Mahim Baig

Cards are shuffled and displayed face down.
Players click on cards to flip them and try to find matches.
When a match is found, cards are removed from the board.
The game continues until all matches are found.
The score is updated in real-time.
A restart button allows players to reset the game.
When game is restarted the cards are again shuffled.
When game is won the screen shows you won!
- Code created on Visual Studio

Uses OpenWeatherMap API and online csv from GitHub repository called "Packing List".
App looks up the current weather of user’s destination by using drop down menus for country and associated city and gives back a list of suggestions to pack.
Code created on Pycharm IDE
presentation created on Canva

During the site visit, we utilised a 360 Matterport camera and tablet to create a digital twin of the space, allowing us to capture accurate and immersive representations.

The C# code initiates a guessing game where users input a username and guess a random number between 1 and 10 within three tries. It provides feedback on each guess and congratulates the user upon a correct guess or reveals the correct number if all attempts fail. Created on visual studio code.

Voice Control of Flatbed Plotter
A flatbed plotter is a CNC machine which operates on G-codes, it was interfaced with voice commands.
● PyCharm software used for python programming to interface CNC machine to terminal via telnet library.
● Speech Recognition library was interfaced, and G-code was translated from voice commands to automate CNC machine.

A group project on the FPGA board that detects the sequence 14233.
● A state machine was created using 5-bit, incrementing the state if the input matches the programmed sequence when buttons are pressed, else setting the state to lock state.
● Each button was associated with the given number of the sequence. This was programmed using VHDL using Xilinx Vivado.

For parent's anniversary, using Canva software for editing videos and creating animations for family entertainment.

LEDs in the system were programmed to be kept dim in the dark until IR sensors detect any movement of vehicles and pedestrians, which then increase or decrease the brightness of LED lights depending on this movement and position detected.
● Various LEDs, LDR and infrared sensors were used.
● Simulated using Autodesk Tinkercad and the project was programmed using Arduino IDE.
This project can be interfaced with various other systems such as dual axis solar tracking system to make it… Show more

LEDs in the system were programmed to be kept dim in the dark until IR sensors detect any movement of vehicles and pedestrians, which then increase or decrease the brightness of LED lights depending on this movement and position detected.
● Various LEDs, LDR and infrared sensors were used.
● Simulated using Autodesk Tinkercad and the project was programmed using Arduino IDE.
This project can be interfaced with various other systems such as dual axis solar tracking system to make it "smart" and energy efficient. Show less

A PIC was interfaced with a sensor that checks the temperature and humidity of the surrounding.
● Embedded C code was written on MikroC IDE, and signals were sent to PIC.
● LCD screen was used to display temperature and humidity.
Inquire for any other projects done.

Creating a baisc solar tracker using arduino Uno and LDR and Servo motors- powered by laptop using Arduino IDE. In low light UV light was shone on the LDR for vertical and horizontal servo motor movement

A tracker that follows that sun on both x and y axis.
● Electronic simulation was created using IC LM324, voltage divider, window comparator H-bridge motor driver circuits for each axis, this was completed on NI multisim and Circuit Wizard.
● PCB layout created with Circuit wizard and solder iron used to solder components.

9V DC battery powers the 4 way traffic light system.
A timer IC 555 is used as an astable multivibrator to produce pulse based on timing Resistor and Capacitor.
Output pulse from IC 555 is fed into counter IC CD4017 clock input of this counter integrated circuit counts pulse and changes the output line (Q) logic into HIGH or LOW, by connecting proper color LED at this counter IC output, we can obtain traffic signal light.
LEDs display the signal

Using PDS to assemble the motor as a whole, creating a stator from scratch.

Using laser measure to create an accurate model on ArchiCAD software.