Mechanical Engineering PhD Comprehensive Exam
Mechanical Engineering PhD students are required to take and pass the Comprehensive Exam (CE) prior to their prospectus. Students have eight terms (excluding summer) from the time of admission to pass the CE, with a maximum of two consecutive attempts. Master's candidates intending to continue on for a PhD may take the CE in their second year of master's level studies. Students sign up for the CE during the winter term, and the exam is held during spring term.
Comprehensive Exam consists of:
- Three written exams, each in a different subject. Each exam is two hours.
- One oral exam. This generally occurs one week after completion of written examinations.
Timeline
The CE is offered every year. The dates, times and faculty for each exam will be posted at least one month prior to the exam date, generally during winter term. Eligible students will receive a Comprehensive Exam Form to sign-up for the various subject they wish to be tested on. Students planning to take the exam must return this form at least two weeks prior to the exam. Failure to do so may limit subject areas due to exam scheduling.
The exam is typically held during the beginning of spring term. Students complete the written exam first and the oral examination occurs approximately one week, or as soon as feasible, after.
Grading
The PhD Comprehensive Exam Committee will assess the student's overall performance and assign a grade of pass or fail. In order to develop exam consistency, all exams and corresponding grading will be available to the entire faculty after students have completed them.
Students will be notified of the exam results within one week of the oral exam, preferably on the same day as the oral exam.
Pass
Passing the written and oral exams in all three subject areas will result in a passing grade. The Report on Passing Comprehensive Examinations form (GO-22) will be completed and the official CE completion date will be the date of the oral exam.
Passing the written and oral exam in two subject areas and failing the written and/or oral exam in one subject area will result in a tentative passing grade. Students will need to retake the failed portion of the exam at the next available offering. Prior to retaking the exam, students will need to complete the condition(s) imposed by the exam committee. The conditions are designed to prepare the student for the next round of testing.
Possible Conditions:
- Retake one or more sections of the exam
- Enroll in additional coursework to strengthen weak areas
- Complete a special project in the deficient area
- Act as TA for special classes to address any deficiencies
Students who complete their conditions and pass the exam retake will have their tentative passing grade converted to an official passing grade. The GO-22 will be completed and the official CE completion date will be the date of the exam retake. Failing to complete the conditions and/or failing the exam retake will result in a failed grade and expulsion from the PhD program.
Fail
Failing two or more subject areas in either the written or oral portion of the exam will result in a failed grade. Students must retake the entire qualifying exam at the next available offering. Students retaking the exam are not required to choose the same subject areas they were originally tested on, however, they may be required to complete various conditions prior to retaking the exam. Students who fail the CE twice will be expelled from the PhD program. The conditions are designed to prepare the student for the next round of testing.
Possible Conditions:
- Retake one or more sections of the exam
- Enroll in additional coursework to strengthen weak areas
- Complete a special project in the deficient area
- Act as TA for special classes to address any deficiencies
Please note that a conditional pass is no longer an acceptable outcome in the CE.
Committee
The Comprehensive Exam Committee consists of the faculty administering the various sections of the exam.
Students must choose three of the following subjects to be tested on. One subject must be outside of the student’s area of interest/specialty. Students should reach out to faculty listed for the subjects they plan to be tested on for study preparation.
AY 2020–2021 CE Committee
Engineering Mechanics |
Faculty |
Chien Wern (primary), Hormoz Zareh (secondary) |
Corresponding Courses |
ME 313 Analysis of Mechanical Components |
Course Description |
Stress and deflection analysis of structural components including review of stress and strain; curved beams; pressure vessels, impact loading, stability, and energy methods. Topics will be synthesized in a design project. |
Course Prerequisite |
EAS 212, ME 213/L, Mth 261 |
Fluid Mechanics |
Faculty |
Elliott Gall (primary), Mark Weislogel (secondary) |
Corresponding Courses |
ME 320 Fluid Mechanics |
Course Description |
Properties of fluids; hydrostatics; fluid dynamics, Bernoulli's equation; conservation of mass, energy and momentum; differential analysis; and dimensional analysis. |
Course Prerequisite |
EAS 215, Mth 256 |
Heat and Mass Transfer |
Faculty |
Gerald Recktenwald (primary), Mark Weislogel (secondary) |
Corresponding Courses |
ME 323 Heat Transfer |
Course Description |
Fundamentals of engineering heat transfer with design applications; steady-state and transient analysis of conduction in one and two dimensions; concepts of convection, forced convection, internal and external flows, natural convection, and heat exchanger design; study of radiation concepts and surface radiation exchange between surfaces. |
Course Prerequisite |
Mth 256, Mth 261, ME 320, ME 321 |
Machine Design |
Faculty |
Faryar Etesami (primary), Hormoz Zareh (secondary) |
Corresponding Courses |
ME 314 Analysis and Design of Machine Elements |
Course Description |
Analysis and design of machine elements and systems, covering failure theories, fatigue, fasteners, welds, gears, springs, bearings, introduction to stochastic design. Topics will be synthesized in a design project. |
Course Prerequisite |
ME 313 |
Materials Science |
Faculty |
Lemmy Meekisho (primary), Jun Jiao (secondary) |
Corresponding Courses |
ME 213 Properties of Materials |
Course Description |
Basic properties, behavior, and survey of engineering and industrial applications of metals, polymers, ceramics, and composites. |
Course Prerequisite |
Ch 221 |
System Dynamics and Vibration |
Faculty |
David Turcic (primary), Faryar Etesami (secondary) |
Corresponding Courses |
ME 351 Vibrations and System Dynamics |
Course Description |
An introduction to vibrations and system dynamics for single and multiple degree-of-freedom linear systems. The course includes: free and forced vibrations; resonance; modeling of mechanical, fluid, and electrical systems; Laplace transformations; and dynamic system response in the time and frequency domains. Computer analysis and solution techniques will be utilized. |
Course Prerequisite |
EAS 215, Mth, 256, Mth 261, ECE 241, ME 350 |
Thermodynamics |
Faculty |
Derek Tretheway (primary), Raul Cal (secondary) |
Corresponding Courses |
ME 321 Engineering Thermodynamics |
Course Description |
Study of energy sources and utilization; First and Second Laws of Thermodynamics; close and control volume systems; thermodynamic processes and cycles; thermodynamic properties; heat and power systems. |
Course Prerequisite |
Ph 223, Mth 252 |
Interest/Specialty Areas: Design & Manufacturing (Blue), Materials Science (Red), Thermal & Fluid Science (Purple)