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Presenting Sponsor:

Presenting Sponsor: McNair Attoneys.

Finalists    

2007 Hall of Fame Award for Innovation in Education
 Furman University
Furman University, located just outside of Greenville, is an independent, coeducational liberal arts college founded in 1826. In a recent excerise, Furman professors Lloyd Benson, Diane Boyd, Mike Winiski, Wade Shepherd and Cort Haldaman posed the question, “How might one create a fully interactive virtual field trip with integrated mapping using readily available technologies?” In a collaborated effort, they used a combination of a GPS encoding camera/dataphone, Google Earth/Google Maps software, wireless internet, and cellular telephone service, to develop the concept of a virtual field trip. In written reflections students noted that the experience enriched their learning through real-time interactions with a tour guide, that the cities “came to life” and that they had a better sense of historical/spatial connections. At a total cost of about $1000, a diverse group of creative minds innovatively applied existing technology and provided genuinely novel classroom experiences to enhance the engagement of students in learning.
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2007 Technology Application Award
Sponsored By: Fuji Photo Film, Inc.
 Advanced Composite Materials, LLC
Advanced Composite Materials is a manufacturer of specialty chemicals and composite materials based in Greer, SC. This rapidly expanding company recently developed an innovative microwave-heating element and grilling rack that will dramatically reduce cooking times. Silar, is a microwave absorbent composite ceramic used to grill and cook foods. This technology allows food to go from room temperature to 700 degrees Fahrenheit in 5-10 seconds. ACM applied the complex elements of physics, chemistry, mechanics, and materials engineering in the creation of Silar. Silar’s new methodology achieves rapid heating, prevents arcing, and maintains durability. Silar® Microwave Absorbent Ceramics, introduced to the market in July 2006, allow for higher wattage ovens, more heat going into the food faster, and shorter cook times.
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 Automation Engineering Corporation
Founded in 1981, Greenville-based Automotive Engineering Corporation, designs and builds automated equipment and control systems for the manufacturing industry. AEC recently entered the high-speed packaging market with their new product, JOEY. JOEY is an innovative, high-speed, Vertical Form Fill Seal machine. Its modular design allows a single machine to be easily converted to run a wide variety of products and pouch sizes. The results are high-speed operation, more rapid changeover, less waste, and less downtime. JOEY was first introduced to the worldwide market in August 2007. Sales are expected to exceed $2 million dollars within the first year and $80 million dollars over the next 5 years.
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 FastFetch Corporation
The newly formed innovator FastFetch Corporation, located in Six Mile, South Carolina, recently completed the development and installation of a new, low-cost technology to support fast and accurate warehouse order filling. The FastFetch system uses a patented order fulfillment system built around a PDA. A combination of light-directed, voice, Bluetooth barcode scanning and infrared communication technologies enable multiple customer orders to be filled with a single trip to the warehouse. More than any other corporation in its field, FastFetch is finding ways to improve efficiency and reduce warehouse labor costs.
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2007 Technology Development Award
Sponsored By: The Arthur M. Spiro Center for Entrepreneurial Leadership.
 KEMET Electronics – Low ESR
KEMET Corporation, headquartered in Simpsonville, South Carolina, is a leading producer of high-performance capacitors. Their capacitor solutions include the new Tantalum Capacitor which drives the latest generation of computers providing optimal size and speed. This new tantalum capacitor provides the electronics industry with a low-ESR capacitor for use in a decoupling function. Fewer capacitors are needed on each circuit board, thus reducing cost and size. KEMET’s compact, competitively priced tantalum capacitor is satisfying the ever-growing appetite of consumers for products that are smaller, faster and more powerful—and a lower cost.
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 KEMET Electronics – MLCCs
