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A Mechanical Engineering degree equips students to address challenges across various domains such as thermal systems analysis and design, mechanical component design and analysis, control systems, and HVAC systems. Through a thoughtfully structured curriculum, students acquire deep knowledge and practical skills in mechanical engineering courses. They learn to model real-world mechanical systems and solve them using both analytical and numerical approaches. Students build a solid foundation in mathematics and sciences, enabling them to grasp topics from fundamental to advanced levels in their major coursework. Every student in the program engages in capstone design projects, transforming ideas into reality and honing their abilities to design and analyze mechanical systems.
The capacity to identify, formulate, and resolve complex engineering issues by applying engineering, scientific, and mathematical principles
The capacity to employ engineering design to create solutions that address specific needs while considering public health, safety, welfare, and global, cultural, social, environmental, and economic factors
The capacity to communicate clearly with diverse audiences
The capacity to acknowledge ethical and professional duties in engineering scenarios and make well-informed decisions that account for the effects of engineering solutions on global, economic, environmental, and societal contexts
The capacity to collaborate effectively in teams, where members collectively demonstrate leadership, foster an inclusive environment, set goals, plan tasks, and achieve objectives
The capacity to design and perform suitable experiments, analyze and interpret data, and apply engineering judgment to reach conclusions
The capacity to gain and utilize new knowledge as required, employing effective learning strategies
The capacity to apply the techniques, skills, and contemporary engineering tools essential for engineering practice