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ROBERT M SWEET, MD, FACS

Professor of Urology, Surgery and Bioengineering

Medical Director UW Medicine Kidney Stone Center

Chief, Division of Healthcare Simulation Sciences

Executive Director of WISH and CREST

Principal Investigator

Dr. Sweet is a Joint Professor of Urology and Surgery and Adjunct Professor in Bioengineering at the University of Washington. He is the Inaugural Chief of the Division for Healthcare Simulation Science and the Founding Medical Director of the UW Medicine Kidney Stone Center.

Detailed Bio →

206-616-4370 (Laine) Assistant

rssched@uw.edu


AUSTIN BAIRD, PhD
Research Assistant Professor

Dr. Baird’s research focuses on mathematical modeling of biological systems, specifically mathematical models in physiology in the context of whole-body patient responses. He aims to connect multiple spatial and time scales which determine dynamics of biological systems at the molecular and system levels to create a picture of the larger patient response to injury. His work also focuses on careful validation of biological systems, specifically their response to perturbations such as trauma and the problem of connecting experimental data to computational models. He believes in cross disciplinary collaborations and aims to nurture those groups at UW.

Detailed Bio →

206-658-4678

abaird1@uw.edu


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DANIEL BURKE
Simulation Scientist / 3D Animator

Daniel is CREST’s 3D Animator and Designer. He uses MRI/CT DICOM datasets to create highly detailed, anatomically accurate human anatomy. These are developed using popular film and videogame software apps, for the purpose of VR models, training videos, 3D-printed models and mold fabrication.

Daniel received an associate degree in Computer Animation before employment at Electronic Arts(Tiburon) and the University of Minnesota(CREST)

A display of his anatomic holograms can be found at the Science Museum of Minnesota.

206-221-4752

burke326@uw.edu


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KRISTINA CIZAS
Project Manager

Kristina keeps tracks of timelines, budgets and deliverables for all CREST projects, and helps with both pre-award proposal and post-award financial management. She has also been known to provide snacks and general team encouragement.

Kristina earned her Bachelor of Arts in English and Psychology from the University of Michigan, and has had her Project Management Professional (PMP) certification since 2013.

206-221-7046

kcizas@uw.edu


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ALEX GONG

Lab Manager / Research Scientist

Alex leads the human tissue lab focused on characterizing the material properties of human tissue using traditional and novel technologies.

Alex has a M.S. Materials Science Engineering, B.S. Material Science Engineering.

206-221-6850

atg6@uw.edu


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DAVID HANANEL
Assistant Teaching Professor, Division of Healthcare Simulation Science

Director, Center for Research in Education and Simulation Technologies (CREST)

Principal Investigator

David is the Director for the CREST lab and PI for some of the projects at the lab.  He has degrees in Electrical Engineering and Computer Science. He has been focused on Health Care Simulation for over 25 years, the first 15 of those leading start-ups and significant projects working on the industry side, before joining CREST ten years ago.

He is currently Co-Chair of the Technologies and Simulation Committee of the American College of Surgeons Program for the Accreditation of Education Institutes, and has been inducted as an affiliate Member of the American College of Surgeons Academy of Master Surgeon Educators™.

David has been the PI at UW for the Advanced Modular Manikin (AMM) program and its overall architect. He is currently overseeing it’s transition into follow on projects both at UW as well as with many industry partners, growing the significance of the open source, open standards AMM platform and its significance in Surgical Education.

Detailed Bio →

206-221-3173 (office)

612-876-7566 (direct)

dhananel@uw.ed


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FARRAH LELAND
Associate Director, Finance & Compliance - WISH

For the past twelve years, she has been working in administrative and financial management for the University of Washington simulation efforts including extensive experience in grant pre and post award management. She served as Co-Chair and Vice Chair of the Administration and Management Committee for the American College of Surgery Accredited Education Institutes from 2014-2018, she currently serves as a consultant on the committee.

Farrah is also a site reviewer for the Society for Simulation in Healthcare. She earned a Juris Doctorate from Gonzaga University, and was admitted to the Washington State Bar Association in 2007 and is a current active member. Additionally, she has an undergraduate degree in Cell and Molecular Biology from the University of Washington. Farrah was trained as a TeamSTEPPS Master Trainer in 2009, and currently serves as non-clinical faculty for the University of Washington’s Regional Training Center for the National Implementation of TeamSTEPPS and on-demand national training program.

206-598-3651

batchel@uw.edu


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RAINER LEUSCHKE, PhD
Research Scientist / Engineer


Rainer has been working as chief engineer for the manikin trainers developed under the AMM, AFTTS and AJAMS projects. Rainer develops the control systems and software and coordinates system integration with the CREST team and external partners.

Rainer attended Rose-Hulman Institute of Technology, M.S. in Mechanical Engineering
University of Washington, Ph.D. in Mechanical Engineering
University of Washington, Biorobotics Lab, Postdoctorale Research Scientist
He has previously worked at Genie Industries/Terex Inc., as Principal Engineer

206-616-1117

rainer@uw.edu


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VICTORIA ROACH, PHD
Research Assistant Professor, Division of Healthcare Simulation Science

Dr. Roach joined the Division of Healthcare Simulation Science at The University of Washington as a Research Assistant Professor in 2021. Dr. Roach is a medical education researcher, with a focus on the Human Factors that govern learning and performance in simulation. 

Dr. Roach received her Ph.D. in Anatomy and Cell Biology from The University of Western Ontario. Her dissertation sought to determine if eye movements could serve as an indicator of success in spatial reasoning, and if eye movements associated with successful completion could be applied to strategically train spatial reasoning. 

Detailed Bio →

206-616-4370

vicroach@uw.edu


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JASON SPEICH
Simulation Scientist / Artificial Tissue Lab Director

Jason is responsible for design and fabrication of surgical task-trainers and manikins, sculpting, mold-making and casting 

He has a BFA in Sculpture, and worked as Sculpture Studio Coordinator for Anderson Ranch Arts Center

Jason is a WISH Innovation in Simulation Award recipient.

206-221-1354

jrspeich@uw.edu


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DAVID (DJ) TRAINA, E.I.T.
Simulation Scientist / Mechanical Design Engineer

DJ is CREST's lead mechanical design engineer and shop supervisor. He translates digital anatomy into functional prototypes, models, and simulators through the use of CAD programs, traditional machining, and additive manufacturing. Prior to engineering, DJ's background is in scenic design, stagecraft, and aerospace manufacturing.

He has a Bachelors of Science in Mechanical Engineering (BSME), Minor in Mathematics- Seattle University, 2018

NCEES Licensed Mechanical Engineer (E.I.T.) - Washington State Board, 2018

206-543-4139

djtraina@uw.edu


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ANDREW RABLEY, MD

WISH and CREST Simulation Fellow

Dr. Rabley graduated summa cum laude from the Clemson University with a BS in Packaging Science. He then attended the Medical University of South Carolina where he was inducted into Alpha Omega Alpha and the Gold Humanism Honor Society prior to graduating with honors. He then completed Urology Residency at the University of Florida. During residency, his research focused on the intersection of patient expectations and care outcomes as well as predicting surgical complications using artificial intelligence software. In his time with CREST, he is interested in developing simulation curriculum and equipment with a patient-centered focus as well as exploring human tissue properties and how they may impact surgical simulation.

206-221-4752

akrabley@uw.edu