Headquartered in Simpsonville, South Carolina, KEMET Corporation leads the industry in the production of high-performance capacitors. Their capacitance solutions include a new environmentally friendly, high-performance, and low-cost multilayer ceramic capacitor, or MLCC. This new material system for manufacturing Class One ceramic capacitors is energy efficient and environmentally clean. KEMET produces these new lower cost MLCCs at a standard which meets and even exceeds the electrical performance and reliability of previous models. KEMET’s new technology has revolutionized the manufacture of MLCCs. Kemet is now on track to produce about 15 billion MLCCs per year.
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 Robert Bosch, LLC
Robert Bosch Corporation was founded in Germany in 1886 to develop and manufacture components for the new automotive industry. Robert Bosch LLC in Anderson, SC, develops and manufactures oxygen sensor equipment. Recently, the local oxygen sensor development group created a new thermal shock protected oxygen sensor for automotive emission control. This innovation allows engine control systems to begin functioning almost immediately at engine start-up. This new design eliminates the traditional 2 minutes necessary for water in the exhaust system to fully vaporize. The result is a reduction in the initial exhaust emitted —a major contributor to global warming. Bosch’s thermal shock protected oxygen sensor, which will be installed in 2009 model year automobiles, is strengthening their reputation for innovation.
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2007 Innovation in Education Award
Sponsored By: BMW Manufacturing Corporation.
 Carolina Software As A Service, Inc. and Spartanburg County School District One
Carolina Software based in Campobello and founded in 1993, excels in providing complete software solutions for both academic and enterprise clients. Spartanburg County School District One was seeking a standards-based report card that would provide parents with more comprehensive student performance details than traditional letter-grade report cards. Carolina Software’s solution was AccuGrader, an ASP.NET hosted solution. Unlike traditional report cards, Accu-Grader allows teachers to assign both a letter grade and to show a child’s progress towards achieving pre-defined district or state standards. ACCU-GRADER was designed to allow each school or school district to input and maintain its own learning standards. With a simple upload, the standards, students and classes are available to all teachers (with students and classes mapped to the respective teachers).
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 Fuller Normal Advanced Technology Charter School
The Fuller Normal Advanced Technology Charter School in Greenville has a student population characterized predominately by low-income, minority students. The mission of “Fuller Normal” is to equip urban at risk students with the 3 kinds of literacy necessary to be successful: The ability to read, write, speak, and calculate with clarity and precision. To be competent in the technological skills necessary become productive members of Greenville’s workforce. Lastly, Fuller tries to instill the desire and ability to participate passionately and responsibly in the life of the community. The centerpiece of Fuller’s technology tools lies is its use of a research, internet and standards-based curriculum. This curriculum combines online technology with traditional content. It engages students using SMART Board technology. In addition to online lessons and instruction, the K12 curriculum also utilizes animations, simulations, audible pronunciations, internet links and talking books to provide students a content-rich learning experience.
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 Furman University
Furman University, located just outside of Greenville, is an independent, coeducational liberal arts college founded in 1826. In a recent excerise, Furman professors Lloyd Benson, Diane Boyd, Mike Winiski, Wade Shepherd and Cort Haldaman posed the question, “How might one create a fully interactive virtual field trip with integrated mapping using readily available technologies?” In a collaborated effort, they used a combination of a GPS encoding camera/dataphone, Google Earth/Google Maps software, wireless internet, and cellular telephone service, to develop the concept of a virtual field trip. In written reflections students noted that the experience enriched their learning through real-time interactions with a tour guide, that the cities “came to life” and that they had a better sense of historical/spatial connections. At a total cost of about $1000, a diverse group of creative minds innovatively applied existing technology and provided genuinely novel classroom experiences to enhance the engagement of students in learning.


