Project T1
T1 was born with the idea to provide a versatile solution for home and industrial automation, security, and access control, standing out from current market offerings. Designed for both wired and wireless setups, it ensures broad compatibility across different brands and seamlessly integrates access control without the need for external devices like PLCs.
Bike Pollution Sensor
This device is designed to measure pollution across the city and is intended to be mounted on bicycles. By installing these sensors on numerous bikes within a bike-sharing system, we can collect uniform data from all over the city.
Smart Bike Light
This project was part of a class assignment aimed at creating a smart bike light. The design adjusts the brightness of the front light based on three factors: the bike's speed, the ambient light, and UV light levels. The principle behind it is straightforward: the faster the bike moves, the brighter the light becomes. Similarly, lower external light levels trigger an increase in brightness to better illuminate the road ahead.
4-Bar Linkage System
This was an individual school project in which I used SolidWorks to design a model of an oil pump jack. The project required me to engineer a 4-bar linkage system that adhered to Grashof's conditions for proper mechanical movement.
To view other SolidWorks projects click here.
Acrylic Truss Project
The overall goal for this project is to design a truss capable of supporting a given load from given materials. The design options are to be guided through engineering analysis.
Beam Cart
ME 360 Class Project
2.5 DOF motion
ME 360 Class Project
Phone Holder
ME 360 Class Project
Gasket
ME 360 Class Project
Golf-ball Gravity Test
ME 360 Class Project
