Problem
- Design a mechanical system capable of traversing down a steep rugged ramp
- Manage strct project deadlines and expectations
- Prototype and iterate on mechanical assemblies using CAD tools
Project detail
First Semester Robot Project
Engineered a robot for a cumulative project in a Mechanical Engineering class.
SolidWorks 2025
Rapid Prototyping
Time Management
A rendered view of the robot.
Role
Project Lead and Design Lead
Focus
Rugged Terrain Robot Design
Result
Full Points and Mechanical Engineering Experience
Approach
- Used SolidWorks 2025 to design mechanical assemblies
- Executed rapid prototyping cycles to test structural integrity and fit
- Managed team timelines and task distribution
- Performed rigorous physical testing and iterative updates to the design
The final working design of the robot
Key outcomes
- Learned rapid prototyping techniques for physical product development
- Learned how to manage a team and delegate tasks effectively under a strict timeline
- Developed a deeper understanding of mechanical engineering principles and their practical applications
Impact
Earned full project points and gained hands-on mechanical engineering experience through successful design and fabrication.