The Mechanical Engineering program requires 134 semester hours of rigorous academic work for graduation. Students take a series of sequential courses in several areas and develop skills necessary to be successful mechanical engineers. The department also provides a path for a 2+2 aerospace engineering degree from WVU Institute of Technology that leads to a Bachelor of Science in Aerospace Engineering.

Under this arrangement, a student interested in a BSAE degree from WVU, can start as a freshman at WVU Institute of Technology in mechanical engineering and complete the appropriate courses in four semesters before moving on to WVU.

What opportunities are available for graduates?

A degree in mechanical engineering prepares students for a variety of positions in industry, government and education. Recent graduates have pursued careers in large and small, national and international companies and the positions include: plant engineer, field engineer and design engineer. Graduates have also successfully completed graduate degrees.

In order to prepare our students for real-world challenges, the mechanical engineering department at WVU Tech offers a practice-oriented education with a strong emphasis on hands-on experience. Our ABET accredited program is structured to develop these skills by offering foundation courses in mechanical engineering such as thermodynamics, machine design, heat transfer, mechanical vibrations, control systems and materials science.

Courses such as English, mathematics, physics, computer science, the humanities and general engineering science supplement the mechanical engineering curriculum and technical electives are offered in energy and mechanical systems, enabling students to pursue advanced studies in their areas of interest.

Engineers are builders and need to develop strong analytical and design skills. Our curriculum is structured so that meaningful design experience is included in several of the required and elective courses. Mechanical engineering students develop these skills systematically by successfully completing a series of sequential courses in statics, dynamics, mechanics of materials, fluid mechanics, dynamics of machinery, machine design and mechanical engineering systems design.

Open-ended problems and multiple-solution design concepts are incorporated across the curriculum involving design assignments in thermal and mechanical systems. This process starts with the Mechanics of Materials course in the sophomore year and culminates with the capstone design courses (ME Systems Design I and II) at the end of the senior year. The capstone design courses provide students with an opportunity to apply previously acquired knowledge in areas that include mathematics, science, engineering, humanities, communications, ethics and economics.

Our faculty also recognize the dynamic nature of modern technology in which changes are inevitable and the need for our graduates to be well-prepared to meet these challenges. The mechanical engineering curriculum is under constant review and modifications are introduced continuously in response to the changing needs of the industry and the job market.

Program Outcomes

Consistent with the mission of WVU Tech and in compliance with ABET criteria, the Mechanical Engineering program at WVU Tech emphasizes the development of a well-rounded engineer with a strong background in mathematics, sciences, engineering analysis and design. Graduates of this program will be able to practice engineering as professionals or pursue graduate education and advanced studies.

Upon graduation, they will be able to demonstrate:

• A knowledge of mathematics, sciences and fundamentals of engineering necessary for a successful career in engineering practice.
• The ability to identify, formulate and analyze problems and develop solutions based on standard engineering norms and practices.
• The ability to apply their analytical skills and creativity to investigate the adequacy of a design and to make design improvements where necessary.
• The ability to conduct mechanical measurements; collect, evaluate and present experimental results; and design and build experiments to investigate engineering phenomena, including the analysis and interpretation of data.
• A knowledge of and ability to use standard software and computing tools appropriate to their work.
• A knowledge of safety practices in experimental work.
• A knowledge of environmental requirements and constraints on engineering practice.
• A knowledge and ability to design a mechanical system, component or process to meet desired needs.
• The ability to function as a productive member of multi-disciplinary teams.
• A knowledge of professional and ethical codes of conduct and responsibilities.
• The ability to effectively communicate in oral and written forms.
• A knowledge of the impact of engineering solutions in a global and societal context as a result of having a broad education.
• The ability to recognize the need for and engage in life-long learning.
• The ability to demonstrate a knowledge of contemporary issues.
• The ability to work professionally in thermal and mechanical systems areas including the design and realization of such systems.