The missions of AC-PABE are to provide undergraduate, graduate and continuing education in science and engineering relevant to the needs of the pulp, paper and bio-resource industries, to conduct fundamental and applied research in line with the industry's research agenda, to develop and transfer technology to the industry consistent with the industry's technology vision and to provide timely technical information to the operating sector of the industry.
This center allows students to experience a hands-on learning environment for basic and advanced machine tool practices. The lab educates students on how to recognize and work in a laboratory atmosphere with the same equipment and policies. It represents a real working environment and encourages precision and accuracy in a teaching laboratory.
The mission of this center, created in 1984, is to advance microelectronic science, technology, and education by providing facilities which encourage interdisciplinary research and educational activities within Auburn University and the State of Alabama. This is accomplished by focusing on more basic long-term research while also addressing the shorter-term technological and manpower needs of the semiconductor industry. The AMNSTC has grown to include nine distinct laboratories in electrical and computer engineering, physics and mechanical engineering. More than 30 faculty and staff, and more than 50 graduate students are involved in its research activities.
T2 is an organization created to bring the newest developments in technology to state and local public works agencies in Alabama. The center uses resources from the U.S. Department of Transportation, Alabama Department of Transportation and Auburn University. Training seminars are an integral part of the center's activities and use the expertise of professionals throughout the region on topics including value engineering, public works management, railroad highway grade crossing improvements, and others.
Food safety is a national priority that affects every man, woman and child. As many as 48 million Americans become ill annually due to foodborne pathogens and toxins. The center's vision is to improve the safety of the U.S. food system by developing the science and engineering required to rapidly identify, pinpoint and characterize problems that arise in the food supply chain through the integration of sensor and information systems technology.
This is a national center of excellence which is dedicated to working with industry in developing and implementing new technologies for the packaging and manufacturing of electronics with special emphasis on the cost, harsh environment and reliability requirements of the vehicle industry. It is a National Science Foundation Industry and University Cooperative Research program (I/URC). It was founded in 1999 to help automotive suppliers, and anyone with harsh environment electronics applications meet their reliability requirements.
Alabama is a state rich in renewable forest and agricultural resources, many of which may be the keys to new forms of energy and products that could reduce our nation's dependence on foreign energy sources and bring new jobs and sources of income to our state. This center was established to help bring both natural and human resources to bear on bioenergy and bioproduct opportunities in our state and region.
The center uses high speed, wet-lay paper-making processes to manufacture low cost, high performance, 3-D microfibrous materials and structures specifically designed to dramatically increase physical rate phenomena. It was founded in June 1996 and was created to facilitate research development, education, technology transfer, and economic development by establishing a small scale manufacturing facility to produce microfibrous materials.
The Auburn Cyber Research Center integrates cutting-edge engineering technology with research to develop innovative methods of protecting our nation's cyber security. Our mission is to excel in cyber research, development, education, policy and practice. We are actively working toward our vision of becoming a nationally recognized research and development center with a strategic impact on our community, state, region and country.
Erosion and sediment control has become a national focus within the construction industry. National and state environmentalists have geared their attention toward emphasizing a need for reducing the amount of sediment-laden stormwater runoff discharging into local waterways from active construction sites. The AU-ESCTF is a research facility dedicated to the evaluation of erosion and sediment control products and practices typically used on highway construction projects to minimize impacts to receiving waters. The facility assists the Alabama Department of Transportation and other state highway and regulatory agencies with research, product evaluation, and training associated with erosion and sediment control practices commonly used in construction.
This center, established in 1985, supports Alabama’s highway industry through a coordinated research program. Research activities are coordinated with the Alabama Department of Transportation, regional and national research programs (NCHRP, FHWA, AASHTO), county and municipal agencies, material suppliers, and contractors. Research initiatives relate to improving the safety, user friendliness, sustainability, longevity and return on investment of our highway infrastructure.
The 45,000-square-foot Auburn University MRI Research Center houses two of the most powerful research and clinical magnetic resonance imaging (11RI) scanners in the world - a 3-Tesla MRI and a 7-Tesla MRI. This facility marks next-level research in engineering and medicine and spotlights innovative technology not only in Alabama but also internationally. The center represents a cutting-edge facility that places Alabama in the forefront of medical scanning technologies.
NCAT's mission is to be a leader in asphalt research, development, technology and education in the areas of structural design, construction methods, materials and testing, performance measurement and prediction, pavement preservation, rehabilitation, recycling and maintenance, and environment and highway safety. NCAT also offers a range of training and educational opportunities for the asphalt pavement construction industry as well as a class for university faculty. Short courses in asphalt materials technology are designed specifically for project engineers, novice or experienced mix designers, materials technicians, field inspectors, or testing personnel.
The Thomas Walter Center, established in 1989, aims to train engineering and business students in common programs and to study and improve the solutions to problems at the interface between business and engineering disciplines. The center accomplishes its mission through various programs, the most visible being the Business-Engineering-Technology curriculum minor for business and engineering students, and the center's efforts to support, enable and promote technology commercialization.