 Greenville County Schools
The School District of Greenville County is a non-profit K12 organization with over 7500 faculty and staff members. With enrollment of 66,000 students, it is the largest K12 school district in South Carolina. Teacher websites have the potential to serve as a valuable method of communication and interaction with students and parents. A recent study, conducted by the District’s Instructional Technology Department, revealed that teachers were not keeping their websites up-to-date because the software used in maintaining these websites was cumbersome and difficult to use. As a response to this problem, a new application, Edpoint was developed. Edpoint leverages the power and scalability of Microsoft Sharepoint in a K12 environment. Now teachers can easily generate and maintain extremely complex websites. They can manage their content via the “word processor” type editor or swap over to an HTML entry screen with a couple of keystrokes. An administrative backend allows teachers to create and modify pages and easily publish when complete. Edpoint not only allows better communication with parents, but it is a great teaching tool that allows students to collaborate on projects while using the latest 21st century technology.
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2007 Community Service Award
Sponsored By: BMW Manufacturing Corporation.
 SAE International
The Society of Automotive Engineers, Inc. has more than 90,000 members - engineers, business executives, educators, and students from 97 countries - who share information and exchange ideas for advancing the engineering of mobility systems. SAE International is deeply involved in the engineering-related education of children, teachers, and college students. In 1991, SAE International released its first set of A World In Motion® educational materials. These modules are written around the fundamental engineering design experience: set goals, build knowledge, design, build, test, and present. Students are presented with a letter from a fictitious toy company and asked to design a new toy that contains or incorporates certain characteristics or performance specifications. Through this program, the desire is to increase children’s interest in the study of math, science, and technology. This hands-on learning opportunity also enhances their understanding of how much of the world they live is dependent upon scientific and engineering principals.
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 Susan G. Komen for the Cure - Upstate SC Affiliate
Founded 25 years ago, Susan G. Komen For The Cure is the world’s leading breast cancer organization. Recently, the Upstate South Carolina affiliate, Race for the Cure, collaborated with Champion Communications in an effort to increase participation, fund raising and sponsorship of the local race. Champion Communication’s electronic commercials or “E-mercials” allowed Race for the Cure the ability to reach out to the Update by sending out video messages and tracking the results. This electronic campaign fulfilled their mission to spread awareness of the rate while also increasing participation and fundraising. As a result of the innovate E-mercials, the annual Update South Carolina Race for the Cure had record participation, and significant increased in donations and fund raising.
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2007 Small Enterprise Award
Sponsored By: McNair Law Firm
 GlucoTec, Inc.
Glucotec, located in Greenville, strives to improve the lives of hospital-based patients by providing healthcare professions with integrated metabolic management systems like their recently acknowledged G-Plus system. The new preventative system is used to stabilize glucose levels for mother during pregnancies, labor and delivery, and for both term and preterm infants. It is also used to treat the primary diagnosis for undiagnosed diabetic children. Each year thousands of newborns die as a result of preventable glycemic abnormalities. According to the CDC, there are close to 4 million births in the US annually, and 10% of these newborns experience glycemic-related complications. The G+™ System is designed to stabilize glucose levels in mothers during pregnancy, newborns, and children by using an adaptive algorithm that learns each patient’s individual sensitivity to insulin and glucose. In clinical studies it has shown to be effective in resolving glycemic conditions quickly and safely, reducing mortality, and long-term complications.
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 PinPoint – Public Works (OA Technology Group)
The City of Clemson recently solicited the assistance of OA Technology Group, located in Central SC, in an effort to reduce costs and improve the efficiency of debris removal. The solution came in technology called PinPoint-PublicWorks. With this technology, each sanitation truck is equipped with simple and inexpensive GPS data collection devices customized for their specific tasks. Sanitation truck drivers can now quickly and easily report anything that needs attention—from piles of debris, to overhanging limbs, to missing street signs. Drivers report data directly to the public works office via the touch-screens mounted in their vehicles. The Public Works Office Administrator can then simply and instantly create a map containing unique icons for all marked points during that day. The locations are automatically matched to a street address and displayed in report format as well as mapped format. Savings realized by the employment of this new system include a reduction in the cost of fuel, manpower, maintenance, equipment, and infrastructure wear and tear. PinPoint-Public Works is now being marketed nationally to City and County Organizations as well as FEMA and the State Emergency Management Divisions.
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 Selah Technologies, LLC
Selah Technologies, LLC is a nanomaterials innovator and manufacturer. Formed in 2006, Selah obtained a worldwide exclusive license to develop and commercialize the patent-pending platform nanotechnology Selah Tubes™. Selah Tubes™ are an innovative product made possible by a breakthrough technology invented at Clemson University and further developed by Selah. The innovative use of metallic–enriched Selah Tubes™ in composite thin films is a replacement for transparent electrode coatings such as indium tin oxide (ITO). Selah will be the first to provide commercial quantities of metallic-enriched SWNTs for electronics applications. The use of Selah tubes dramatically improves the electrical conductivity of lightweight, flexible SWNT films. Once fully implemented, nanocomposite films have the potential to displace ITO in both rigid display formats and future flexible electronic applications. This advancement will eliminate the potential problems associated with ITO such as the threats of indium shortages, skyrocketing costs, and their tendency to crack and delaminate.
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2007 Dr. Charles Townes Individual Achievement Award
Sponsored By: Contec, Inc.
 Dr. Caron St. John

