Academic Programs

Water Sustainability Concentration

  Request Information  

  Course Description:

The Water Sustainability Concentration prepares students to find solutions to one of the greatest challenges on the planet. It educates them to understand the complex local, regional and global water-related sustainability challenges and to develop innovative and sustainable solutions. Students will develop skills necessary for planning sustainable water resources and green infrastructure systems. The program prepares students for careers in the public and private sectors in national and international organizations.

If you would like to sponsor please click here. 


Concentration Director:

Dr. Kebreab Ghebremichael

Director of Water Sustainability Concentration
Associate Professor

View our Water Alumni Careers

Dr. Ghebremichael


  •  IDS 6245 - Sustainable Water Resource Management: Doing more with less (3)

This course provides an overview of the challenges and strategies for sustainable water resource management for coordinated planning, development, and management of water resources. It will discuss technical, economic, legal and institutional frameworks. 

*This course is available on-campus and online.

  • IDS 6246 - Water Sensitive Urban Design for sustainable communities (3)

Cities around the world are facing the challenges of addressing water scarcity, flooding, and waterway health vulnerabilities. It is now well accepted that these issues cannot be adequately addressed by the traditional urban water development approach. In response, new thinking of Water Sensitive Urban Design (WSUD) and Green Infrastructure Planning has become prominent. This course provides methodologies to bring natural processes into the built environment, and to enable the adoption of water sensitive planning and design principles in support of cities making the transition towards livable, sustainable, and resilient water futures. It will focus on green infrastructure systems to provide stormwater management and flood protection; maintain healthy waters; provide multiple environmental benefits; and support sustainable communities.

*This course is available on-campus and online.

Concentration Courses (9 credit hours)
Choose three:

TnexusesW nexus helps students navigate the complexities of sustainability, using systems thinking and case studies in food, energy, and water to create industrial ecology systems, closing the loop from the solar energy that sustains food production through food waste to new food.

*This course is available on-campus and online

This course provides an overview of water resources planning and introduces students to some of the tools used in water resources planning and management. It will also discuss water quality issues as well as water and wastewater treatment technologies that are important to improve water quality in closing the water cycle loop. Students will use water resources planning tools to develop cost-effective plans based on individual and group project works.

*This course is available on-campus and online.

The course covers the conceptual structure and practical implementation of U.S. watershed-based water quality regulations and policies. Practical application of scientific information and quantitative methods in management/policy decisions for water quality protection.

*This course is available on-campus and online

  *This course is available on-campus and online.


Preferred Electives

The course analyzes the market status and growth potential of the portfolio of renewable power sources (solar, wind, geothermal, ocean, biogas), production technologies, economics and financing, infrastructure integration and smart grid issues, and regulatory and environmental aspects.

*This course is available on-campus and online
core course button
NOTE: Please be advised that your degree requirements may be different than the requirements mentioned above if you were admitted to our degree program prior to Fall 2018. Please refer to our previous catalog to understand your respective degree requirements.


On successful completion of this program, participants should be able to: 

For more information about this concentration, please contact the PCGS Academic Program Director,

Randall Pape