Master of Science Concentrations
Master of Science Concentrations
As part of the trans-disciplinary sustainability academic program, concentrations offer the ability to hone specialized knowledge and skills in one area of application. Additionally, concentrations demonstrate a specific student’s academic and professional preparation. Each student must select a concentration, whether it is from the first three options below, or is customized with the academic director. Concentrations should be selected within the first semester of graduate enrollment in the M.S. in sustainability degree program.
Renewable energy and energy efficiency. Students pursuing a concentration in renewable energy and energy efficiency will be well-positioned to facilitate the adoption of renewable energy technologies and manage the built environment to increase energy efficiency. Required courses are SU 6133 Renewable energy options and design applications (3), SU 6083 Professional experience and study in sustainability, in which students will successfully achieve renewable energy professional certifications while enrolled, SU 6043 Capstone project in sustainability (3), and SU 609V Sustainability travel to [Destination] (3). Faculty and students will collaborate to tailor students’ syllabi (e.g. readings, assignments) in SU 6043 and SU 609V to focus substantially on renewable energy and energy efficiency applications.
Building and energy systems. This concentration is appropriate for students preparing for careers in the built environment (e.g. construction, facilities management, real estate). Students will gain a holistic perspective on the social, environmental, and economic impacts of buildings and sites and a framework for positively transforming the built environment. Required courses are SU 6123 Green building design, construction, and operation (3), SU 6133 Renewable energy options and design applications (3), SU 609V Sustainability travel to [Destination] (3). SU 6043 Capstone project in sustainability (3). Students will successfully achieve green building or renewable energy certifications while enrolled in SU 6043. Faculty and students will collaborate to tailor students’ syllabi (e.g. readings, assignments) in SU 6043 and SU 609V to focus substantially on green buildings, energy efficiency, and renewable energy applications.
Food systems. This concentration fits students with interests in sustainable agriculture as well as the social, economic, and environmental impacts of food systems. Required courses are SU 6143 Sustainable food practice (3), SU 6083 Professional experience and study in sustainability, in which students may achieve certifications while enrolled, SU 609V Sustainability travel to [Destination] (3), SU 6043 Capstone project in sustainability (3). Faculty and students will collaborate to tailor students’ syllabi (e.g. readings, assignments) in SU 6043 and SU 609V to focus substantially on enhancing social, environmental, and economic sustainability of food production, distribution, and consumption.
Customizable concentration. This is a concentration for students who desire to apply their studies in sustainability to a specific field, precluding fields encompassed by concentrations listed above. Previous students have customized concentrations in fields and topics such as community health, carbon modeling, environmental literacy, and hospitality and tourism. Required courses are one classroom-based course in the program (e.g. SU 6033 Special topics in sustainability (3) or SU 6103 Creation care and spiritual formation [3]). SU 6083 Professional experience and study in sustainability (3), in which students may achieve relevant certifications while enrolled, SU 6043 Capstone project in sustainability (3), and SU 609V Sustainability travel to [Destination] (3). Faculty and students will collaborate to tailor students’ syllabi (e.g. readings, assignments) in SU 6043 and SU 609V to focus substantially on student’s topic of concentration.
Foundation Courses 12 hours (Certificate Students complete the 12 hours below plus one 3 hour advanced or elective course)
Advanced Required Courses (12)
Elective Courses: (6 credit hours - Choose Two)