Education and Training Programs under CECT

The Training and Dissemination Core of CECT will integrate research with education, training, and communications in the design, fabrication, characterization, and assessment of complex tissues. The Training component of this Core will build a strong research and education team to train scientists in all stages of their career and education. To achieve these goals, the Core will incorporate a series of well-developed programs to help establish technologies for both the technical and non-technical public. This Core will also build a knowledge base relevant to the clinical translation of engineered tissues, and then disseminate this knowledge base to the broader scientific and non-scientific communities. The Dissemination component of this Core will also implement high quality, effective outreach activities to distribute results, facilitate collaborations, and provide training modules to an extended community.

The education and training service of CECT establishes state-of-the-art training programs, and maintains the integrity of data collection, storage, and transfer among the Technology Research and Development Projects, Collaborative Projects, and Service Projects.

Overview of Education and Training

All the technologies, platforms, and research directives investigated through the TR&D, CP, and SP projects will be systematically disseminated to the biomedical community. The 3 leading institutions (UMD, Rice University, WFIRM) are also responsible for workshops and courses designed for all levels of students. Tangible outcomes of the center also include patent-able technologies and bench to bedside translation for clinical applications.

Tissue Engineering and Biofabrication Research Experiences for Undergraduates (REU) Program

The objective of the CECT Tissue Engineering and Biofabrication REU Program is to introduce undergraduates with engineering and science backgrounds to a diverse research environment involving tissue engineering and biofabrication. Our four principal goals are:
  • Recruitment and selection of undergraduates from institutions with varied levels of tissue engineering and biofabrication research
  • Have a diversified research program in tissue engineering and biofabrication
  • Promote team-based and cross-disciplinary research within this field
  • Expand the students’ knowledge of emerging technologies and trends, preparing them for graduate studies or a professional career
The CECT REU Program will be administered through the University of Maryland, where enrolled students will be primarily located. Some students may be enrolled at Rice University and Wake Forest University, depending upon student interest, and these students will be managed on a case-by-case basis. Similarly, if interested students wish to work with investigators leading Collaborative Projects or Service Projects, then this will also be explored as long as proper oversight can be provided and maintained.
 

Regenerative Medicine Essentials Course and 3D Printing and Biofabrication Workshop

Dr. Anthony Atala is the Director of the one-week Regenerative Medicine Essentials (RME) course offered each summer. The RME course brings together 35 to 40 prominent, world-class, distinguished experts from the Wake Forest Institute for Regenerative Medicine, industry, government, and other academic institutions, and research centers from across the U.S. and globe. The course provides a state-of-the-art review of various aspects of regenerative medicine and addresses the science and technologies behind regenerative medicine, its application to human disease, and its importance to modern society. Eight course sessions integrate information, technologies, and skills from biological sciences, engineering, biofabrication and manufacturing, legal, commercial, regulatory and ethical disciplines.
 
The 3D Printing and Biofabrication Workshop within this course contains demonstrations with cutting-edge technologies for regenerative medicine applications, with a particular focus on 3D printing and biofabrication platforms, providing an additional forum to address CECT themes and highlight developments in all three TR&Ds by the corresponding PIs and well as showcase opportunities for collaboration. The workshop provides the basics of 3D printing, including a hands-on workshop, introduction to 3D design software, and insight in the specific challenges encountered when translating 3D printing to biofabrication, such as the development of specific bioinks and the required control over processing conditions. Finally, the workshop also provides state-of-the-art examples of how biofabrication is currently translated from bench towards the bedside. Selected trainees in the program will be sponsored to attend the course and workshops.

 

Rice Advances in Tissue Engineering Short Course

Dr. Antonios Mikos has been the organizer of the continuing education course, Advances in Tissue Engineering, offered annually at Rice University since 1993. The course surveys the latest knowledge and technologies in the world of patient-specific therapeutics - from synthetic scaffolds to drug delivery systems - with over 40 faculty from Rice University, the Texas Medical Center, industry, and other institutions.
 
CECT will add one day to the course focusing on complex engineered tissues and biofabricated strategies. This will serve primarily as a forum to address themes related to the Center and highlight developments in all ongoing projects. PIs from the TR&Ds as well as CP and SP collaborators are invited to speak at the Course. In addition, selected trainees in the CECT are sponsored to attend the Short Course, thus establishing a mechanism to highlight the work of the CECT while also providing an unparalleled educational opportunity for the younger researchers associated with the CECT.

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