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Programs Graduate Program Sustainability and Green Design

Graduate program in Sustainability and Green Design

The SGD group at the University of Pittsburgh is the next generation of interdisciplinary education and research in environmental and sustainability engineering and green design. SGD brings together forward-thinking and enthusiastic faculty with experience in coordinated interdisciplinary approaches towards research, education, and outreach.

The program in Sustainability and Green Design addresses some of the most pressing concerns of the 21st century. We involve students in a comprehensive course of graduate study that addresses the multifaceted issues and challenges in sustainability. Education and research which cut across multiple disciplines is emphasized so that students learn innovative approaches to understanding and providing solutions to complex issues faced by today's society. The flexible and collaborative nature of the program allows students to focus on problems of interest to them, while drawing upon relevant knowledge from a variety of disciplines.

Graduates emerge from SGD with a novel perspective and cutting edge skills directed towards environmental stewardship and sustainability. The graduate program in SGD prepares students for leadership roles in sustainability engineering practice, development and research. Students have unique opportunities to participate in national and international conferences and events, network with leaders in industry, government, and research, and collaborate with engineering faculty as well as other professionals. Graduates from our program are well equipped for careers in consultancy, education, research, local, state, and federal government, non-governmental organizations, industry, utilities, regulatory agencies, and many more.

Masters Program

The Master of Science degrees in Civil and Environmental Engineering are primarily designed for students with an undergraduate degree in engineering, although students with other backgrounds can be accommodated with specially designed programs. An MS degree can be pursued by a full-time or part-time student in one of three ways:

  • Thesis Option: 24 semester course credits plus a 6-credit thesis
  • Project Option: 30 semester course credits plus a 3-credit project report
  • Professional Option: 30 semester course credit

Students supported as graduate research assistants or teaching assistants and all students intending to continue for a Ph.D. degree are required to pursue the thesis option. All other students may elect to pursue either option, following consultation with the faculty advisor.

Thesis and Project Options

The Thesis and Project options require a written thesis or project report and the passing of an oral defense of the thesis or project, respectively. At the discretion of the MS committee, a student may also be required to pass a written comprehensive examination. Masters students who elect the thesis option are required to have submitted at least one publishable paper, journal article, or peer reviewed entry in conference proceedings prior to their oral defense.

Professional Option

The professional track requires completion of 30 course credits (ten courses) at the 2000 or higher level with no research requirement. This track is best suited for the part-time student seeking an advanced degree and additional professional credentials. This program is not recommended for students considering a doctorate.

Masters Student Support

Masters students who are supported by either a research assistantship (RA) or teaching assistantship (TA) or any other form of fellowship and scholarship are required to pursue the thesis option.

*Requirements described above are subject to revision and changes over time.

Doctoral Program

The plan of study for the PhD degree is prepared individually for each student according to their interests and intended research, in consultation with their advisor. The degree awarded at the completion of the program will be a PhD in Civil and Environmental Engineering. However, students with backgrounds other than engineering are encouraged to apply and will be accommodated with specially designed programs.

The PhD requirements include:

  • 72 total credits (minimum 18 PhD research and dissertation credits, minimum 9 credits for a minor concentration, minimum 45 graduate course credits) (a minimum of 12 credits must be taken at the 3000 level- not including 3999)
  • Pass a Qualifying Examination
  • Pass Proposal Defense
  • Must have a final GPA of 3.0 or higher
  • Must have at least one peer-reviewed journal article in press (fully accepted) or in print prior to graduation
  • Pass Dissertation Defense

NB- Students who are admitted directly to the Ph.D. program from their bachelor's degrees can obtain a MSCE degree if they pass the Qualifying Examination and fulfill the requirements of the Masters Program (either the course work option or the thesis option).

NB- Students who have already earned their MS degree may petition to apply a maximum of 30 relevant course credits from another institution toward their PhD.

Qualifying Examination

Doctoral students must pass a written Comprehensive Qualifying Examination, based upon graduate coursework and their defined area of research, in order to be considered a PhD candidate. This examination is scheduled by students individually and will typically be taken following the completion of the majority of required course work and prior to the Proposal Defense.

Proposal Defense

The Proposal Defense consists of an oral presentation of a research prospectus by the student. Prior to the examination, the student must submit a written research prospectus (10-15 pages) to the Examination Committee which constitutes four faculty members one of whom must be outside of the department. Students should complete their proposal defense following their qualifying examination, normally two years (but no more than three years) after the start of their program, to show their competence, their research plan, and initial research results to undertake research work in the area of their proposed dissertation. Students who pass the Qualifying Examination and the Proposal Defense will become Ph.D. candidates.

If a student fails an examination, he or she will be granted one more chance, in each case, to be re-examined on all or part of the examination material.

Dissertation Defense

A final dissertation defense in the form of a public oral examination is required. The student should pass the final dissertation defense, and the final dissertation should be approved by the dissertation committee which consists of four members with at least 1 faculty from an outside Department, to complete requirements for the Ph.D. degree. Graduates from our program are highly encouraged to present their thesis as a compendium of published papers.

In addition to the objectives and competencies of the SGD graduate program, and the course and examination requirements, Ph.D. graduates will have demonstrated, through their dissertation, an advanced ability to formulate and execute a research plan resulting in new knowledge and/or a significant unique contribution in their field. Furthermore, Ph.D. students must have at least one peer-reviewed journal article in press (fully accepted) or in print prior to graduation.

Doctoral Student Support

Students are typically supported via one of four ways during their PhD studies (or by a combination of several of the following):

  1. Students may apply for admission to the Department and our program with their own support. Most often these are in the form fellowships, like the National Science Foundation Graduate Research Fellowship Program, the US Environmental Protection Agency's Greater Research Opportunities (GRO) Fellowships for Graduate Environmental Study, or University of Pittsburgh scholarships such as the Mascaro Sustainability Initiative's IGERT and GAANN fellowships. These scholarships fund tuition, health insurance, and student stipends. We highly encouraged students to apply for these external fellowships to support their research.
  2. Students may be recruited by individual faculty and supported directly on existing faculty research projects as graduate research assistants (RAs). Students are highly encouraged to directly contact faculty with whom they are interested in pursuing their PhD studies before and during the application process. RAs are provided funding for tuition, health insurance, and student stipends.
  3. Students may be admitted to the department as a teaching assistant (TA). TAs are expected to consult with each member of the SGD group during their first semester to find a thesis advisor and to identify a thesis project and to identify funding for an RA. TAs are provided funding for tuition, health insurance, and student stipends.
  4. Students support for their own graduate studies. Often, once students have identified a thesis advisor and a research topic, student and advisor will identify and apply for student funding.

Recommended Courses

  • CEE 1217/2217 - Green Buildings: Design and Construction
  • CEE 1211/2211 - Resource Use and Environmental Quality in Construction
  • CEE 1210/2201 - Engineering and Sustainable Development
  • CEE 1514 - Environmental Impact Assessment
  • CEE 2209 - Life Cycle Assessment
  • CEE 3201 - Life cycle Impact Assessment
  • ENGR 1050 - Product Realization
  • ENGR 2130 - Environmental Issues and Solutions for Nuclear Power
  • ENGR 2200 - Introduction to Sustainable Engineering
  • CHEM 3600 - Introduction to Green Chemistry
  • PIA 2502 - Environ Policy & Development
  • PIA 2290 - Cost Benefit Analysis
  • IE 1040 - Engineering Economic Analysis
  • BECN 2528 - Energy Trading
  • BIND 2528 - Energy Resources and Energy Production

Real world application

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