Amusement Park Ride Design
In this project, I was required to design a functional amusement park ride. I chose to design a drop tower. The lifting and dropping mechanisms were implemented using L293D motor drivers. The project demonstrates mechanical design, motor control, and safety considerations for thrill ride engineering.
Project Overview
This project involved designing a complete amusement park drop tower ride from concept to functional prototype. The design incorporates mechanical lifting mechanisms, controlled descent systems, and safety features typical of modern thrill rides.
Key Features:
- L293D motor driver controlled lifting mechanism
- Controlled drop system
- Prototype testing and validation
Technologies Used:
Project Documentation:
View Drop Tower Report PDFRelated Projects
Adjustable Power Supply Board
2024For a design course, the goal was to design an op-amp based circuit board to create an adjustable power supply board. This project includes the design, manufacturing, and calibration of the power supply. The power supply can be adjusted to provide different output voltages and current capabilities as required. The project involved creating the schematic, designing the PCB layout, and testing the final product to ensure accurate and reliable performance.
Impact: Successfully designed, manufactured, and calibrated a fully functional adjustable power supply with op-amp based voltage regulation and current limiting capabilities
Bridge Design
2018Structural bridge design and analysis project focusing on load distribution and structural integrity.
Impact: Designed structurally sound bridge with optimized material usage and load capacity
Library Bookstand Design
2022In a team of 6, we were given the problem of designing a better book stand for a library. The current system involved creating a custom book mount out of matboard for every single book, each time. 12 of these bookstands were then created for the client, and are now being used in their latest book exhibit.
Impact: Successfully designed and implemented 12 bookstands for library use, now serving as teaching examples for APS111 and APS112 engineering courses
