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While UT Arlington offers numerous individual classes on sustainability topics, we are also working to implement broader academic programs for our students. It’s all part of our commitment to pioneer research and interdisciplinary studies to help ensure a more sustainable future.
The Doctoral Program in Environmental and Earth Sciences provides students with the interdisciplinary knowledge and skills to conduct independent research. Dissertation research is the heart of the program, and it is supported carefully selected coursework and development of competency in specific research skills. The student’s coursework is designed to support the student‘s dissertation research, taking into account their previous background and the need for interdisciplinary training to solve environmental problems. http://catalog.uta.edu/aboututa/programs/
The Department of Civil Engineering offers a Ph.D. degree in Civil Engineering. Specialization is available in the area of environmental engineering, including: water quality control and modeling, water supply and wastewater treatment, air pollution control, solid waste management, and sustainable energy (biogas). The Ph.D. degree is a research degree and, as such, requires the candidate to successfully carry out original, independent research in their area of specialization. Normally, this will require a minimum of one year of advanced course work beyond the Master’s degree in addition to the research.
The Master‘s degree in Environmental and Earth Sciences is designed to prepare the graduate for applied work in the private sector and governmental positions. The program offers non-thesis option (full or part time), thesis option (usually full time), and a professional option (full time, with professional mentoring and internship). The degree usually requires completing 4-5 core courses, 5-7 elective courses, and additional seminars, internships or research experiences depending on the option chosen. The student’s core and elective courses are chosen in consultation with a faculty advisor, taking into account their previous background and the need for interdisciplinary training to solve environmental problems. http://catalog.uta.edu/aboututa/programs/
The MCRP program prepares students for careers as professional planners with public, private and nonprofit organizations, and to make a contribution to society through basic and applied research into metropolitan planning and sustainability. The application of planning theory, knowledge, techniques, and skills to “real world” planning problems provides students with practical experience for guiding the future city, region, and nation. The application of theory and research is facilitated by research activities and centers within the School, including the Institute of Urban Studies. For more information visit https://www.uta.edu/cappa/
The Department of Civil Engineering offers Master’s degrees in Civil Engineering. Specialization is available in the area of environmental engineering, including: water quality control and modeling, water supply and wastewater treatment, air pollutie area of specialization. The Master of Engineering degree is an engineering practice-oriented program involving coursework and smaller research projects depending on specialization.
The Master of Public Policy degree is designed for students interested in analyzing and evaluating information to solve policy problems. The MPP at UTA prepares students for challenging careers in the development, implementation and evaluation of policies critical to 21st Century metropolitan regions. It provides a stimulating and inclusive environment for intellectual curiosity, rigorous inquiry and creativity. Its multidisciplinary focus distinguishes it from other MPP programs, and fosters a learning environment composed of students from a variety of academic backgrounds. Students select one of three policy emphasis areas: economic and community development policy, healthcare policy or environmental policy.
The BS degree in Environmental Science provides interdisciplinary training in the sciences to prepare students for careers in the private sector and in government agencies concerned with environmental management and policy. http://www.uta.edu/ees/BS_EnvironmentalSci.html
The CE undergraduate program leading to a B.S. degree consists of a total of 130 credit hours. The program typically spans over a period of four years for full-time students. Specialization is available in the area of environmental engineering, including: water quality control and modeling, water supply and wastewater treatment, air pollution control, and solid waste management.
The minor offers undergraduates across the campus–from Liberal Arts and Architecture to Science and Interdisciplinary Studies–a set of tools for understanding the social, political, humanistic, and scientific dimensions of environmental problems. Taking advantage of courses offered throughout the university, this interdisciplinary program provides students a powerful way to enrich their education and apply their major fields of study to the complex problems of the new millennium. Unlike a typical minor, ESS often can be added to a student’s degree plan without adding significantly to the number of credit hours needed to graduate.
The minor provides an interdisciplinary focus on the social, political, and economic aspects of the urban experience. It allows students to explore urban environmental issues in this context and orients students toward career opportunities in urban planning and environmental policy. http://www.uta.edu/cappa/academics/planning-landscape-architecture/environmental-sustainability/
Beginning in Fall 2009, three engineering departments-civil, electrical, and industrial-began collaborating to infuse their curricula with sustainability concepts from the freshman through the senior year. These concepts will be integrated via one-class modules into 12 core engineering courses, spanning from the “Introduction to Engineering” course that is required of all freshmen all the way up through senior design projects.
As part of the program, senior civil, electrical, and industrial engineering students will have the opportunity to participate in a multi-disciplinary sustainable engineering senior design project. Seniors will collaborate to design, fabricate and assemble a portable biodiesel production refinery for the UT Arlington campus.
To learn more, read the press release.