april, 2016
Event Details
Leslie Friesen (College of Art) and Thad Druffle (Speed School/Conn Center) and have collaborated once again on a class integrating engineering and art/design. This one is “Co-Creation/Industrial Design” and
Event Details
Leslie Friesen (College of Art) and Thad Druffle (Speed School/Conn Center) and have collaborated once again on a class integrating engineering and art/design. This one is “Co-Creation/Industrial Design” and the student teams’ final presentations for innovations in rainwater capture & storage are at UofL this Thursday April 28th @ 5:30pm.
The class concept was covered in Insider Louisville and IDSA (Industrial Designers Society of America) … and you can read more about it here:
- New U of L course links art and engineering for Industrial Design Co-Creation
- IDSA Members Teach First ID Class at University of Louisville
Location
Speed Engineering Garage (connected to FirstBuild)
Schedule
Arrive promptly by 5:30, estimate 1.5 – 2 hrs duration.
Agenda:
- Welcome …
- to understand the context of the course guest instructors Jarvis Ward and Walter Hargrove will briefly review their (5) week segments.
- Jarvis Ward, senior industrial design manager at GE Appliances
- Walter Hargrove, director of Product Development at Brown Jordan
- Overview
- Leslie Friesen will give a brief overview of why the Course exists, its goals, objective(s), aspirations and future direction.
- Start Student/Team Presentations:
- Team 1, H20 Reclamation: Rainwater capture, collection, cleaning and re-distribution utilizing a clever venturi effect valve leveraging water pressure to supplement H2O inflow powered by an off-the-grid storage and supply system.
- Team 2, RainWater Collection System (We Love H2O): Rain/Storm water capture, with multiple levels (pun intended) of imaginative and unique collection for long term storage designed for year-round best-use of potable water.
- Team 3, RainWater Harvest: Roof & Driveway/Parking Rain/Storm water capture, Team 3 has designed a unique, modular long-term storage system approach to architecturally integrate the traditional “homeowner” rain barrel, allowing placement options, greater storage capacity and custom volume sizing.
more
Cost
Free
Organizer
University of Louisville
Time
(Thursday) 5:30 pm - 7:30 pm
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