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The University of Akron Department of Mechanical Engineering
The University of Akron

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Graduate Program

 Overview

Most applicants for graduate study have the Bachelor of Science in Mechanical Engineering. Students from science, mathematics, or other engineering backgrounds also are welcome but may be required to take additional courses. International applicants must present satisfactory scores of 550 and above after taking the Test of English as Foreign Language (TOEFL), and the Graduate Record Examination (GRE) is required for admission to the doctoral program.

The graduate programs of the department are characterized by both breadth and depth. Mechanical Engineering students choose from concentrations in solid mechanics (including tire mechanics), fluid mechanics, heat transfer, energy systems, automatic controls, dynamics and vibrations, design, manufacturing, and materials science and engineering. More than 30 graduate courses are taught in these areas each year. Table 11 provides a summary of graduate courses taught by the faculty. Most courses are offered every other year. A few core courses are offered every year.

Master's Program
Master's students in mechanical engineering earn 30 semester credits (32 semester credits for the non-thesis option) of work beyond the baccalaureate degree. Each student is paired with a faculty adviser whose activities parallel his or her own interests, and together they design an individualized program of study. Course requirements are therefore based on personal goals, while also providing coherent, in-depth study of a particular area of mechanical engineering.

The requirements for a master of science can be fulfilled within three to four semesters for full-time students or three to four years for part-time students. A student may choose the thesis or non-thesis option.

Thesis Option: Students take a minimum of six credits by working with a faculty member on a research project and publishing the findings in a thesis. The department considers this experience valuable for all advanced engineering students. All department-supported teaching assistants are required to choose the thesis option.

Non-Thesis Option: Students may elect to earn all credit toward the degree through additional coursework. This plan is appropriate for individuals who wish to enhance their general professional capability but prefer less concentrated research experience. The department recommends that such students take a two-credit special-problem course, which involves work on either a faculty directed research project or a job-related project in industry.

Doctor of Philosophy Program
The Doctor of Philosophy in Engineering has been offered at The University of Akron since 1969. Students seeking the doctoral degree in The College of Engineering should earn a minimum of 96 semester credits of graduate work. Since doctoral candidates must demonstrate an ability for independent scholarship, they initiate their research early in their program.

Early in the doctoral program each student must take a qualifying examination. The examination is intended to verify the student's grasp of basic engineering knowledge, the ability to organize that knowledge for problem solving, and the capacity to express those concepts through writing. Doctoral candidates conduct their research as part of a faculty-student team examining an engineering problem of significance. In addition to the dissertation adviser, a student advisory committee is selected to guide the plan of study and ensure that the research represents an original contribution to advanced engineering knowledge. During the course of study, doctoral students pass a candidacy examination to describe and relate the intent and strategy for their proposed research. After the dissertation is finished, a final seminar presentation and defense mark successful completion of the doctoral program.


 Graduate Courses

Design and Robotics
4600:544 Robot Design, Control, and Application
4600:562 Pressure Vessel Design
4600:563 CAD/CAM
4600:625 Analysis of Mechanical Components
4600:631 Kinematic Design
4600:632 Reliability in Design

Dynamics, Vibrations, and Acoustics
4600:530 Machine Dynamics
4600:531 Fundamentals of Mechanical Vibrations
4600:532 Vehicle Dynamics
4600:630 Vibrations of Discrete Systems
4600:633 Computerized Modal Analysis of Structures
4600:634 Advanced Dynamics of Rotating Machinery
4600:635 Stress Waves in Solids and Fluids
4600:730 Vibrations of Continuous Systems
4600:731 Random Vibrations
4600:732 Advanced Modal Analysis of Structures

Engineering Analysis
4600:660 Engineering Analysis
4600:763 Advanced Methods in Engineering Analysis

Fluid Flow and Thermodynamics
4600:500 Thermal System Components
4600:510 Heating and Air Conditioning
4600:511 Compressible Fluid Mechanics
4600:512 Fundamentals of Flight
4600:550 Introduction to Computational Fluid Dynamics and Convection
4600:600 Gas Dynamics
4600:608 Thermodynamics
4600:610 Dynamics of Viscous Flow 1
4600:611 Computational Fluid Dynamics 1
4600:650 Tribology
4600:710 Dynamics of Viscous Flow 11
4600:711 Computational Fluid Dynamics 11
4600:715 Hydrodynamics Stability

Heat Transfer
4600:515 Energy Conversion
4600:516 Heat Transfer Processes
4600:615 Conduction Heat Transfer
4600:616 Convection Heat Transfer
4600:617 Radiation Heat Transfer
4600:618 Boiling Heat Transfer and Two-Phase Flow 3
4600:693 Measurements Methods and Experimental Error in Thermofluid Sciences
4600:719 Advanced Heat Transfer

Mechanics
4600:522 Experimental Stress Analysis 1
4600:609 Finite Element Analysis 1
4600:620 Experimental Stress Analysis 11
4600:621 Introduction to Tire Mechanics
4600:622 Continuum Mechanics
4600:623 Applied Stress Analysis 1
4600:624 Fundamentals of Fracture Mechanics
4600:629 Nonlinear Engineering Problems
4600:704 Finite Element Analysis 11
4600:723 Applied Stress Analysis 11
4600:726 Nonlinear Continuum Mechanics

Systems and Controls
4600:541 Control Systems and Design
4600:542 Industrial Automatic Control
4600:543 Optimization Methods in Mechanical Engineering
4600:642 System Analysis and Control Design
4600:643 Distributed Process Control Design and Application
4600:645 Process Identification/ Computer Control
4600:646 Expert Systems in Control Manufacturing
4600:647 Neural and Fuzzy Control Systems
4600:741 Optimization Theory and Application

Other Special Topics (4600:697)
Introduction to Aerodynamics
Energy Management
Measurement and Analysis of Vibration
Fatigue of Engineering Materials
Nuclear Engineering
Advanced Materials and
Manufacturing Processes
Failure Analysis of Mechanical Component
Lubrication and Bearing Design
Aerospace Propulsion
Corrosion in Engineering
Statistical Analysis and
Control in Industrial Processes


 Additional Information

Graduate School & Graduate Assistant Applications
College of Engineering Doctoral Program Description


 
 

The University of Akron
Mechanical Engineering Department
ASEC, Rm. 101.
Akron, Ohio 44325-3903
Department Office: (330) 972-6307
Department Fax: (330) 972-6027
Office Location: ASEC 101
Email: smeier@uakron.edu
Department Chair: Dr. Celal Batur
 

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College of Engineering