The centers housed within the Purdue Polytechnic Institute take advantage of the research expertise of faculty members by focusing their efforts on specific topics.

From aviation research to technology development, and from professional studies to product lifecycle management, the centers help address current industry issues and provide solutions.

The Advanced Aviation Analytics Institute for Research (A³IR- CORE), a University-level Center of Research Excellence that resides in the School of Aviation and Transportation Technology, is focused on the dual mission of solving industry problems and providing educational experiences for students by actively involving both graduate and undergraduate student researchers working closely with faculty mentors in a highly-collaborative multidisciplinary environment.

The mission of Aerospace & MRO Technology Innovation Center is research, development and deployment of aerospace and maintenance, repair and overhaul (MRO) technology innovations in air transportation operations. Working collaboratively with schools and departments around the University, the Center will produce human-friendly technology solutions to the aerospace and MRO industry’s most urgent needs.

The center is focused on:

  • Operational process/production, real-time status, and visualization
  • Tracking and authentication of high value parts
  • Real-time operational safety/hazard alerting and control
  • Layered, adaptive, amplified technical task data on-demand at the point of operation. 

The Center's research efforts are housed in the School of Aviation and Transportation Technology's Hangar of the Future.

(AirTIES) aims to facilitate academic and industry researchers in developing aviation alternative fuels solutions for practical use in aviation.

The AutoIC Lab develops and leverages advanced technologies to support construction engineering and management, construction automation, and sustainable infrastructure, including building information modeling (BIM), natural language processing (NLP), artificial intelligence (AI), virtual reality (VR), and Construction Robotics.

The mission of the Biotechnology Innovation and Regulatory Science Center is to develop global programs to ensure sustainable access to medicines for Africa and developing nations, and to advance discovery in manufacturing technology, quality of medicines, and rare disease research. We accomplish this mission through innovative knowledge-based programs in STEM areas with an emphasis on interdisciplinary collaboration.

The Center for Design-Construction Integration (CDCI) provides a trans-disciplinary structure for development of curriculum and courses across all areas in the built environment.

Online and weekend graduate programs for working professionals featuring MS degrees in Aviation Management, Biotechnology, IT Project Management and more.

(CTD) develops innovative technologies focused on product, process, system and manufacturing efficiency.

The mission of PEGASAS is to enhance general aviation safety, accessibility, and sustainability by partnering the FAA with a national network of world-class researchers, educators and industry leaders.

(ICBR) engages industry on projects that involve testing and evaluation of technologies and protocols, develop global standards for the use of biometric technologies, develop innovative performance metrics, and apply their Human Biometric Sensor Interaction (HBSI) model to a variety of technologies.

The goal of the center is to build a sustainable, special relationship between Purdue University and Tsinghua University in education, research and industrial outreach in the general field of open innovation.

Purdue's Product Lifecycle Management Center is an interdisciplinary research center housed in the Department of Computer Graphics in the Polytechnic Institute. The Center fuses the talents and expertise of university faculty to serve as a resource for the manufacturing industry's transformation to the digital enterprise and Industry 4.0.  Through research and practice around the tools, processes, and information models used in product lifecycle management (PLM), the Center draws industry and academia together to enhance manufacturing competitiveness.

Materials processing technology is a multidisciplinary field. Advanced materials processing technology plays an increasing important role in the global economy and in daily life.

The Robotics Accelerator showcases faculty and student robotics research and innovation across many colleges within Purdue. It serves as an umbrella center that brings together other Purdue centers — such as the NSF RoSe-HUB center investigating robots for human well-being — and specialized labs focused on search and rescue robots, micro-robots, wireless robots, soft robots and medical robots. It fosters collaboration and knowledge sharing to accelerate Purdue’s international robotics reputation in both academic and entrepreneurial circles. The center also acts as a focal point for the integration of undergraduate research experiences in robotics and sensing into Purdue Polytechnic’s curriculum.

Director: Richard Voyles, PhD, professor of electrical engineering technology

The Research Center for Open Digital Innovation strives to engage in a revolution of innovation, researching the best way digital technologies can shape the process of open innovation. Open innovation combines an organization’s own research with additional information from external sources to solve problems and develop new products or services.

ROSE-HUB is a multi-university NSF I/UCRC focused on applied robotics and sensing research in a wide range of industries, including healthcare, energy, transportation, agriculture, material handling, homeland security, and emergency preparedness and response. University partners include: Purdue University, University of Minnesota, University of Pennsylvania, University of Denver, and UNC Charlotte. This is the only NSF I/UCRC focused on robotic and sensing technology for human safety and security.  

The Polytechnic's Smart Building Innovation Lab mission is to advance research and education in the next generation built environment technologies leveraging computational science research in building design, construction, and operations.