Learning outcomes
The learning outcomes for the Mechanical Engineering Program at Virginia Commonwealth University are listed below. Our mechanical engineering students will demonstrate the ability to:
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choose and apply the appropriate concepts and techniques from algebra, calculus, chemistry and physics to solve general science problems. [Foundations]
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formulate and solve a wide variety of problems related to the fundamentals of mechanical engineering. When required, students will show engineering judgment and creativity in making simplifying assumptions and approximations to resolve the problem and complete the analysis. [Fundamentals]
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design (concept through manufacture) or analyze both thermal and mechanical systems by integrating knowledge in solid mechanics, fluid dynamics, heat transfer, thermodynamics, materials science, mechanical systems, measurement, controls and mechatronics. [Design/Analysis]
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use modern engineering tools, including computer visualization, programming and design/analysis software. [Tools]
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conceive, plan and safely execute a series of laboratory experiments to obtain design data. Given a set of experimental data, students will demonstrate the ability to calculate and assign appropriate limits of error to the data. [Experimental]
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function individually and as contributing members of interdisciplinary design and problem-solving teams. [Teamwork]
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disseminate information related to themselves and their work in oral presentations, written reports and Web-based multimedia formats. [Communication]
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maintain and improve their skills through self-study and professional development activities. [Lifelong Learning]
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understand basic business principles, key ethics issues affecting their profession, and an awareness of important contemporary issues affecting mechanical engineering practice. [Business Skills]
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devise creative solutions to problems and design exercises and consistently show the ability to “Think outside of the box.” [Creativity]
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