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Articles by Utkarsh
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Publications
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Applied UX Research: Bridging the gap between academia and industry: Written for early UX Research career professionals
Self
See publicationAre you ready to bridge the gap between UX research theory learned in academia and the dynamic reality of the industry? Written by Utkarsh Seth, a seasoned UX researcher with over 17 years of experience at companies like Microsoft, Google, and Nordstrom, this book is your essential guide to navigating and mastering the foundational skills of this transformative field.
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Applied UX Research: Bridging the gap between academia and industry: Written for early UX Research career professionals
Self
See publicationAre you ready to bridge the gap between UX research theory learned in academia and the dynamic reality of the industry? Written by Utkarsh Seth, a seasoned UX researcher with over 17 years of experience at companies like Microsoft, Google, and Nordstrom, this book is your essential guide to navigating and mastering the foundational skills of this transformative field.
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A Virtual Reality Interface for the Design of Compliant Mechanisms
ASME 2009 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference
The objective of this research is to develop an immersive interface and a design algorithm to facilitate the synthesis of compliant mechanisms from a user-centered design perspective. Compliant mechanisms are mechanical devices which produce motion or force through deflection or flexibility of their parts. Using the constraint-based method of design, the design process relies on the designer to identify the appropriate constraint sets to match the desired motion. Currently this approach…
The objective of this research is to develop an immersive interface and a design algorithm to facilitate the synthesis of compliant mechanisms from a user-centered design perspective. Compliant mechanisms are mechanical devices which produce motion or force through deflection or flexibility of their parts. Using the constraint-based method of design, the design process relies on the designer to identify the appropriate constraint sets to match the desired motion. Currently this approach requires considerable prior knowledge of how non-linear flexible members produce motion. As a result, the design process is based primarily on the designer’s previous experience and intuition. A user-centered methodology is suggested where the interface guides the designer throughout the design process, thus reducing the reliance on intuitive knowledge. This methodology supports constraint-based design methods by linking mathematical models to support compliant mechanism design in an immersive virtual environment. A virtual reality (VR) immersive interface enables the designer to input the intended motion path by simply grabbing and moving the object and letting the system decide which constraint spaces apply. The user-centered paradigm supports an approach that focuses on the designer defining the motion and the system generating the constraint sets, instead of the current method which relies heavily on the designer’s intuition to identify appropriate constraints. The result is an intelligent design framework that will allow a broader group of engineers to design complex compliant mechanisms, giving them new options to draw upon when searching for design solutions to critical problems.
Other authorsSee publication -
“Cross-cultural Design & Evaluation of the Apple iPhone.” Proceedings of Human-Computer Interaction International
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