SMARTech Collection: Industrial Design Lecture Series

The Natural Aspect of Mobile Interfaces: Becoming Borg, Designing Body Worn Technolgy

Tue, 13 Jan 2009 22:58:59 GMT

Title: The Natural Aspect of Mobile Interfaces: Becoming Borg, Designing Body Worn Technolgy

Authors: Starner, Thad; Zeagler, Clint

Abstract: Georgia Tech professors Thad Starner and Clint Zeagler discussed the natural aspect of mobile interfaces and the special challenges of designing technology for human mobility and interaction. Thad and Clint presented examples of designing body worn technology by looking at case studies from their collaborative course "Wearable Designs / Mobile and Ubiquitous Computing".

Description: Presented on January 14, 2009 from 6:00 – 7:00 pm in the Architecture Auditorium/East Architecture Building.

Design Approaches for Surgical Applications

Tue, 18 Nov 2008 22:58:59 GMT

Title: Design Approaches for Surgical Applications

Authors: Chin, Albert K.

Abstract: The lecture will focus on understanding the natural system of human beings at the intersection of design and technology. Innovation in surgical therapy must consider the elements of procedural function, user learning curve, regulatory requirements and patient cost. Dr. Chin will discuss the application of specific examples of technique and device solutions to a variety of clinical situations to illustrate approaches to surgical design.

Description: Presented on November 19, 2008 from 6:00 - 7:00 pm in the College of Architecture Auditorium.; Albert K. Chin, M.D. has a 30 year history of medical device development. His education combines the fields of engineering and medicine, with an undergraduate degree in Mechanical Engineering from the Massachusetts Institute of Technology, a Master's degree in Mechanical Engineering from Stanford University, a medical degree from University of California San Francisco School of Medicine, and general surgical residency training at University of Texas Southwestern at Dallas, Parkland Memorial Hospital. Dr. Chin has designs spanning the areas of Cardiac, Vascular, Orthopedic, Gynecologic, Urologic and General Surgery. Marketed devices have included the Fogarty‐Chin Linear Extrusion Catheter, the Fogarty‐Chin Optical Valvulotome, the Chin Shear Force Gauge in the Fogarty IMAG Kit, the Origin Cement Extraction System, the Origin Preperitoneal Dissection Balloon, the Origin Laparolift, the Guidant VasoView Endoscopic Vessel Harvesting System, the X‐pose Cardiac Positioner, the Heartstring Aortic Seal, and the FLEXView Cannula for epicardial visualization. Dr. Chin holds 156 issued U.S. patents, and he is the author of 40 scientific publications. Dr. Chin was a co‐founder of Origin Medsystems, Inc., which is now MAQUET Cardiovascular, part of the Getinge Group, Stockholm, Sweden. He holds the title of Chief Innovation Officer of MAQUET Cardiovascular.

Natural Communications

Tue, 24 Feb 2009 22:58:59 GMT

Title: Natural Communications

Authors: Sater, Michael

Abstract: How do groups transform? By moving corporate communications from rigid planning to strategic collaboration, companies will spark change. Nature provides many clues to various systems that can teach us how to improve our communication with one another, and how those systems can transmit the cultural and institutional values we wish to convey to our employees, partners, stakeholders and customers

Description: Presented on February 25, 2009, 6:00 PM – 7:00 PM, Klaus Advanced Computing Building, Seminar Room 1116 (West)

Biologically !nspired design

Tue, 16 Sep 2008 22:58:59 GMT

Title: Biologically !nspired design

Authors: Yen, Jeannette

Abstract: Science and technology are increasingly hitting the limits of approaches based on traditional disciplines, and Biology may serve as an untapped resource for design methodology, with concept-testing having occurred over millions of years of evolution. By understanding biological principles and translating them into human built systems, Biologically Inspired Design can be used to develop new materials, new sensing and locomotory systems, more efficient and “green” chemical processes, and more environmentally conscious design and manufacturing systems. This unique method trains scientists and engineers and designers to ask, “what problems does this biological system solve?” teaches biologists to identify potential design solutions relevant to specific technological problems, and gives designers sufficient knowledge and familiarity with biology to seek solutions from the organic world. Biological systems at all levels use life-friendly materials manufactured at room temperatures, often operate under energetic limitations. Biological models may thus be excellent guides for novel technologies and ways to reduce energy consumption and reliance on scarce or toxic materials and also help transform our view of the natural world. Experiencing the benefits of Nature as a source of innovative and inspiring principles encourages us to preserve and protect the natural world rather than simply to harvest its products. At the Georgia Institute of Technology, the goal of the Center for Biologically-Inspired Design is to facilitate, develop infrastructure for, and promote interdisciplinary research and education.

Description: Presented on September 17, 2008, 6:00 PM – 7:00 PM, Klaus Advanced Computing Building, Seminar Room 1116 (West)