Throughout the quarter, our team used a Gantt chart to manage deadlines and keep track of our progress. The timeline included critical phases such as background research, CAD modeling in Fusion360, 3D printing at the UCSD Makerspace, and leak testing and evaluation. Early in the project, we focused on identifying clinical needs and developing a feasible problem statement. Midway through, the Gantt chart helped us coordinate CAD design iterations and schedule resin and filament printing sessions. The timeline allocated time for pressure testing and usability evaluation in the final weeks. By assigning team responsibilities across weeks, the Gantt chart ensured we remained aligned and met each deliverable on time.
Week 1–2: Clinical Need Identification
Researched complications following cardiac surgery
Defined the mismatch between Cordis introducer and TVP catheter
Week 3: Problem Statement Development
Finalized design goals and constraints
Drafted early concepts for the adapter
Week 4–5: CAD Modeling and Initial Prototyping
Created initial designs (#1–#4) using Fusion360
Printed prototypes using SLA resin printer at UCSD Makerspace
Week 6: Leak Testing Begins
Performed water leak tests to evaluate seal integrity
Adjusted hole size based on early failures
Week 7: Design Refinement
Reprinted Designs #3 and #4 with revised 2.3 mm hole diameter
Finalized the most stable version: Design #4
Week 8: Usability and Performance Evaluation
Conducted ease-of-use testing (setup time averaged under 15 seconds)
Confirmed the adapter maintained seal up to 30 mmHg
Week 9–10: Report Finalization and Presentation
Completed technical writing, poster, and video
Prepared for final submission and team website creation