Wave Measurement Program, Little Bay, Monserrat, Mouchel Consulting, Inc., Design Engineer.
Designed real-time oceanographic data acquisition system to monitor waves, tide, and currents in Little Bay, located on the northwest coast of the Caribbean island of Monserrat.  The system consists of a SeaPac 2100 wave, tide, and current meter deployed in 15 meters water depth about 1 km offshore.

Real-Time Monitoring System, Port of Curacao, Curacao Port Authority, Design Engineer.
Designed a WHISL SeaPac 2100 directional wave and tide sensor, which also measures currents, and a WHISL SeaPac 2000 current meter.

Real-Time Current Monitoring System Channel Approaches, Long Beach, CA, Jacobsen Pilot Services, Inc., Design Engineer.
Designed a real-time system to monitor currents in the approaches to the main shipping channel at Long Beach harbor. 

Deep Water Rig Instrumentation System, Makassar Strait, Indonesia, Unocal Corporation, Design Engineer.
Designed, built, and tested, a real-time environmental monitoring systems for the Sedco 601 and Sedco 602 anchored drill rigs, operating in the Makassar Strait region, east of Borneo, Indonesia.  Each of two identical systems consist of a downward-looking 75 kHz Broadband Acoustic Doppler Current Profiler suspended below the surface, together with an upward-looking RD Instruments Workhorse 300 kHz ADCP and an non-directional wave gauge.  A meteorological system measuring wind, speed and direction, air temperature, and barometric temperature is also included in each system. 

Real-Time Data Acquisition and Telemetry System, Oahu, HI, Tesoro Hawaii, Design Engineer.
Designed a real-time current and wind monitoring system that consists of a real-time data acquisition and telemetry system, which is located on the Single-Point Mooring (SPM) offshore of Tesoro Hawaii, a Base Station display and archiving system, which is located in Tesoro’s office in Honolulu, and a Mooring Master display unit that is contained in a waterproof portable case and is used by the pilots. 

Physical Oceanographic Real-Time System (PORTS), Tampa, FL, University of South Florida, Design Engineer.
Designed and built a real-time system to collect directional wave, current, tide height, and meteorological data from multiple sites for the NOAA PORTS program.  We provided four Acoustic Doppler Current Profilers (ADCPs) that are bottom-mounted near shipping lanes and cabled to Remote System Managers (RSMs) located on shore-based or offshore towers at Old Port Tampa, Manatee Channel, Sunshine Skyway Bridge and Egmont Key, FL.  Several of these stations are also equipped with meteorological systems and visibility sensors. 

Lake Current Monitoring System, Darlington and Pickering, Ontario, Canada, Ontario-Hydro, Design Engineer.
Designed, built, and tested, a pair of identical real-time lake current monitoring systems for the Canadian Nuclear Utility Company Ontario-Hydro. 

Meteorological and Oceanographic Monitoring System, Seoul, Korea, Seoul National University, Design Engineer.
Designed and built a meteorological and oceanographic monitoring system that provides real-time monitoring of wind speed and direction, air and water temperature, air pressure, tides, and current profiles.  The system consists of a surface meteorological buoy, a subsurface Acoustic Doppler Current Profiler (ADCP), and a tide station. 

Tide Measurement System, Naval Oceanographic Office.
Designed and constructed 5 portable tide measurement systems (TMS) for real-time water level measurements for use by the Navy in coastal surveys worldwide. 

Texas Automated Buoy System (TABS), Real-Time Environmental Data Buoy, Gulf of Mexico, Geophysical and Environmental Research Group (GERG), Texas A&M University, Design Engineer.
Designed a real-time data acquisition and telemetry system that provides near-surface current, meteorological, and other environmental information on the continental shelf.