills in the electronics field by building projects and self- learning engineering concepts

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LPC1769 Car Project

This project is a perfect example of how hardware programming can be used in daily life. The project simulated a smart car, implemented with interrupts, temperature, light sensor and accelerometers on the EA baseboard. This project is part of an NUS module, EE2024

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NUS Makerthon 2020

Me and my team developed a panic attack sensor for the the theme "Enhancing Social Interaction". The sensor used an Arduino UNO,Bluetooth module HC-06 and Grove Heartbeat sensor

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Tiva C Series TM4C123G

This project is a great example of how i love to self learn and experiment with hardware. This project was mainly used to learn Assembly Language and C.

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EE2020 Signal Generator

As part of my Digital Electronics Module E2020, I came up with a signal generator using the Basys 3 FPGA board. The project is done in verilog and the code is available on Github.

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LPC1768

Completed the course outlined in the book "Fast and Effective Embedded Systems Design" by Rob Toulson and Tim Wilmhurst

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Micro: Bit Car

I made this project for Maker Faire 2018 while completing my Industrial attachment. This project used the BBC Micro:bit as the micro controller. A game was designed such that students would use a remote control to navigate and obstacle course and pick up 'treasures' which were magnets.

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Micro:bit Obstacle Course

During my internship with Tinkercademy, i assisted in building a timed obstacle course using BBC Micro:bit for the company's exhibition at Young Maker's Fiesta 2018. The obstacle course required participants to shoot targets around the cardboard course in the shortest time. When implementing this project i learnt about implementing robust communication systems and about TCP/IP protocols.

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Programming Languages

C and C++

For Arduino, LPC1769, LPC1768

Verilog

EE2020 Digital Electronics

Assembly Language

LPC1769

Python

numpy, scipy, and Python for FYP project

HTML, SQL and CSS

Software Projects