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M.S. in System Dynamics and Innovation Management
Students pursuing the M.S. SDIM program must complete a minimum of 33 credits of relevant work at the graduate level. These 33 credits must include either a 3-credit Graduate Qualifying Project or a 9-credit M.S. research thesis depending on the...
B.S./M.S. in System Dynamics and Innovation Management
Students can also pursue a B.S./M.S. degree combining any undergraduate major with M.S. in SDIM. Students enrolled in the B.S./M.S. program must satisfy all the program requirements of their B.S. degree as well as all the program requirements of the...
Certificate in System Dynamics and Innovation Management
A graduate certificate program in SDIM is also available and requires six courses (18 credits) per following lists, which contain the seven SDIM required courses de- scribed above: 3 must be the required System Dynamics courses and 3 are selected...
Certificate in Systems Engineering
A graduate certificate provides qualified students with an opportunity to further their studies in an advanced field. Courses are selected from a range of offerings and give a firm foundation in the field of systems engineering.
M.S. in Systems Engineering
Degree Requirements
The Master of Science in Systems Engineering is a ten course (30 credit-hour) degree with an emphasis on systems engineering, leadership, and management supplemented with a technology focus. Table 1 lists the program degree...
Ph.D. in Systems Engineering
Admissions
Information regarding admissions to graduate programs in general, and Ph.D. programs in particular, is available in the Graduate Catalog (Admission Information and Application Information).
The preferred program applicant will have an M...
CE 575: Climate and the Earth System
This course deals with the Earth’s operation as a system, covering its energy budget along with its interacting atmosphere, ocean, biosphere and geologic systems. By showing how all systems work together to form feedback loops that can amplify or...
MTE 530: Computational Thermodynamics
The objective of this course is to introduce the basic principles of computational thermodynamics (CALPHAD). Students will be exposed to the basic thermodynamic simulation in single-component, binary, ternary, and higher-order systems for various...
NEU 510: Neuroscience Seminar
(0 credits, pass/fail grading) This seminar provides an opportunity for students in the Neuroscience program to present their research work, as well as hear research presentations and talks from guest speakers.