Tanya Rustogi

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LabSpencer

In year 1 semester 2, in our Engineering Strategies and Practices course we were divided into groups of 6 people and given a client and a problem statement. Throughout the course we had to go through the design process where we created a problem statement, went through the stalkeholders, contraints, objectives and more. All of which is outlined in the document linked below. The client for this project were engineering lab technicians and the problem was that students usually dispense more than the required 2 gloves which creates the extra gloves to be contaminated and therefore be wasted. In this project, I used fusion360 to create a to scale design of our glove dispenser idea. We then 3D printed the dispenser and used it in our presentation to simulate the solution.

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TinyMile

In year 1 semester 1, in our Engineering Strategies and Practices course we were divided into groups of 6 people and given a client and a problem statement. Throughout the course we had to go through the design process where we created a problem statement, went through the stalkeholders, contraints, objectives and more. All of which is outlines in the document linked below. The client for this project was the company Tiny Mile that creates food delivery robots and the problem was that since the robot is small, costumers have to bend down to pick up the food from inside the robot. We had to design a mechanism for the food to be elevated from the robot to the costumer. In this project, I collaborated with my teammates to create 50 designs and then use multiple methods to narrow it down to one idea and design the mechanisms and components of that idea.

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No Touch Disinfectant Wipes Dispenser

In grade 12, during covid since all schooling was moved online, I along with other peers from all over the world competed in an online hackathon, the theme of which was to create a project that helps lessen the spread of Covid-19. The project that I decided on creating is a disinfectant wipes dispenser that is touch-free and uses an ultrasonic sensor along with an arduino coded in python to sense the users hand waving which moves a motor. The motor is connected to a rod which is connected to a roll of disinfectant wipes that unrolls when the motor moves. Whilst completing this project, I learned not only how to use hardware components such as breadboards and arduinos but also how to code in python as that is what was required when working with arduinos.

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Child Tracker - 3D printed

In grade 9 and 10 as part of my IGCSE certification I completed a Design and Technology: Systems and Controls course where we created a couple of projects whilst learning about structures, electronics and mechanism. We made and tested a bridge, synthesizer and an automata. As a part of my final project I made a two piece child tracker which send signals to each other and see the strength of the signal. When the signal's strength is weaker than a certain amount, the parent part of the child tracker shows a cross indicating that the child is far from the parents where otherwise the tracker shows a check mark. The child part of the child tracker starts emmiting a noise when the signal's strength is less than a certain amount making it easier for the parent to find the child. For this project, I used two MicroBits and 3D printed the bodies of the child trackers after making them on fusion.

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Reversi Lab

In first year of university semester two we did a course learning C programming which was our first programming course. At the end of the semester our final project was to code a computer opponent for the game reversi or othello, attached is the github link for the code used. In this code, the user chooses the dimensions for a square othello board and a text-based image of the board is shown. The user then choses which color the computer plays and the game starts with the computer asking the user to input a letter coordinate and the computer printing the board. The computer then plays its move and prints the board with its move shown. This continues until no more moves can be made and the computer determines who wins. If the user makes an invalid move, the computer prints out 'invalid move' and the game ends there.

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Piston

During year 2 semester one I did an out-of-school weekend machining course which lasted Saturday and Sunday 9am to 6pm. We used numerous industrial machines such as a drill press to make holes in the metal plate and a metal lathe mill to cut the metal into the shapes required such as the the cylinder and the piston and grinding machines to finish the project. Through this project I also got experience in using different measuring tools such as calipers, height guages, dial guages and more.

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NoomNoom Useless Robot

I participated on a 48 hour overnight makeathon where in groups of 3, we were given the choice of making an object to do with one of three themes given using material that we could order in a shop. The theme we chose was to compete in was useless inventions. We first started by thinking of different ideas of things we could make and landed on a robot that 'eats' everything you put on its hand. From there we created the first draft of Noomnoom out of paper and cardboard. After finalising that we created the structure on Fusion360 and sent it to get 3D printed. We then worked on the electronic, noomnoom works with an arduino connected to the ultrasonic sensor that senses the user's hand and a servo motor then moves the head and arm. We also connected noom noom to a set of wheels so it can do a little 'dance'.

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Microcontroller unit for Radio - design course

In second year second semester we had a hardware design course, ECE295, where each class of 6/7 groups of 3 students was given a part of a radio to design and at the end all teams would come together to make a complete radio. My group's part was a microcontroller, ATMega34A, that took an two inputs from the user, a frequency using a potentiometer and the mode (transmitting or receiving) through a toggle switch. The MCU then used I2C connections to send the frequency to a PLL that transmits two sinusoidal waves 90 degrees out of phase to the other subsystem mixers and a signal sent to the relay in the switch to switch between the modes. We started the project from scratch, created the schematic, the PCBs, coded the MCU in C, debugged and learned alot along the way.

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C game played on DE1-SoC Computer - ARM Language

This game was made as a final project for ECE243 which is an ARM assembly course, however this game is coded in C and played on a FPGA board. The keyboard arrows are used to control a white colored user car, the goal of the game is to not crash onto another cars which are coming towards the user at varying speeds. You use the 'esc' key to start the game and can choose levels using the numbers 1-3 when the game has started. The spacebar can also be used to pause the game and enter to unpause the game. The seven-segment display shows the number of cars that the user has doged, the 'score'. When the user bumps into a car the game ends and a 'game over' screen is displayed, the user can press the 'esc' key again to restart the game.

Hi!
My name is Tanya Rustogi
I am a Computer Engineer

My Projects

LabSpencer - glove dispenser

TinyMile - food delivery robot

No Touch Disinfectant Wipes Dispenser

Child Tracker - 3D printed

Reversi Lab - C Language

Piston - Machining course

Noomnoom Useless Robot - 48 hour Makeathon

Microcontroller unit for Radio - design course

C game played on DE1-SoC Computer - ARM Language

Contact Me

Hi! My name is Tanya Rustogi I am a Computer Engineer

My Projects

LabSpencer - glove dispenser

TinyMile - food delivery robot

No Touch Disinfectant Wipes Dispenser

Child Tracker - 3D printed

Reversi Lab - C Language

Piston - Machining course

Noomnoom Useless Robot - 48 hour Makeathon

Microcontroller unit for Radio - design course

C game played on DE1-SoC Computer - ARM Language

LabSpencer

TinyMile

No Touch Disinfectant Wipes Dispenser

Child Tracker - 3D printed

Reversi Lab

Piston

NoomNoom Useless Robot

Microcontroller unit for Radio - design course

C game played on DE1-SoC Computer - ARM Language

Contact Me

Hi!
My name is Tanya Rustogi
I am a Computer Engineer