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Mechanical engineering stands out as one of the most varied engineering disciplines, touching nearly every facet of daily life and encompassing numerous specializations such as automotive systems, bioengineering, combustion and propulsion, design methodology and tribology, dynamic systems and controls, energy systems and thermodynamics, fluid mechanics, heat transfer, manufacturing and production, materials behavior and processing, and microscale and nanoscale phenomena and systems. This program, accredited by the Engineering Accreditation Commission of ABET (www.abet.org), weaves engineering design, communication, teamwork, and hands-on laboratory work into the curriculum from the first through the final year. The technical coursework in mechanical engineering follows a progression of increasingly focused learning. In their initial year, students build a strong foundation in core sciences like mathematics, chemistry, and physics. During the second year, they advance to essential engineering subjects, including statics, dynamics, basic circuits and electronics, thermodynamics, and strength of materials. By the third year, students delve into specialized mechanical engineering topics covering fluid mechanics, heat transfer, dynamic systems and controls, materials, mechanical design, and manufacturing. In their senior year, they can both expand and deepen their expertise by selecting technical electives tailored to their interests. The curriculum culminates in a capstone senior design course, where students apply their accumulated knowledge and skills to real-world projects provided by corporate or faculty sponsors, equipping Mechanical Engineering graduates for their transition into industry or advanced academic pursuits.