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BUILD

Wireframe > Prototype > Iterate

Based on our "Big Idea," the team built a simple prototype on how the solution would work, and couched it within a final presentation showing the solution's human-centered desirability, business viability, and technological feasibility. 

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Based on user feedback on the idea, our team continued to refine the solution's features and how it worked. 

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DESIGN

Insights > Ideation

Based on our quantitative and qualitative research, our team generated insights around the how might we statement and both individually and collectively brainstormed ideas and inspiration for solutions. 

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Our divergent ideas generated several creative solutions, of which we focused on two "Big Ideas" before homing in on one we felt the strongest about.

Drawing on a Board
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NEW MAINTENANCE FACILITY DESIGN

CAD drawing of the new maintenance facility layout I designed based on quantitative facility demand data and qualitative user interviews

BRIDGE TECHNICAL REQUIREMENTS ANALYSIS

After I analyzed the design of a bridge and identified the inability for large maintenance vehicles requiring access to the bridge to make the turn safely, I re-designed the bridge approaches to accommodate turning radius in future mock-ups

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PROPOSED BRIDGE RE-DESIGN

CAD mock-up of a proposed bridge approach I re-designed to accommodate the turning radius of large maintenance vehicles requiring access to the bridge. The wide turning radius of the large maintenance vehicles required altering the bridge approaches to enable safe turns on and off of the bridge

RECREATION FACILITY DEMAND ANALYSIS

Analyzed demand for local recreation facilities to determine additional requirements for subsequent 20-year community plan

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