Environmental Systems Analysis & Modeling

Address complex, interrelated issues

The Environmental Systems Analysis and Modeling concentration will provide you with the mathematical and empirical tools necessary to address complex issues marked by interrelated political, environmental, and social aspects. For instance: climate change, which involves physical systems (climate models), economic systems (decisions regarding emissions and emission-reducing technologies), and political systems (governmental decisions to regulate or provide incentives).

How to apply

2STUDENTS FOCUSED ON ENVIRONMENTAL SYSTEM ANALYSIS & MODELING, FALL 2018

8:1FACULTY: STUDENT RATIO

90.4%MPA-MSES PLACEMENT RATE

A strong skill base

Our signature dual degree program combines rigorous scientific training with one of the nation’s best masters programs in policy and management for a powerful and flexible combination of skills—positioning you at the crucial intersection of science, policy, and society. All dual MPA-MSES students must take the core requirements from both the MPA and the MSES degrees program.

Add in-depth knowledge and detail

In addition to your core competencies, you will take three required classes which deliver the fundamental theories a tools of Environmental Systems and Modeling. You will then choose six elective classes, which come from two different areas; Science and Policy & Administration. Please note that two of your six electives must come from the Science Section and two electives from the Policy & Administration. The remaining two can come from either of the two areas.

Environmental Systems & Modeling (9 credit hours)
  • Environmental Risk Analysis (E 560)
  • Data Analysis and Modeling for Public (P 507)
  • Management Science for Public Affairs (P 539)

Science Electives (at least 6 credit hours)
  • Water Quality Modeling (E 502)
  • Fundamentals of Air Pollution (E 515)
  • Vector-based Geographic Information Systems (E 518)
  • Application of Geographic Information Systems (E 529)
  • Aquatic Chemistry (E 539)
  • Groundwater Flow Modeling (E 554)
  • Fluid Mechanics (E 555)
  • Organic Pollutants: Environmental Chemistry and Fate (E 564)
  • Applied Spatial Statistics (GEOG-G 558)*

*You must work with an adviser when taking courses outside of SPEA.

Policy & Administration Electives (at least 6 credit hours)
  • Benefit-Cost Analysis (P 541)
  • Public Program Evaluation (P 562)
  • Environmental Economics and Policy (R 625)
  • Energy Economics and Policy (R 674)

Gain real-world experience while still in school

You can join the O’Neill Environmental Management & Sustainable Development Association, one of many professional student organizations that offer networking and current information on events in the industry.

Get involved

Learn from faculty with expertise and experience in environmental systems analysis and modeling

David Good
Associate Professor

good@indiana.edu
(812) 855-4556

  • Quantitative policy modeling
  • Productivity measurement in public and regulated industries
  • Urban policy analysis

Kerry Krutilla
Professor

krutilla@indiana.edu
(812) 855-0492

  • Theory and practice of benefit-cost analysis
  • Environmental and natural resource modeling and policy evaluation
Students, instructor at lab