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The Engineering Mechanics program, overseen by the Department of Civil and Environmental Engineering, blends multiple disciplines. This degree equips students with skills in structural mechanics analysis, computational techniques, solid material behavior assessment, material science principles, and material processing methods. Modern computational solid mechanics, powered by advanced algorithms, has transformed our capacity to model both linear and nonlinear structural behaviors effectively. Designing cutting-edge materials demands knowledge spanning stress analysis to materials science. Given this broad scope, the program draws from Chemical, Civil and Environmental, and Mechanical Engineering graduate curricula, fostering an interdisciplinary approach. It also lays the groundwork for pursuing a Doctor of Engineering degree. Students can specialize in two key areas: 1. Structural Mechanics, 2. Mechanics and Materials
The Structural Mechanics specialization focuses on analytical and computational methods, prioritizing numerical modeling and computer-aided simulations of structural and material behaviors through stress/strain analysis. Meanwhile, the Mechanics and Materials track delves into material science, covering lab testing, development, and exploration of innovative engineered materials. All participants are required to complete a designated set of core courses.
If you have successfully completed a degree equivalent to a bachelor's degree in the United States, you are considered to be a graduate student at CSU.
Meet minimum test score requirements:
TOEFL iBT (Internet-Based): 78 and at least 17 in each section
TOEFL PBT (Paper-Based): 550
IELTS: 6.0 and at least 5.0 in each section
Duolingo English Test: 100
PTE (Pearsons Test of English): 50
iTEP: 3.8