Mark Wiesner (Chair)
Rob Dunbar
Kathy Ensor
Keith Hamm
Paul Harcombe
George Hirasaki
Diane Hirschl
Joe Hughes
Walter Isle
Peter Mieszkowski
Hanadi Rifai
Chelsea Marseille Valdes
We propose:
CAMPUS-WIDE INITIATIVES
1) Facilitate and expand the avenues for undergraduates to study and do research on environmental topics.
2) Use the environmental theme as a common thread in enhancing our graduate programs
3) Establish a Steering Committee for Environmental Programs
4) Coordinate the development of faculty expertise across campus in four selected areas
INSTITUTE-BASED INITIATIVES
1) Coordinate activities of Rices environmental teaching faculty with activities in the Energy and Environmental Systems Institute.
2) Encourage the development and instruction in the use of tools in Information Technology, Biotechnology, and Nanotechnology with an eye towards environmental applications.
SCHOOL- BASED INITIATIVES
1) Develop resources in Environmental Policy in the School of Social Sciences
2) Develop Corporate Environmental Management as a theme in the Jones School
3) Develop Ecology and Earth Systems as a theme in the School of Natural Sciences
4) Develop the Study of Cultures and Environment in the Humanities
5) Encourage the participation of the Architecture School in work on urban growth, land use and civil infrastructure.
6) Develop and coordinate environmental expertise throughout the School of Engineering
6a) Build on existing strengths in Environmental Science and Engineering
6b) Bring cutting edge developments in computational mathematics, statistics, and system modeling to bear on environmental problem solving
6c) Develop Transportation and Civil Infrastructure as a theme within Civil Engineering
6d) Develop Pollution Prevention as theme within Chemical Engineering
6e) Explore combustion and fluid mechanics as themes for interaction with Mechanical Engineering
6f) Involve Rices Electrical Engineers in developing new sensors for environmental monitoring.
Engineering
8. Air pollution modeling
9. Solid and hazardous waste management
10. Environmental fate and transport
11. Water resources
12. Separation processes
13. Pollution prevention/ benign processing/materials
14. Transportation
15. Civil infrastructure
16. Combustion chemistry or computational fluid dynamics
17. Environmental statistics
6) Develop and coordinate environmental expertise throughout the School of Engineering
6a) Build on existing strengths in Environmental Science and Engineering
- 3 positions
- Oxidation chemistry/ or Hydrology
- Atmospheric transport
- Environmental Microbiology
6b) Bring cutting edge developments in computational mathematics, statistics, and system modeling to bear on environmental problem solving
- 2 positions
- Environmental Statistics
- Stochastic PDEs
6c) Develop Transportation and Civil Infrastructure as a theme within Civil Engineering
- 1-2 positions
- Transportation
- Engineering Economics or Fluid Mechanics
6d) Develop Pollution Prevention as theme within Chemical Engineering
- 2 positions- polymer and colloidal systems, catalysis
6e) Explore combustion and fluid mechanics as themes for interaction with Mechanical Engineering
- 2 positions
- Environmental Fluid Mechanics
- Experimental Fluid Mechanics
6f) Involve Rices Electrical Engineers in developing new sensors for environmental monitoring.
6f) Involve Rices Electrical Engineers and Material Science group(s) in developing new materials, sensors for environmental monitoring/ applications of nanotechnology.