2001

Griffin Analytical Technologies (GAT) MMS

Purdue University, 2001 - $15,500

Mass spectrometers are high-tech devices used to separate and analyze chemical substances at the molecular level, useful for a number of industries but especially defense and homeland security. The Griffin E-Team from Purdue developed an improved mass spectrometer that is smaller, cheaper, and better than older systems. By using cylinders as the chemical analyzer, the device was made easy to miniaturize, thereby taking up less lab space, costing less, and making the device more sensitive and more accurate.

The team has gone on to successfully commercialize the technology, founding Griffin Analytical, Inc. and winning a number of grants and awards. The company has forty-five employees and is growing rapidly.

Measuring Bioimpedance in the Human Uterine Cervix: Towards Early Detection of Preterm Labor

Premature birth is the major determinant of long-term health problems in children, and occurs in 11% of approximately six million pregnancies in the U.S. each year. Subtle changes in cervical tissue throughout pregnancy can be detected as a decrease in bioimpedance. This team has developed a probe to measure bioimpedance, thereby detecting impending preterm labor at the tissue level with significantly more accuracy than current technologies

An Integrated Approach to Technological Innovation

Georgia Institute of Technology - $30000.00

With support from the NCIIA, the Georgia Institute of Technology, in collaboration with Emory University, established an innovative multidisciplinary training program, entitled Integrated Approach to Technological Innovation (IATI). The IATI Program equips science and engineering PhD students with the skills and multidisciplinary perspective necessary to succeed as entrepreneurs. IATI also produces science and engineering (S & E) dissertations with both technical merit and market relevance, and provides Master of Science Management and Doctor of Jurisprudence students with practical experience in a technical research environment.

As part of the IATI Program, students in management, law, and economics team with S&E students to explore the market potential of the new technologies developed by the S&E students. Team projects focus on research in four primary S&E areas critical to US innovation: biomedical engineering, manufacturing, microelectronics, and nanotechnology. Advised by faculty and industry mentors, these teams develop the technical, legal, and business issues involved with moving fundamental research to the marketplace. Fifteen students participate in IATI each year, joining E-Team projects for the duration of the two-year program.

CameraMouse (TM) E-Learning Team: Developing Technology for the Disabled

University of Texas at Austin, 2001 - $14,500

Increasingly, special education and rehabilitation programs are providing clients with computers and, at the same time, trends show that people with disabilities are getting increased access to programs that have traditionally excluded them. The government supports equal access to computers for people with disabilities, while schools, caregivers, and employers seek new ways to increase opportunities and productivity for their clients or workers with disabilities.

In response to these trends, this E-Team developed CameraMouse(TM), the only assistive technology hands-free mouse control device of its kind. With CameraMouse(TM), people with severe disabilities can completely control computers. It is image-driven and non-invasive, and does not require head harnesses, adhesive dots, wires, or illumination with infrared lights as other products do. Intuitive even to small children, users learn to operate CameraMouse(TM) within minutes, and they can soon play educational computer games, write with an onscreen keyboard, and surf the Internet. A research paper on the efficacy of CameraMouse(TM) showed that nine out of twelve people with limited voluntary muscle control due to cerebral palsy or traumatic brain injury learned to use the technology. These nine used CameraMouse(TM) to spell words, operate commercial software, and access the Web.

For more information, visit the E-Team's website.

Fluent Systems

University of Wisconsin-Madison, 2001 - $11,600

The Fluent Systems E-Team received funding to develop a wireless NH3 monitor to help farmers apply ammonia nitrate fertilizer to fields more efficiently. US farmers annually apply fifteen million tons of anhydrous ammonia to their crops using a field tractor and an implement to pull a large tank, creating a long, train-like configuration of machinery. Partly because of this configuration, tractor drivers can’t see the tank fluid level, so they must periodically stop application to read the tank’s levels.

Fluent’s NH3 monitor solves the problem with a two-module system composed of a tank module that sits atop the field tank and a display module within the tractor cab. The tank module continuously monitors fluid levels and communicates them to the cab using wireless technology. The cab module allows the farmer to track how much product is in the tank without getting out of the tractor to check the tank gauge.

