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Design Project Two:

Investigating Hip Arthroplasty and Conceptual Design

Team Number: 35

Team Members: Avani Sharma, Julia Ungureanu, Victor Mitea, Warisha Rehman, Taylan Dalkan  

Orthopedic implants like the artificial hip implant are designed to mimic the natural movement and functions of a natural hip implant. The ball and socket part of the prosthesis is under tensile stress and compression from erratic movements done in day-to-day life. As a result, the hip implant is used when the patient is suffering from either excessive usage or further complications elicited by other diseases. Implants should be designed to last around twenty years. 

Design Project Two required our team to build and design a hip implant for a total hip replacement. The milestones, final deliverable, and logbook for Design Project Two have been posted below to document our team's journey to collaboratively incorporate our creativity and ideas to develop a conceptual design by coding and Autodesk Inventor to produce a 3D-printed prototype of our hip implant. For this project, my Administrative Role was Subject Matter Expert. 

Milestones

Milestone 0: Development & Planning

Milestone 1: Problem Definition

Milestone 2- Team: Conceptual Design

Milestone 2- Individual: Conceptual Design

Milestone 3-A: Preliminary Design

Milestone 3-B: Preliminary Design

Milestone 4: Detail Design

Final Deliverable

3D-Printed Prototype

Computer Program

Wrote Subprogram 3 and Main Menu

Calculated the Number of Years Post-Implantation Before There is Risk of Femoral Fracture

Solid Model

Poster Board

Layout and Design by Avani Sharma

Administrative Role: Subject Matter Expert

Background and Research Summary

Learning Portfolio Reflection

Source Materials Database

Log Book

Milestones
Final Deliverable
Log Book

© 2019 by Avani Sharma.

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