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6 B. O’KANE examples of advanced systems integration. These compa- nies and the products produced are transforming existing infrastructure for transportation and technology through progressive innovation. Musk is also on the Board of Trustees of XPRISE [17], which is a highly motivating and inspiring competition that is a catalyst for positive change. Additionally, the Musk Foundation promotes and focuses on environmentally friendly renewable energy sources. When connecting these various accomplishments together it becomes clear that Musk is operating and thinking as an awakened designer. These are achieve- ments at the highest level. Musk breaks away from the collective consciousness of what has been done before and makes different choices. This awareness extends beyond him, although as an awakened designer he is vitally important and a powerful leader. 5.1.2. Global collaborative project - The Portable Assisted Mobility Device University of Cincinnati [16] faculty and students from Industrial Design, Graphic Communication Design, and Mechanical Engineering participated in the Partners for the Advancement of Collaborative Engineering Educa- tion (PACE [10]) Global Competition titled the “Portable Assisted Mobility Device.” Seven global collaborative teams competed in this competition, with each team con- sisting of 4 to 5 different universities with engineering and industrial design students from around the world. University of Cincinnati worked on the project for two academic years. From the College of Design, Architecture, Art, and Design [15], Professor Brigid O’Kane led the Industrial Design students and Professor Ben Meyer led the Graphic Communication Design students. Professor Sam Anand led students from the College of Engineering and Applied Science. Professor Manuel Löwer from Aachen Univer- sity in Germany was the lead for engineering overall, since they were designated the lead ‘Host’ Engineering Institution for the entire team. This global team also included engineers from four other universities includ- ing, Michigan Technological University in the United States, Technische Universitaet Darmstadt in Germany, and Tecnologico de Monterrey in Mexico. Industrial Design student Heesung Jang’s GoSozo con- cept was selected as the winning design (Fig. 3a), which was developed as a CAD model. Soojin Kim, also a student from the University of Cincinnati became the lead designer for the second phase of this project. Systems Thinking Methodologies were incorporated during the design development process, which improved the overall concept. There were several challenges with the original design that were redeveloped and the global team worked to redesign and reengineer the entire product (Fig. 3b). The final GoSozo 2.0 was part of a large ride-share sys- tem with strategically placed charging stations within an urban environment. The product seamlessly integrated with mobile devices for ease of use. This comprehensive concept was presented at the 2014 PACE Global Annual Forum in Torino Italy. A physical running prototype of the mobility device was built (Fig. 3c) and tested on a track with the six other global teams. The track consisted of tight turns, an obstacle course, speed bumps, stairs, and a long straightaway. This final concept won six different awards, including first place overall. 6. Meaningfultechnology Advancements in science and technology have made great contributions to society, especially in the areas of transportation, medicine, agriculture, communication, defense, and energy. With this growth, we have the per- ception that we are moving forward with better tools Figure 3. These three images show the development process for a Portable Assisted Mobility Device. Various stages of this process are shown from left to right. A three-dimensional digital model of the concept by Industrial Designer Heesung Jang (a) was designed in the first year of the project. In the second year Industrial Designer Soojin Kim redesigned to product (b). The final image shows the running prototype (c), which was built largely by Engineers through a collaborative effort with Industrial Designers.PDF Image | Advancing Creative Development Process
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