The product sold well in its first year of commercial availability, but Fluent’s big news came in late 2004, when Raven Industries LLC acquired the company for $1 million. Raven, a diversified manufacturer of plastics, electronics and special apparel products, bought Fluent to help grow its Flow Controls Division.

Breath-Alert Breath Detection System

Vanderbilt University, 2001 - $10,440

Approximately 2,500 infants suffered Sudden Infant Death Syndrome (SIDS) in 1998. Although decreasing, the numbers of SIDS cases is still quite large. Caregivers typically discover the occurrence of SIDS when they check on a sleeping infant. Closely monitoring an infant's breathing gives warning when a problem arises. Breath monitoring is also necessary in other medical cases, such as post-operative patients who have received anesthesia and sleep apnea patients.

The Breath-Alert device, developed by an E-Team of two MBA students and two graduate students in biomedical engineering, is a general purpose breath monitoring system appropriate for post-operative patients, sleep apnea patients, and infants at risk of SIDS. The device measures carbon dioxide levels to determine whether or not the patient is breathing. Carbon dioxide absorbs light in the 4.2 to 4.4 bandwidth, so the device uses infrared (IR) light to detect carbon dioxide in the ambient air around the patient. Breath-Alert positions an IR source tuned to the appropriate wavelength and power to shine its beam through the exhaled volume of gas. A parabolic reflector placed opposite the source concentrates the IR light at its focal point, and an IR sensor at the focal point detects the transmitted light. A simple algorithm processes the IR transmission data and signals an alarm when breathing ceases.

Home Heating Wireless Communication System

Swarthmore College, 2001 - $12,633

In 2000, an E-Team from Swarthmore College developed a home heating system that utilized many advanced microcontrollers. Although useful, traditional microcontrollers use a cumbersome amount of wiring for communication, making the system expensive to install and difficult to repair without specific expertise.

To address this problem, the team developed a wireless communication system, called simply "The System." The System integrates Bluetooth chips into microcontrollers' printed circuit boards to allow for short-range operation (10 to 100 meters) while using very little power. For example, The System could exchange commands between a boiler and zone valves, zone valves and thermostats, and thermostats and boiler, all without hard wiring.

The E-Team included members from the original Home Heating System E-Team as well as several new recruits.

Smart Parking Lot

Rensselaer Polytechnic Institute, 2001 - $14,900

In continental Europe and the UK, the parking industry has developed innovative solutions to accommodate the increase of cars in limited spaces, but parking technology in the US hasn't reflected these industry changes. Recognizing the need for improved parking technology in the US, this E-Team has developed appropriate technology in response. With Preora, ImargenAR's proprietary technology, wireless sensors in each parking spot alert drivers to empty spots within the lot.

For lot owners and managers, the sensor technology provides constant, accurate information on parking lot occupancy and allows them to keep the lot at full capacity and serve customers better. The sensor system is compatible with automated payment systems, like E-Zpass, and bar code scanners at each spot ensure that customers park in their allotted spaces. Preora could also aid in increased security if linked with license plate scanners and facial recognition systems, monitoring those entering or leaving the lot.

With the sensor system, customers can reserve a space over the Internet or telephone.

Low Complexity Noise Monitoring Systems

Dartmouth College, 2001 - $12,500

Noise pollution is a major problem in many communities. Big industry, military operations, and airports are all capable of producing damaging levels of sound. Wilderness areas need to monitor noise to protect wildlife. Because this type of pollution has a high impact on the safety and quality of life, this E-Team from Dartmouth College developed, by request from Lebanon Municipal Airport, an efficient, low-cost, and portable noise-monitoring system.

The system is a robust, weatherproof, and portable package backed up with solar power for use anywhere. It employs digital and analog technology, and is equipped with long and short-term data storage, user-friendly hardware and software controls, and data analysis software. The system automatically monitors low-complexity noise and records its findings.

