People
Browse by Name
- Adam James, RA
- Alex Kircher, RA, WELL AP
- Amber Eberly
- Angie Senko, RA, LEED AP BD+C
- Avery Mortakis, Associate IIDA
- Bill Ledger, AIA, ACHA, NCARB, EDAC, LEED AP, LSSGB
- Bob Sanderson, RRC, REWC
- Bobby Beuchel, RA
- Bocephus Thomas, PE
- Camden Reece
- Cameron Spahr
- Cathy Waggoner, ASID
- Chris Stine, AIA
- Cooper Hill
- Craig Scully PE, LEED AP
- Daniel Bayer, RA
- David West, RA
- Daymon Marlowe
- Emily Aneshansley
- Emily Larason, IIDA
- Eric Sank, PE, RCDD, LEED AP
- Eric Till, AIA, LEED AP
- Greg Estes, RA
- Jared Monce, AIA
- Jason Baker, PE, LEED AP
- Jeremiah Hatfield, RA, LEED AP BD+C
- Jessica Detweiler, AIA, ACHA, NCARB
- Jessica Rossow, RID, NCIDQ
- Jordan Backer, PE
- Jordan Keil
- Justin Vedder, RA
- Katie Briner
- Katie Hiebel
- Kelli Warner
- Kelly Shields, LEED AP
- Kelsey Rowe, PE, CLD
- Kevin Scully AIA, NCARB
- Laura Zerla
- Lauren Elliott, RID, NCIDQ
- Laurie McCartin
- Matt Elliott, AIA
- Megan Hodge
- Megan Yoder, RA, EDAC
- Mike Niezer, RA
- Misty James
- Molly Schultz
- Nathan Woods, AIA
- Nicholas Biegel
- Olivia Yourdon
- Pat Pasterick, AIA, LEED AP
- Pat Steffen, RA
- Phillip Breckler
- Phillip Oprie, PE
- Quinn O’Heeney, PE
- Rachel Vedder, RA, LEED AP
- Rebecca Martin, RA
- Rebecca Welch, SHRM-CP
- Rich Busfield
- Ron Dick, AIA, LEED AP
- Ryan Birkey, RA
- Shalina Gupta
- Shayla Hudson
- Steve Staley
- Taylor Tropp
- Thad Berkes
- Thomas Harber
- Tim Terman, NCARB
- Virna Abraham, LC
- Yogen Solanki
Our Team
Emily Aneshansley
Mechanical Engineer,
Emily is a mechanical designer at Design Collaborative, with expertise in HVAC design and plumbing design, specifically in a healthcare setting. She works hand-in-hand with architects to provide an aesthetically pleasing and functioning design.
Emily love to learn (and read). She strives for continuous knowledge growth, often reading books that aid her understanding of mechanical or architectural design and implementation, as well as some of the classics mixed in.
Mechanical Power Loss of Spur Gears Subject to Various Surface Finish Pairings, Gear Technology
Stochastic Microcontact Model for the Prediction of Gear Mechanical Power Loss