Department Chair - Dr. Michael Renfro Director of Graduate Studies – Dr. Fazleena Badurdeen Graduate Program Coordinator – Claire Heaney
The Manufacturing Systems Engineering MS (MFS) program is a multidisciplinary program that is managed by the Mechanical Engineering department. It is administered by a multidisciplinary Faculty Advisory Committee drawing on manufacturing expertise across the College of Engineering. The Committee will also typically consist of one or more members from departments outside the College of Engineering, which by their nature have an affiliation with manufacturing. The faculty are also active in the teaching of courses in the program and are engaged in world-class, cutting-edge research in manufacturing and related areas. As a result, the program provides an intellectually challenging environment in which students can pursue advanced studies and engage in research.
Currently, students undertaking graduate work are classified by the Graduate School in 1 of 2 categories, degree students or post-baccalaureate students. Degree students are further classified as regular, conditional, or dual degree. Finally, the University Scholars Program is available for under-graduate students with a minimum of 90 hours, accepted GPA, and senior standing. See Admission Requirements for more detail.
Applicants seeking admission to the Manufacturing Systems Engineering MS Program as regular students must have been awarded a baccalaureate degree with an undergraduate grade point average of at least 2.8 on a 4.0 scale. To be admitted to the MFS Program the applicant must have been awarded a Bachelor of Science degree from an engineering program accredited by ABET. Applicants who have been awarded Bachelor degrees other than engineering or from engineering programs not accredited by ABET (including those offered by institutions outside the United States) may be admitted only if persuasive evidence (test scores, grades, letters of recommendation) indicate strong academic potential. Students with an undergraduate major not in engineering may also need to complete a certain number of undergraduate engineering courses to prepare them for this program. The extent of this will be evaluated by the Director of Graduate Studies (DGS). For additional information contact the Graduate Admissions Officer.
Beginning Fall 2015, GRE scores are not required for admission into the program. However, note that GRE scores must be submitted if you intend to apply for any fellowships (some are available for full-time students, once enrolled in the program).
All international students (except those with a degree from an accredited U.S. institution) must have a minimum score on the language tests. Two systems may be considered: TOEFL or IELTS per Graduate School requirements.
TOEFL: Applicants must have a minimum score of 550 (paper), 213 (computer), 79 (Internet). IELTS: Applicants must have an overall band score of at least 6.5.
(Combined MS/BS Degrees) The University Scholars Program (USP) offers highly motivated UK graduates the opportunity to integrate undergraduate and graduate courses in a single continuous program culminating in both bachelors and Masters degrees. Students begin the University Scholars Program during the senior year of their undergraduate program.
Regular Status Applicants for admission as regular students must be admitted to both the Graduate School and the Degree Program.
Graduate Student ProfileThe Graduate Program Coordinator (GPC) maintains a personal profile of all MFS graduate students. A Graduate Student Profile (see appendix) must be submitted by all new graduate students to the GPC by the end of their second week on campus to en-sure that the department has cur-rent contact information. An updated Graduate Student Profile should be submitted to the GPC immediately after there is any change in contact information or graduate status.
An e-mail listserv is frequently used for general communications with students. All graduate students are subscribed to this mailing list and should check their e-mail at least three times per week if not daily.
Registration After developing a proposed program with an advisor and/or the DGS, the student may proceed with registration. All UK students must register for classes through myUK, the web portal to their records and other services and information. In addition to the link above, there is a link on the bottom left corner of the UK home page. Visit the www.uky.edu/registrar/myUK.htm and/or www.uky.edu/Registrar/AccSAIS.htm for general information. Go to www.uky.edu/Registrar/docs/myUK.pdf for specific directions to register for classes. Any student who experiences difficulties with this system can contact Graduate Program Coordinator.
Midway through the current term, preregistration for the next semester’s courses is held for all currently enrolled students. New students are informed of these dates at the time of acceptance. Students who were enrolled in the previous semester may not register at this time. Continuing students who failed to priority register during the previous semester, as well as new and readmitted students who applied after the early registration deadline, must register later during the first week of classes.
or within 15 days after the beginning of summer session.
Further instructions can be found at the Graduate School website.
Courses and Grades Regular Semester: A full-time graduate student must be enrolled in nine (9) or more semester hours of coursework. Graduate students are expected to remain in full-time status until their course and/or residence requirements are met. Summer Term: Students are expected to conduct full-time research during the summer, so no regularly-scheduled ME graduate courses are offered during this period.
Some of the graduate courses in the MFS program are not offered every semester, some are offered once a year and others once every 2 years. Should a student miss a course while being offered, he/she might not be able to take that course again. The student can avoid this dilemma by planning the program of study well in advance.