Cargo Organizer Project

Loyola Marymount University - $14620.00

Drivers of sport-utility vehicles, trucks, and many cars often have difficulty keeping their cargo organized because they have no dividers or containers to separate the space and accommodate packages. Consequently, groceries often spill out of bags, sports equipment rattles around, and many items are lost or damaged. To address this problem, this E-Team from Loyola Marymount University has created a multipurpose organizer for storing and transporting cargo safely. The Cargo Organizer is easy to use, carry, collapse, and store. In addition, it is expandable and can fold down, making it adaptable to many types of vehicles. Customers can also use the product in homes and offices to organize toys, clothes, office supplies, or tools.

The Cargo Organizer E-Team is confident that their product is better than anything currently on the market because of its versatility, maneuverability, and cost. Because of this they believe that this unique package is attractive to many different markets.

The Cargo Organizer E-Team is comprised of MBAs, graduate students in engineering and product management, and an undergraduate in mechanical engineering with an emphasis in design. Team advisors include a mechanical engineering professor, an entrepreneurship professor, and two mentors: the President of PML, Inc., who can address design and prototyping issues, and the President of Brubaker & Associates, an expert in accounting and marketing

IPRO 353 Sensor Systems in the Transportation Industry

Miami University-Oxford - $18150.00

This E-Team from the Illinois Institute of Technology has developed a safety device for railroad tank cars, many of which carry toxic and hazardous commodities. The cars would be equipped with a monitoring device that combines the most advanced tiny chemical sensors with modern telecommunications technology and the internet. This integration allows for advanced warning to loading or unloading sites, thus reducing the risk of a dangerous accident. The device can detect small leaks in the tank car valves and fittings, enabling maintenance before any hazard develops

Painless Injection Method and Device

University of Cincinnati, 2001 - $17,800

Over the next ten years, more than 73 million vaccinations will be given to children under the age of five. For most of these children, receiving an injection will be a traumatic experience due to the pain. This pain can be attributed to the size of the needle and the speed with which the medicine is injected. As a child receives additional vaccinations, they often develop a psychological aversion toward injections. Eventually, just the sight of a needle can elicit a fearful response from the child. The parents are often just as emotionally affected as their children.

The Painless Injection Device, or PID, is a revolutionary and innovative product that eliminates the trauma associated with vaccinations. With the PID, the needle is hidden from sight, its diameter is below the threshold for sensing its insertion, and the medication injection speed (one to five minutes) is below the threshold of pain. This E-Team from the University of Cincinnati believes the PID has enormous potential to positively alter the lives of millions of children and their parents.

Breast Augmentation Instrument - BME 590 Technical Entrepreneurship

Stanford University - $9800.00

This E-Team from the University of Miami has designed an instrument that eases the insertion of implants when using the transaxillary breast augmentation procedure. The device works by holding the implant in an upright position. The first prototype is being made out of stainless steel. Eventually, the team wishes to test that prototype in surgery and, depending on the results, take it to mass production.

The team plans to make the prototype out of plastic, allowing the instrument to be disposable. If the design is successful, the team can use a thermo jet machine (FDM) to mass-produce the tool in a plastic form using three-dimensional drawings. This tool could promote surgeons to switch over to this newer procedure, thus promoting a much safer and efficient breast augmentation surgery.

The Vayusa Team (Modiv Media)

Babson College, 2001 - $8,400

Seven years ago, the Babson College Vayusa E-Team created a mobile commerce solution that allows people to pay for products with their cell phones. At the checkout counter, the customer dials the company, enters a four-digit PIN, chooses a payment method (credit card, debit, etc.), and confirms purchase. The Vayusa platform also contains a loyalty card management system, allowing retailers to reward consumers for using certain payment methods. Vayusa's system is fast and safe, requires no additional equipment installed on either side of the transaction, and can be utilized with any existing cell phone.

After graduating from Babson the team went on to incorporate as MobileLime, completed a round of funding that brought in $2.2 million, and launched in Boston with twenty-one employees in March 2003. In 2007 the company merged with Cuesol to become Modiv Media, developer of a next generation retail media delivery platform.

