TECHNICAL PROJECTS

Room Service Drone

I initiated this project during my Electro-Mechanical System Design and Practics course, where I developed a drone capable of live room number tracking using the K-nearest neighbor algorithm. This project later evolved into my first conference paper, where I enhanced the system with a Convolutional Neural Network (CNN) for improved performance.

Software: Python, Mission Planner, SolidWorks, MATLAB 

Completed

Air Cooler Based on Peltier Module

During my Thermo Fluid System Design course, I modeled and manufactured an air cooler using Peltier modules. Although Peltier modules are generally inefficient, I focused on optimizing their performance through effective thermal management. The project also involved detailed hand calculations, which I presented as part of the course objectives.

Software: SolidWorks, PTCMC  

Completed

Science Task Tool  ǀ  Renaissance v1.0 Mars Rover

As the lead of simulation and test design for the rover mission of Team Interplanetar, I worked on Renaissance v1.0. I designed, manufactured, and tested a scientific analysis setup for the Mars Rover that can accomplish science tasks missions like drilling, soil collecting, and onboard chemical testing. 

Participated in the University Rover Challenge (URC) 2022 at MDRS near Hanksville, Utah, USA ǀ Certificate ǀ Participated in the European Rover Challenge (ERC) 2022 at Kielce University of Technology ǀ Certificate

Completed

Vending Machine

During my internship at Vertical Innovation Limited, I was responsible for developing vending machines for women's sanitary products and snacks. Additionally, I designed a mechanical solution for an anti-theft security hopper, which is now marketed by the company. 

Certificate

Completed