Incomplete Grades A grade of "I" (incomplete) may be assigned to a graduate student if a part of the work of a course remains undone and there is a reasonable possibility that a passing 10 grade will result from completion of the work. All incomplete grades must be removed from the student’s record before he/she may schedule the final examination or be awarded a degree. Removal may be accomplished in two ways:
An incomplete grade “I” will automatically be changed to a failing grade “E” if not removed within one calendar year from the date the in-complete grade was assigned.
Progress of each graduate student will be reviewed by the DGS, in consultation with the Graduate Studies Committee and the student's academic advisor, once each academic year, or more often for students on scholastic probation. If a student does not make satisfactory progress in coursework and/or research, that student shall be dismissed from the MFS graduate program.
Conditions for Dismissal
Dismissal Procedure
MFS students are encouraged to attend these seminars, and attendance will be taken.
A minimum of 30 credit hours of coursework and successful defense of MS Thesis (Plan A) or thirty hours of coursework for Plan B (if admitted in or before Spring 2016, thirty-three semester hours including MFS 784 Research Project in Manufacturing Systems Engineering) is required. In no case will independent work, used for part of the thesis be counted as part of the thirty hours of course work. The thesis must be actively supervised by a member or associate member of the Graduate Faculty. Students pursuing this degree under the dual degree option must meet the same requirements as all other students.
The Master of Science in Manufacturing Systems Engineering is offered through the Graduate School. There are currently two options approved for fulfilling the requirements for the MS degree:
Plan A (Thesis) This program provides for study and research leading to the degree of Master of Science in Manufacturing Systems Engineering. The thesis plan requires 30 credit hours of coursework and successful defense of MS Thesis. Per Graduate School requirements, one-half or more of the coursework must be at the 600 level (graduate credit only) or above. All students will be required to complete four specified core courses [MFS 505, MFS 605, MFS 606, MFS 613 (MFS 611, if admitted in or before Spring 2016)]. The electives for each student will be developed in conjunction with a faculty adviser to insure that the program provides breadth and depth of content for the student, and meets the specific needs and interests of the student. Plan A students will be allowed to take up to 6 credit hours of MFS 768, with advisor approval, to satisfy the non-core course requirements.
The coursework consists of the following (see Course Descriptions), excerpted from the University Bulletin. For a recommended sequence of courses for Plan A, see Appendix B: MFS 606 Global Issues In Manufacturing 3 hrMFS 605 Modeling Simulation and Control for Manufacturing 3 hr MFS 613 Sustainability, Ethics and Leadership in Manufacturing Organizations 3 hrMFS 505 Modeling of Manufacturing Processes and Machines 3 hr 3 hr Manufacturing Specialization Electives 9 hr Other Electives (appropriate courses in Engineering, Computer Science or Business & Economics) 9 hr Thesis Total 30 hr
Plan B (Non-thesis) This option is reserved for students who have significant engineering research or development experience in a manufacturing environment, for which completion of a thesis would be less beneficial than the additional course work involved in Plan B. Approval of the student’s advisor and of the DGS is necessary for a student to pursue Plan B.
The Plan B requires thirty (30) credit hours of course work which consists of the following (see Course Descriptions), excerpted from the University Bulletin**. For a recommended sequence of courses for Plan B, see Appendix C.
MFS 606 Global Issues in Manufacturing MFS 605 3 hr Modeling Simulation and Control for Manufacturing 3hrMFS 613 Sustainability, Ethics and Leadership in Manufacturing Organizations 3hrMFS 505 Modeling of Manufacturing Processes and Machines 9 hrManufacturing Specialization Electives 9 hr Other Electives (appropriate courses in Engineering, Computer Science or Business & Economics) Total 30hr** If you were admitted in the program in or before Spring 2016, refer to Appendix D for course work requirements and recommended sequence.
For both Plan A and Plan B: Per Graduate School requirements, one-half or more of the course work must be at the 600 level (graduate credit only) or above. At least 2/3 of course work must be in the MFS engineering program (MFS prefix courses). All students will be required to complete four specified core courses [MFS 505, MFS 605, MFS 606, MFS 613 (or MFS 611 if admitted in or before Spring 2016)]. MFS 606 should be taken in the first semester if possible. The electives for each student will be developed in conjunction with a faculty adviser to ensure that the program provides breadth and depth of content for the student and meets the specific needs and interests of the student. For students granted into Plan B, the final examination format will be determined by the advisor and the examination committee. For students admitted in or before Spring 2016 who are granted into Plan B, see appendix C for final examination format. For students admitted in the program in or before Spring 2016, the project class (MFS 784) must be conducted in consultation with the student’s advisor. Students admitted in the program after Spring 2016 can still take the MFS 784 (project) course as one of the electives towards meeting the 30-credit hour requirement.
