Successes

Switchifi

  Switchifi is a budget DIY device for remotely flipping an existing wall switch on or off as part of the Internet of Things. An Arduino Nano controls a small servo that moves the switch based on instructions issued over WIFI from a smartphone with the Blynk app.
Contact:
Badar Jahangir Kayan , bxk299@case.edu

Glass Jigsaw Puzzle

These opulent laser-etched jigsaw puzzles are composed of plate glass and incorporate non-traditional interlocking puzzle shapes.
Contact:
Maia Stern, maia.stern@me.com

iPlayAir USB Audio Gateway

  MV Designlabs, a local company founded by two Electrical Engineering and Computer Science alumni of Case Western Reserve University, created the iPlayAir USB Audio Gateway for use in private and commercial airplanes. This device charges up to two mobile Apple devices while simultaneously streaming high quality audio through the airplane's own audio system. The system has been tested to ensure electromagnetic compatibility with flight critical systems such as radios and communications equipment according to the RTCA DO-160G standard. The designers used the thermal camera at think[box] to diagnose and solve an overheating problem they encountered during development.

Quaternary-Encoded Fluorescent Dye Mixture

A novel fluorescent dye mixture is used in drop-cast PMMA (Acrylic) to store encoded data. Two types of dyes are used, one is photochromatic (sensitive to light) and one is thermochromatic (sensitive to heat). Each dye individually makes it possible to encode binary data, and combining them together allows for the encoding of quaternary data.
Contact:
Peiran Wei, pxw182@case.edu
Emily Pentzer, ebp24@case.edu
Bowen Li, bxl316@case.edu

Light Board

  Chemistry professors Michael Kenney and Emily Pentzer developed this teaching aid to allows an instructor to face a recording device as they write, solving a major problem with online, televised, or streamed courses. Previously the instructors were forced to turn their back on the camera in order to write on the board. With the Light Board, the instructor can now write with perfect ease on a transparent, edge-lit acrylic window with fluorescent markers while facing the camera. A video filter mirrors the image so the writing reads normally and not backwards.
Contact:
Micheal Kenney, michael.kenney@case.edu
Emily Pentzer , emily.pentzer@case.edu

Suzanne Head Artwork

  Suzanne Head is a fine artist who incorporates laser cut plywood for her drawing surfaces. Beginning with a series of sketches, she then scans the line work into the computer and traces the outlines to be laser cut out of plywood. Finally she draws on the cut surfaces and assembles the pieces to create her final composition.

Occupy Everything

"Occupy Everything" is a demi-couture collection created for Kent State University's Annual Fashion Show, FS2: Crescendo. In collaboration with Kurt Nelson, a senior architecture student at Kent State, Kara Kroeger designed a 3D printed capsule accessory collection of bracelets, a belt, and shoe covers. The belt is visible in the photograph on the third model from the right. The other pieces are not shown in this image.
Contact:
Kara Kroeger, kkroege3@kent.edu

Anatomical Study of Tibia Specimens

This anatomical study uses the Hammond Todd collection at the Cleveland Museum of Natural History to look at how different cut angles for distal tibial osteotomies affect ankle alignment. Plastic replicas of tibia specimens with rotational deformities are created for the study using a combination of 3D scanning and 3D printing. 
Contact:
Dr. Raymond Liu , raymond.w.liu@case.edu
Derrick Knapik
Kaeleen Boden, kaeleen.boden@case.edu

Portable Proximity Card Reader

In an effort to streamline the process of checking students in at large events, Case Western’s Student Affairs IT office designed and built several hand-held proximity card readers compatible with Case ID’s. This design costs less, has a greater capacity, and is significantly faster than the previously used magnetic stripe card readers. These card readers are now used for campus events such as the Career Fair and Thwing Study Over.
Contact:
Joseph Lerchbacker, jal240@case.edu

Binary Wind Turbine

This patent-pending innovation in wind turbine technology involves two counter-rotating turbines connected through a novel drive train system. In this drive train, an "off the shelf" alternator is used to generate electricity, with one turbine used in the traditional manner to spin the alternator rotor while the second and counter-rotating turbine is used to spin the alternator stator by spinning the housing of the alternator. Testing data boasts a dramatic 30-35% increase in power output compared to traditional turbine arrangements, and decreases start-up wind speed to as low as 1 meter/second.
Contact:
Calvin Boyle, calvin.boyle@case.edu

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