SCHOOL OF SCIENCE

BS Science - Environmental Studies Option
Learning Objectives and Assessment Plan

Educational Objectives:

The Environmental Studies Option is geared toward students whose interests and skills in science are more cross-disciplinary than those students who pursue traditional majors in biology, chemistry, computer science, math or physics.  The educational objectives of the Option are to produce high-caliber graduates:

 

  • who are well versed in a broad range of topics in the sciences, business, humanities, and the arts and have strong technical knowledge in the environmental sciences. 
  • who are prepared to further their education in graduate school and/or directly pursue productive professional careers in the private, state, federal, educational, or environmental-advocacy sectors. 
  • who can demonstrate possession and application of higher-level learning skills in critical thinking and problem solving as applied to environmental issues. 
  • who can utilize field observation, analysis, and synthesis skills to document, explain, and predict environmental processes. 
  • who can utilize the cross-disciplinary research literature to analyze and synthesize environmental issues and their socio-economic and political implications. 
  • who in their future careers will be able to work both on cross-disciplinary teams and function independently as environmental specialists. 

 

Educational Outcomes:

 

Graduates of the program are expected to demonstrate:

 

  • a strong ability to apply knowledge in the sciences, the humanities & social sciences, the arts, and political sciences to explore and understand environmental processes and issues. 
  • an aptitude for designing, conducting, and communicating the results of literature-based research on environmental topics. 
  • well-developed skills in field-based analysis and research acquired through field course, internship, undergraduate research, or study-abroad experiences. 
  • skill at working productively as individuals and in cross-disciplinary teams. 
  • skill at effectively communicating environmental concepts and issues to diverse audiences. 
  • application of Geographic Information Systems to geospatial description and analysis in environmental research. 
  • a comprehensive understanding of major environmental issues facing global society today.
  • an ability to understand and use selected techniques and analytical/survey tools in the practice of environmental science.

Web site contact: maw49@psu.edu
Updated May 23, 2008
© 2005 The Pennsylvania State University