Dr. Caron St. John received the Dr. Charles Townes Individual Achievement Award. This award recognizes an individual who exhibits the true spirit of innovation, excellence and leadership through hard work and a commitment to the Upstate community. Dr. Caron St. John is the founding Director of Clemson University’s Spiro Institute for Entrepreneurial Leadership and also serves as Director of MBA Programs and Associate Dean of the College of Business and Behavioral Science. Dr. St. John’s many academic and administrative accomplishments have been widely recognized both by Clemson and by national leaders in her field. It is, however, her contributions to the entrepreneurial life of Upstate South Carolina that make her deserving of the Dr. Charles Townes Individual Achievement Award.

During the past eleven years, Caron St. John’s vision has inspired the founding and development of the Spiro Institute. Under her leadership, the Institute has been propelled into the ranks of the most innovative university-based programs in the country. Simply stated, Dr. St. John’s vision has been to enact a fundamental change the way that the university is engaged in the business world, and a fundamental change in the way that students are educated for the challenges they will face as entrepreneurs in highly a competitive business environment.

The key to enacting this vision has been to strategically integrate the missions of three key programs at Clemson: The Spiro Institute, our MBA programs and the most recent addition, the Renaissance Center in Greenville. Under Dr. St John’s leadership, these programs work together to take maximum advantage of real-world business experience for students, and to provide access for the area’s entrepreneurs to state-of-the business analysis. Under the direction of faculty mentors, MBA student teams work closely with area businesses providing a range of assistance, from start-up advice for new ventures to analysis for some of the area’s flagship companies. An example is the center’s market opportunity analysis for Michelin’s “Tweel” project, an effort that was reported in The New York Times.

Dr. St. John enjoys the challenges of creating new programs and seeing them through to success, and often provides inspiration and foresight that inspires her colleagues and associates. A primary example is the thought leadership she provided in the establishment of the Clemson University Renaissance Center, which opened its doors on Main Street this past spring. It was Caron St. John who first conceptualized the idea several years ago, then tirelessly promoted the vision at Clemson and to Grenville business leaders.

Dr. St. John has attained many honors, awards and other achievements in her nineteen years at Clemson. Those accomplishments, outlined on the following pages, attest to her tireless quest for excellence in educational programs, and to her dedication to the entrepreneurial community in the Upstate. Moreover, her accomplishments speak to the outstanding ways in which she has used her knowledge, skills, and abilities to help make Greenville a continuing source of economic vitality in the region.

It has often been said that good entrepreneurs know how to “connect the dots.” That is, they scan the competitive environment, determine what needs to be done, acquire the necessary resources, and inspire others to achieve results. Dr. St. John does all of that, and more. She is one of those rare, inspired leaders who also see “dots” to connect that do not yet exist, and find ways to make bring them into existence.

Professor St. John’s research focuses on the strategic, technical and operations issues within businesses. In her research with Professor Jeffrey Harrison, which has been referenced in The Economist, she investigated how diversified firms achieve synergies from business units that have similar technological and manufacturing resources. In her work with Professor Richard Pouder, she explored the effects of geographical clustering of high technology firms on competitive practices and innovation. She and Professor Pouder were invited to present their work at the Conference Board of Canada’s Technopolis Conference in September 1997. In 1999, she and co-authors Raju Balakrishnan and James Fiet received the Decision Sciences Institute’s Best Interdisciplinary Paper award for their use of neural networks in predicting the wealth effects of corporate strategy decisions.

Professor St. John has participated in grants receiving $1.5 million from the U.S. Small Business Administration, the U.S. Department of Commerce, and the National Science Foundation. She has published and presented numerous articles in outlets including Academy of Management Review, Strategic Management Journal, Journal of Management Studies, Production and Operations Management, Journal of Operations Management, Human Relations, International Business Review, Academy of Management Executive, International Journal of Purchasing and Materials Management, and other journals. She has served on the editorial review boards of Production and Operations Management, Business Case Journal, and Academy of Management Executive, and has served as a reviewer for Academy of Management Review, Academy of Management Journal, Journal of Management, Management Science, and Journal of Operations Management.

With Jeffrey Harrision, she co-authored two texts, Strategic Management of Organizations and Stakeholders and Foundations in Strategic Management. She regularly teaches strategic management, operations strategy, and technology and innovation management at the undergraduate, masters and doctoral levels. She also participates in team-taught courses within the entrepreneurship course sequences, including a technology entrepreneurship course for science and engineering majors. She is the past recipient of the Department of Management Scholarly Achievement Award and the two-time recipient of the Outstanding MBA Faculty Award.

During her tenure as director of the Spiro Center, she developed several new curriculum initiatives in entrepreneurship, planned and implemented several outreach programs that link graduate business students and experienced business executives with inventors and entrepreneurs for assistance and mentoring, created a competitive research grants program for faculty and graduate students, and established a formal relationship with the university's Office of Technology Transfer to graduate business students in the university’s technology commercialization efforts. She has also involved the Spiro Center in several collaborations on campus and in the state that are intended to spur economic development through technology-based entrepreneurial initiatives. She is a founding board member of the Upstate Coalition for Entrepreneurial Development and of InnoVenture. She serves on the Clemson University Research Foundation Board.
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