ME1670 Group Project

Challenge: During the design process, we encountered issues with incorrectly dimensioned parts within the overall assembly of the stroller, which caused components not to fit together properly.

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Solution: To resolve this, I worked on re-dimensioning the parts that were causing misalignments. By adjusting the dimensions of key components, I ensured that the parts fit together seamlessly, resulting in a fully functioning stroller. This adjustment not only resolved the immediate issue but also improved the overall assembly process, allowing for smoother integration of all components.

Process:

• Concept Design & Drawings: Created initial drawings and concept designs for the stroller deck and base, establishing the foundational look and functionality.

• Dimensioning & Finalization: Once the team agreed on the overall design, I dimensioned all drawings to ensure accuracy and proper fitment of components.

• 3D Modeling: Modeled each individual component of the scooter deck and stroller base in SolidWorks, including all necessary hardware like screws and bolts.

• Assembly in SolidWorks: Assembled the individual components to create a complete model of both the scooter deck and stroller base.

• Full Model Integration: Collaborated with team members to integrate their components into the full stroller model, creating a cohesive design in SolidWorks.

• Animation & Simulation: Created animations to demonstrate the movement of all parts of the scooter deck and stroller base, showcasing the functionality of the stroller-scooter hybrid and how all components work together in motion.