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Digital Lap Counter and Timer for Swimmers

Rose-Hulman Institute of Technology, 2001 - $11,200

The Digital Lap Counter and Timer for Swimmers frees swimmers' minds of lap counts so that they can concentrate on their positioning and stroke dynamics. The device consists of an underwater pad placed directly over the wall at the end of a swimming lane. Inside are digital displays that show a swimmer's current lap count and either total swimming time or their current lap time. Also inside are pressure-activated switches that sense a swimmer's lap change when the swimmer presses the pad while pushing off the wall into the next lap. All of the computing, saving of data, and counting takes place just outside the pool in a small waterproof box connected to the underwater pad by a short cable. This box has a simple user interface and a standard DB9 serial port socket for connection to a personal computer. When the device is connected to a PC, the swimmer can download swim data, giving them the ability to chart their improvement between different training sessions.

Entrepreneurship Implementation: Internet-Based Business

University of Arkansas Main Campus - $19000.00

Entrepreneurship Implementation: Internet-based Business is a course for students interested in the start-up phases or management of a new Internet-related business or technology. This course is appropriate for students that have already taken a business plan development course and seek to form and implement their E-Team plans. The course has a "how to do it" practical emphasis. Students who complete the course will know how to implement a business plan, understand the technologies involved in Internet-based businesses, and how to proceed with the fundamental, underlying implementation tasks required to start an Internet-based business. Each E-Team student in the class selects a project, problem-solves, and completes the project with their team members, learning the critical tasks involved in a new venture implementation

Creative E-Teams Developing Global Products

Loyola Marymount University - $15200.00

LMU's College of Science & Engineering and College of Business Administration will develop and integrate three unique courses during one academic year: New Product Development, International Marketing and Entrepreneurship.

The project combines faculty from engineering, business, and applied psychology that have expertise in design, marketing/entrepreneurship, and team building, respectively. The goal is to form diverse E-Teams of engineering and business students who design creative products for international customers. The E-Teams perform product planning, market research, design, prototyping, and write a business plan. They focus on developing unique, high risk/high reward products leading to a factor of 10x improvement over existing products. The E-Teams conceive products that "improve the quality of life for people."

Six E-Teams, each composed of 5 students, will design their product around their customers' needs in different geographical areas. The E-Teams will address the different social/economic, environmental and cultural needs that affect their product's design. The students will interact both in collocated teams and in virtual teams. The virtual teams will collaborate over the Internet using ipTeamSuite software from Nexprise Inc. This project will integrate engineering, marketing and entrepreneurship for meeting the changing demands of the 21st century

IdentiChem, Inc.

University of Tennessee, Knoxville, 2001 - $13,500

The IdentiChem E-Team formed in a course called "Technopreneurial Leadership" taught by Dr. Lee Martin at the University of Tennessee. While researching a proposal for the US Food and Drug Administration, the team determined that polyamines, istamine, putrescine, and cadaverine are all indicators of tissue breakdown and can be monitored using Surface Enhanced Raman Spectroscopy. Their device provided near-time results for a problem that has been estimated to cause as many as 33,000 annual cases of illness from seafood in the US.

The E-Team consisted of four MBA students with backgrounds in engineering and medicine. They targeted sales to the seafood industry as a faster and more cost effective measurement tool.

Comfort Computing, Inc.

Comfort Computing Inc. (CCI) designs, develops, manufactures and commercializes computer accessory products that promote ergonomics, mobility, and productivity to mobile computer users. CCI plans to lead the market with the Portable Computer Laprest product, an accessory for users of portable computers in the home, office, or hotel. The product addresses an unarticulated market need from home workers, telecommuters and students that seek alternative computing environments. Laprest allows users to operate their computers from their laps comfortably and free from the dangers of repetitive stress injuries or excessive heat generated by the machine.

The team is comprised of two Babson College MBA students. One student has done brand development and the other has an MS in Engineering Design with significant work experience. Their advisors include two entrepreneurship professors and a physical therapist. The Babson College Incubator Program is providing office space and $5,000 for startup expenses. The E-Team's plan includes securing patents, creating prototypes, conducting further market research, writing a market plan, and making models for manufacturers.

