Principal
Scientist
Structural
Dynamics & Hydraulic Machines
POWER ENGINEERING - Irvine, California
1998-Present
Expert
in testing and analysis of hydraulic machinery and hydropower
applications. Extensive experimental and theoretical research
in flow analysis, cavitation and transient fluid effects, provides
superior insight into diagnosis and performance improvement of
turbines, pumps and other hydraulic machinery.
Head of Hydraulic Laboratory
LMH - Hydraulic Machines
Laboratory
EPFL - Swiss Federal
Institute of Technology 
STI - School
of Engineering
Lausanne,
Switzerland
1994-Present
Supervise
staff of 35 technicians, graduate students and researchers. Teach
courses in the areas of Hydraulic Machines and Hydropower. Perform
experimental and theoretical research on flow analysis, cavitation,
transient, stability conditions and model testing of hydraulic
machines. Grants from NEFF, PSEL, CERS-CTI, Alsthom, Brite Euram-OFES,
DRET, EDF, Hydro-Qu�ec, Sulzer Hydro, Hydro-Vevey, GE-Canada,
Voith, Voest-Alpine.
Supervise
model acceptance tests of hydraulic machines for major hydropower
plants worldwide, including Itaip, Ataturk, LG 2, LG 3, LG 4,
Guangzhou, Isle Maligne, Wells Dam, Robert Moses, Kootenay Canal,
etc.
Senior Researcher
EPFL-IMHEF
Lausanne, Switzerland
1988-1994
Head
of Cavitation and Flow Analysis Research Groups.
Researcher
EPFL-IMHEF
Lausanne, Switzerland
1988-1994
Head
of Cavitation Research Group.
Engineer
EPFL-IMHEF
Lausanne, Switzerland
1988-1994
Hydrodynamic
Tunnel and High Speed Cavitation Tunnel Design.
Professor
FRENCH
NAVAL ACADEMY
1991-Present
Special
lectures on cavitation.
Visiting Scientist
RESEARCH
CENTER of HYDRO-QUEBEC
July - August 1989
Experimental
study of cavitation erosion.