Oregon Graduate Institute of Science and Technology (OGI) is the region's premier provider of high-technology graduate education and home to world-class scientists and researchers. Established in 1963, OGI has more than 500 graduate students -- many of whom work in industry - and 60 full-time faculty members. Located just outside of Portland, OGI has nearly $20 million in annual research funding.

OGI degree programs are based in five academic departments:


Biochemistry and Molecular Biology
Computer Science and Engineering
Electrical and Computer Engineering
Environmental Science and Engineering
Management in Science and Technology


In addition, OGI's Center for Professional Development provides continuing education classes that boast more than 1,000 enrollments a year. And OGI Saturday Academy offers a variety of science, mathematics and engineering enrichment programs to 6th through 12th grade students and teachers.

For more information, visit OGI's Home Page.



Internet2 Applications at OGI

Ninian Blackburn will conduct experiments in metallobiochemistry using equipment at Stanford University. Internet2 access enables the possibility of "collaboratories," collaborative groups of scientists from geographically dispersed sites interacting closely on joint research. Collaboratories enable sharing of data in real time at each step of the collaborative process, from gene isolation and expression to sample preparation, data collection, analysis and interpretation of the results.

See also: Chemistry of Copper-Containing Enzymes and Spectroscopy of Copper Proteins by clicking here.

Dylan McNamee and David Steere are experimenting with techniques for transmitting high-quality video streams over the Web. Internet2 provides a platform for experimenting with the transmission of broadcast-quality digital video over computer networks, allowing techniques developed in the lab to be tested in real-world scenarios.

Antonio Baptista has built a sensor network and physical model of the Columbia River estuary. The Internet2 connection will allow researchers around the country to access online field data and run model simulations. Known as CORIE, the lower Columbia River network is a pilot nowcast-forecast system that could become the prototype for a national marine forecasting center.