Impact of Design and Printing Variables on Printed Spring – Final Project
- Studied the effect of design and production variables on mechanical properties.
- Designed a fatigue testing machine to examine spring durability.
- Conducted compression tests on various spring configurations to analyze spring behavior.
- Programmed Arduino microcontroller using C/C++ to control testing machine movements and sensor interactions.
Mold design and injection molding of a car cup holder organizer
- Used SolidWorks and 3D printing to create rapid prototypes to improve the product and identify design issues before releasing it into production.
- Designed a car cup holder organizer mold using SolidWorks Platics.
- Performed flow simulations to identify injection molding problems and eliminate them before manufacturing the mold.
- Created a project report including: market research, alternative proposals, drawings, flow analysis, injection molding machine limitations study
Autonomous Can Recycle Robot
- Led mechanical design and constructed an Autonomous Can Recycle Robot.
- Utilized SolidWorks, Laser Cutting and 3D printing for rapid prototyping to enhance robot design & functionality.
- Participated in programming the Arduino microcontroller using C/C++ to control robot's movements, sensor interactions, and recycling process.
STEM Toy Alliance with Carasso Park
- Collaborated with Carasso Science Park to design and build a STEM toy for their online store.
- Utilized SolidWorks Simulation and Laser Cutting for rapid prototyping to enhance toy design.
- Optimized toy assembly with DFA principles, self-fastening design, created user-friendly assembly manuals.
Coffee Capsule Dispenser
- Led the design and produced a coffee capsule dispenser that covers the capsules from outside debris.
- Enhanced final product design through rapid prototyping using SolidWorks and 3D printing.
- The product exceeded expectations and fulfilled its purpose with high positive responses.
