USITT 2017 Tech Expo Guide - 54

Tech EXPO 2017
Skiles, Scott, Pickerington High School. A Simple Drive
Mechanism for a Rotating Unit; 2003, no. 22, p. 45.
Stone, Patrick and Justin Ashley, University of Arkansas.
Easy Automation: Using Wireless DMX to Trigger Telescoping Pneumatics; 2011, no. 22, p. 59.

Steinmetz, Brad, Ohio State University. Curved Scenery
with Honeycomb Cardboard; 2005, no. 38, p. 77.

Strong, Tom, Naomi Eduardo, James Southworth, and
Sam Thompson, Carnegie Mellon School of Drama.
Moving Scenery in the Event of a Fire; 2011, no. 23, p.
62.

Stephens, Richard D., University of Texas-Austin. FibreCoat; 1989, no. 24, p. 89.

Strong, Tom, Kevin Hines, Matt Rohner, Ethan Weil,
Carnegie Mellon University. A Compensated Scenery
Flying Rig; 2013, no. 16, p. 44.

Stephens, Richard D., University of Texas-Austin. S.T.O.
Products; 1989, no. 25, p. 93.

Thompson, Steven, Omaha Playhouse. The "Limitless"
Limit Switch; 1993, no. 19, p. 61.
Thoron, Ben, Old Globe Theatre. Voltage Comparator
Limit Switches; 1999, no. 30, p. 64.
Wright, James, Technical Director, Maranatha Baptist
Bible College, Watertown, WI. Operating Three Revolves Powered by a Single Motor; 2011, no. 24, p. 65.

OTHER SURFACES & MATERIALS

Bell, Greg, Otterbein College. Dodecahedrons for Pinocchio; 1999, no. 1, p. 7.
Bebey, Frank, University of Alaska, Anchorage. StapleQuilted Scenery; 1991, no. 19, p. 47.
Cornelious, Keith, Emerson College. Ferrocement Variations for Three-Dimensional Scenery; 1999, no. 12, p. 28.
Cornelius, Keith and Kevin Ford, Emerson College. A
Wind-Controlled Ground Cloth; 2003, no. 5, p. 14.
Dorn, Dennis and Megan Riley, University of Wisconsin-Madison. A Durable Non-Flammable Scenic Dope;
1999, no. 14, p. 32.
Dorn, Dennis, University of Wisc.-Madison. Celotex
Bricks; 1987, no. 27, p. 73.
Drake, Jim, Dickinson College. Flying Scenery: Adapting Light Aircraft Construction Techniques to the
Stage; 2007, no. 7, p. 20
Dreger, Eileen, Cal State-Fullerton. Five-Panel Doors from
Hollow-Core Doors; 1995, no. 21, p. 51.
Haughey, Thomas, Creating Sturdy, Stone Scenery by
Sculpting Steel Reinforced Concrete; 2017, no. 10, p. 29
Naversen, Ronald, SIU-Carbondale. New Material:
Scotchcast Plus Casting Tape; 1993, no. 2, p. 6.
Panttaja, Dean, University of Idaho. Tree Bark Texture;
1995, no. 20, p. 48.
Sieg, Katherine, Otterbein College. Rigid Facings Using Sprayed-On Stucco Compound; 2003, no. 21, p.
43.

54

Service, Kevin, James Southworth, and David Boevers,
Carnegie Mellon School of Drama. Crumpled Paper
Backdrop; 2011, no. 19, p. 50.

United States Institute for Theatre Technology, Inc.

Stephens, Richard D., University of Texas-Austin. Industrial Plastics; 1989, no. 20, p. 79.

Stephens, Richard D., University of Texas-Austin. Synthetic Resins; 1987, no. 29, p. 77.
Thoron, Ben, Liz Eisele, and Wendy Stymerski, Old
Globe Theatre. The Sticky Flat, or Post-it Note Scenery;
2005, no. 40, p. 80.
Vawter, Samuel, Formable Scrim Sculpture; 2015, no 8,
p22
Wittrig, Tymberley, Messiah College. Large Cove Molding; 2007, no. 30, p. 60.

PLATFORMS

Betts, David, University of Texas-Austin. An Alternate
Method for Fastening Platforms Together; 1991, no.
11, p. 29.
Cotter, Gary E., University of Idaho. Platforms from
Steel Tubing; 1989, no. 10, p. 35.
Gelick, Evan D., Yale School of Drama. The Triscuit, a 4´
x 4´ Stock Platform; 1993, no. 18, p. 58.
Grayson, Phillip, James Madison University. Tractor Pin
Platform Joints; 1993, no. 9, p. 27.
Thatcher, Tom, University of Minn.-Duluth. A Convertible Steel Platform Technique that Really Works; 1991,
no. 10, p. 25.

TOOLS

Bebey, Frank, University of Alaska-Anchorage. A Rolling Square for Curved Lines; 1997, no. 1, p. 7.
Boulanger, Mike, Seattle Repertory Theatre. The Curved
Molding Maker; 1987, no. 19, p. 51.
Brakhage, Peter, University of Delaware-PTTP. A Device
for Cutting Large Perfect Circles; 1999, no. 4, p. 13.
Frasier, Matthew, The 180 Miter Jig; 2015, no 2, p. 10.
Hackman, Tom and Nate Otto, University of Virginia.
The Huskey Saw (The Angle-Cutting Panel Saw); 2001,
no. 5, p. 13.
Hadsall, LukE, Oklahoma City University. The Hot Wire
Miter Saw; 2017, no. 3, p.13
Table of Contents for the Digital Edition of USITT 2017 Tech Expo Guide
