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The mechanical engineering curriculum equips students for diverse professional paths in engineering, covering fields like research and development, design, facilities operation and maintenance, management, and production. Upon graduation, individuals will be ready to utilize engineering sciences, mathematics, computational techniques, contemporary experimental methods, and strong communication abilities to address challenges in industry, government, or academic settings. Career prospects for graduates are broad, spanning energy and utilities, manufacturing, automotive, aerospace, defense and space, research and development, among others. The program focuses on engineering sciences—such as solid mechanics, thermal sciences, fluid mechanics, and materials science—alongside mathematics, engineering analysis, design, general sciences, and communication, all balanced with general education and elective courses. Graduates will also be equipped to pursue graduate studies, contingent on grade-point and standardized test requirements, and are prepared to take the fundamentals of engineering exam, which is encouraged as a step toward professional licensure.