Aug 21, 2019  
2013-2014 General Catalog (Summer, Fall 2013) 
2013-2014 General Catalog (Summer, Fall 2013) [ARCHIVED CATALOG Please see current catalog]

Mechanical Engineering - ME

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College of Engineering

Department of Mechanical and Aerospace Engineering

The Master of Engineering Degree requires 15 credits of 6000-level (or above) MAE coursework exclusive of MAE 6930 , MAE 6950 , MAE 6970 , MAE 6990 , MAE 7930 , MAE 7970 , and MAE 7990 ; a minimum of 3 credits of 5000-level (or above) coursework in approved mathematics; and either 15 credits selected from Group A or at least 9 credits from Group A and the remainder chosen from Group B. (Contact Chris Spall at for requirement details.) A minimum of 30 credits is required beyond the BS, which may not include a thesis (MAE 6970 ), but may include up to three credits of Design Project (MAE 6950 ). MAE 6950  requires a report written to thesis standards. Students are not required to defend the report. However, the report must be approved by the major professor.


The Department of Mechanical and Aerospace Engineering offers ME, MS, and PhD degrees in Mechanical Engineering, with specializations in Aerospace Engineering and Mechanical Engineering. An MS degree in Aerospace Engineering is also offered.

Aerospace Engineering addresses atmospheric and space flight. Included are such disciplines as computational fluid dynamics, experimental fluid mechanics, aerodynamics, aircraft flight dynamics, aircraft design, spacecraft orbital mechanics, spacecraft navigation, guidance and attitude control, aircraft and spacecraft propulsion systems, space system design, and the space environment. Mechanical Engineering graduates choosing the aerospace engineering specialization may pursue careers in such areas as aircraft design and development, aircraft flight testing, spacecraft GN&C systems and space systems design, and spacecraft trajectory design and analysis, as well as the broader, traditional mechanical engineering fields.

Mechanical Engineering deals with the mechanical systems and machines that serve society. Areas of emphasis include solid mechanics, thermal/fluids, and dynamics and control. The solid mechanics emphasis is concerned with the mechanics of displacement and stress analysis combined with material science for selection of an optimum design. Students learn to use the finite element method as well as classical methods for the determination of stresses, strains, and displacements. Included are studies of elasticity, plasticity, and failure in traditional metals and high-tech composite materials. The thermal/fluids emphasis is concerned with the transport of mass, momentum, and energy in solids, liquids, and gasses. Included within its scope are the fundamental studies of thermodynamics, heat transfer, and fluid mechanics. The dynamics and control emphasis is concerned with describing and controlling the motion of mechanical systems. Included within its scope are the fundamental studies of dynamics, kinematics, vibrations, control theory, hydraulics and pneumatics, electromechanical systems, and machine design. Graduates who select the broad mechanical engineering specialization are prepared to pursue careers in such widely diverse disciplines as aerospace, automotive, building, chemical, defense, electronics, environmental engineering, food processing, heating and air conditioning, heavy equipment, machine tools, manufacturing, nuclear, petroleum, public utilities, and solar energy.

Course Requirements

The specific course requirements for the ME, MS, and PhD degrees offered through the department may occasionally change. For this reason, prospective students are advised to seek current details concerning graduate degree requirements and program coursework by contacting the department or sending an Internet e-mail request to Chris Spall at:

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