Chairman, Department of
Bioengineering
Distinguished Professor of
Bioengineering
Formulated B.S., M.S., and Ph.D.
Bioengineering Programs
NASA-AMES RESEARCH CENTER 2001-2002
Division
of Fundamental Biology – Assisted in strategic plan to integrate biotechnology,
nanotechnology, and information technology
Chairman, Department of
Bioengineering (1998-2002)
Director, Center for Bioengineering
and Biotechnology
Distinguished Service Professor of
Engineering
Professor of Bioengineering
Professor of Chemical
Engineering
Professor of Medicine
Organized
Center for Biotechnology and Bioengineering
Developed
joint Medical School/Engineering School graduate bioengineering degree.
Initiated
Bioengineering undergraduate and graduate degree programs (B.S., M.S., and
Ph.D.). Initiated new Department of Bioengineering.
Obtained
funding from Whitaker Foundation, Keck Foundation, Kresge Foundation, and NIH
to support Bioengineering Initiative.
Developed
subcutaneous sensor for glucose monitoring in diabetics using non-invasive
optical techniques.
NATIONAL SCIENCE
FOUNDATION 1985-1987
Deputy Director, Division of Cross‑Disciplinary
Research
Section Head, Emerging Engineering
Systems
Developed programs in the
emerging fields of biotechnology, bioengineering and lightwave technology.
Developed
review and evaluation process for Engineering Research Centers
UNIVERSITY OF
MARYLAND/NIST 1984
Director of Development, Center for
Advanced Research in Biotechnology
Initial development of a
cooperative venture between the
Chairman, Department of Chemical
Engineering
Professor of Chemical Engineering
Reorganized
department to become one of the first integrated science-based chemical
engineering departments.
Sabbatical leave - Univ. North
Studies of replication initiation
site by recombinant DNA methods with Prof. Kenneth Bott
Guest Prof. of Physiology (
Sabbatical leave in the Department
of Physiology,
LEDERLE LABORATORIES 1958-1964
Group Leader, Biochemical Research
Research and Development
Engineer
In charge of research group for
producing new pharmaceuticals by microbial methods.
Main emphasis on antibiotic and
steroid synthesis.