Doctoral Degree - Designated Emphases
The ECE Ph.D. program is affiliated with the Designated Emphasis in Biotechnology (DEB) inter-graduate group program and the Designated Emphasis in Biophotonics and Bioimaging (DEBB) inter-graduate group program, which allow Ph.D. students to receive and be credited for training in these research areas.
The Designated Emphasis in Biotechnology (DEB) uses an experiential learning model to help doctoral students from 29 UC Davis STEM disciplines develop an understanding of the “business of biotech” and acquire transferable professional skills in entrepreneurship, leadership, team science, project management and science communication. Detailed information on program requirements, coursework, professional development opportunities, affiliated federal training programs and current participants may be found on the DEB program website. Coursework and individualized mentoring ensures that our DEB students are familiar with a wide array of career paths open to STEM doctoral graduates and develop both technical and professional skills needed for success. The cornerstone of our DEB program is a professional internship, typically lasting 3 to 6 months and taking place within the biotech industry, research institute or other cross-disciplinary setting.
Biophotonics is a highly interdisciplinary field that investigates the fundamental principles governing light interaction with biological organisms, tissues, cells and molecules and develops new technology for basic science and clinical applications based on these principles. The Designated Emphasis in Biophotonics and Bioimaging (DEBB) is a graduate program for:
- Students doing advanced research in optics/photonics with imaging technologies, computational models, and visualization methods with applications in biology and medicine
- Students in any area of biology or medicine who use or will use optical or imaging technologies ranging from micro- to meso- to macro-scale in their research.
Program benefits include:
- Designated Emphasis title on your Ph.D. diploma
- Theoretical and rigorous treatment of light generation and light-tissue interactions through coursework
- Working knowledge of prevalent optical techniques and how they are applied in other fields (e.g. tissue engineering, neuroscience)
- Networking and career opportunities
- Distinguished seminars from leaders in the field
- Opportunities to participate in summer schools nationally/internationally.