Stanford University - $7400.00

Comfort Computing Inc. (CCI) designs, develops, manufactures and commercializes computer accessory products that promote ergonomics, mobility, and productivity to mobile computer users. CCI plans to lead the market with the Portable Computer Laprest product, an accessory for users of portable computers in the home, office, or hotel. The product addresses an unarticulated market need from home workers, telecommuters and students that seek alternative computing environments. Laprest allows users to operate their computers from their laps comfortably and free from the dangers of repetitive stress injuries or excessive heat generated by the machine.

The team is comprised of two Babson College MBA students. One student has done brand development and the other has an MS in Engineering Design with significant work experience. Their advisors include two entrepreneurship professors and a physical therapist. The Babson College Incubator Program is providing office space and $5,000 for startup expenses. The E-Team's plan includes securing patents, creating prototypes, conducting further market research, writing a market plan, and making models for manufacturers.

Wyoming $10K Entrepreneurship Competition

Location

WY
United States
43° 4' 33.4848" N, 107° 17' 25.0224" W

Clarkson University - $29500.00

This program will help create E-Teams to compete for the University of Wyoming's $10K Entrepreneurship Competition. The competition, started in FY 2001, rewards students who have excellent business plans for viable ideas with financial support to take their projects to the next level. In addition to financial support, through the process of preparing for the competition, the $10K Entrepreneurial Competition provides students with a thorough education in business planning and entrepreneurship, mentor contacts, and networking opportunities. The addition of E-Teams adds a new dimension to the $10K competition by providing additional support to students throughout their process, and by helping students form teams. The program encourages the formation of well-rounded E-Teams composed of students from different disciplines, through "student mixers" where students can network after listening to a guest speaker. E-Teams receive funding for project materials, to supplement UW's business plan writing course fees, and for intellectual property protection.

NCIIA funding will also be used to expand the existing list of entrepreneurs available for E-Team mentoring, and to fund venues for students to work with their mentors. Funds will also be used to support the 10K project itself, the competition's newsletter, website, and judging process.

Exploring Innovation Technologies Using RF Technology for Engineering Applications

Location

NJ
United States
40° 3' 29.9664" N, 74° 24' 20.3796" W

Moravian College and Moravian Theological Seminary - $2000.00

This grant supports the new course Invention, Innovation, and Entrepreneurship under Rutgers' Special Problems in Civil Engineering Course. This course is a unique addition to the Rutgers Engineering curriculum, to be institutionalized after the pilot semester. The class is the first step toward the creation of Rutgers Invention Institute, to promote invention and creativity in engineering at Rutgers. The undergraduate/graduate course will lead E-Teams through brainstorming new ideas, identifying problems and solutions, completing assessments of an idea's commercial potential, and writing business plans.

The E-Teams will work on radio-frequency identification (RFID) as the focus of their initial projects for the pilot course and possibly future courses as well. In addition, the class will undergo ennegram personality typing to help them understand their own personality types and to better understand the people they are working with, be they managers, teammates or investors.

Technopreneurial Leadership Center

Location

TN
United States
35° 31' 2.9676" N, 86° 34' 49.6092" W

California Institute of Technology - $27000.00

This program helps graduate level E-Teams launch tech-based businesses through the Technopreneurial Leadership Center (TLC) at the University of Tennessee. TLC is a recent initiative of the university, which works in collaboration with the Oak Ridge National Laboratory (ORNL). Using ORNL technologies as the product, E-Teams form a company, establish a business mission, research the product's market potential, create a virtual presence for the company, and manage its operation for the duration of the course. By the end of the two-year program, E-Teams are equipped to launch their ventures.

Hinman Campus Entrepreneurship Opportunities (CEOs) Program

Location

MD
United States
39° 2' 44.718" N, 76° 38' 28.5756" W

University of Maryland - $4000.00

The Hinman Campus Entrepreneurship Opportunities (CEOs) program, the nation's first living-learning entrepreneurship initiative, brings students together from diverse majors to learn how to start their own businesses. A specialized, high-technology "e-Dorm," seminars and workshops from venture capitalists and successful businesspersons, industry-student mentoring, and unique entrepreneurship education courses give students a stimulating and supportive environment in which to dream and realize their ideas. The program culminates in a business plan for each new student venture and assistance in obtaining financing.

For more information about the program, visit the Hinman CEOs website

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