Requirements by Numbering A candidate for the MFS degree may credit the following toward degree requirements:
In addition, the following conditions apply:
At least two-thirds of the course work must be in manufacturing-related areas. All courses must be included in the student’s Plan of Study.
Final Examination MS students will be eligible to sit for the Final Examination only if they have completed all coursework for the degree, or if any remaining coursework is in progress at the time of the examination. Students with “I” grades or “S” grades in credit-bearing courses are not eligible to sit for the final examination. The overall graduate GPA of the student must be 3.0 or better to sit for the examination.The student is required to take a final oral examination for the MFS degree regardless of the option. This examination is administered by an examining committee appointed by the Dean of the Graduate School upon recommendation by the Director of Graduate Studies. The committee must consist of at least three members of which the chairman is the student’s faculty advisor. The Examination Committee must consist of:
The examination is comprehensive and covers the student’s entire program including, but not limited to, the thesis.
The final examination is given no earlier than the beginning of the semester in which the degree is to be awarded and no later than eight days before the last day of classes of that semester. The examination must be declared either pass or failure on a majority basis. In the event of failure, the committee may recommend to the Graduate School the condition under which a second examination may be administered. In so far as it is practicable, the same examination committee gives this examination. A third examination is not permitted.
Final Examination for Plan A Students The following procedures apply:
Final Examination for Plan B Students The following procedures apply:
Graduate Student Applicants without an ABET-accredited engineering degree must develop competence and demonstrate ability in the fundamentals of engineering. This is accomplished by completing, or having taken the equivalent of, a set of courses in one of the engineering disciplines. If appropriate, a number of courses drawn from two or more such disciplines could be considered. These courses can be taken in post-baccalaureate or undergraduate status. (NOTE: These courses may have prerequisites — see UK Bulletin)
Mechanical Engineering ME 151 Manufacturing Engineering ME 220 Engineering Thermodynamics ME 440 Controls ME 330 Fluid Mechanics ME 325 Heat Transfer ME 344 Mechanical Design
Electrical Engineering EE 211 Circuits I EE 221 Circuits II EE 280 Design of Logic Circuits EE 380 Computer Organization EE 415 Electromechanics EE 421 Signals & Systems I EE 461 Intro. to Electronics EE 468 Fields & Waves Chemical Engineering CME 205 Process Principles I CME 210 Process Principles II CME 320 Engineering Thermodynamics CS 221 Computer Science for Engineers ME 330 Fluid Mechanics CME 415 Separation Processes CME 425 Heat & Mass Transfer CME 420 Process Modeling CME 550 Reactor Design
Since this is a graduate program, a semester by semester sequence cannot be completely defined. Some students will be part-time, and the sequence for full-time students may vary to some degree depending on their individual needs and prerequisites of courses. However, the sequence recommended for a full-time Plan A student would be as follows:
Semester 1 MFS 606 Global Issues In Manufacturing 3 hrMFS 613 * Sustainability, Ethics and Leadership in Manufacturing Organizations 3 hr Manufacturing Specialization Elective 1 3 hr Other Elective 1 3hr*MFS 611 may be considered for students admitted to the program in or before Spring 2016.
Semester 2 MFS 505 Modeling of Manufacturing Processes and MachinesManufacturing Specialization Elective 2 3 hr Other Elective 2 3 hr
Semester 3 MFS 605 Modeling Simulation and Control for Manufacturing 3 hr Manufacturing Specialization Elective 3 3 hr Other Elective 3 3 hr Thesis
Students working on their thesis, who have completed all required course work should register for MFS 748 (0 hours) to maintain their status in the university.
The coursework sequence consists of the following (see Course Descriptions), excerpted from the University Bulletin:
Semester 1 MFS 606 Global Issues in Manufacturing 3 hrMFS 613* Sustainability, Ethics and Leadership in Manufacturing Organizations 3 hr Manufacturing Specialization Elective 1 3 hr Other Elective 1 3 hr
Semester 2 MFS 505 Modeling of Manufacturing Processes and Machines 3 hrManufacturing Specialization Elective 2 3 hr Other Elective 2 3 hr
Semester 3 MFS 605 Modeling Simulation and Control for Manufacturing 3 hr Manufacturing Specialization Elective 3 3 hr Other Elective 3 3 hr
The Plan B requires thirty-three (33) credit hours of course work including a project, which consists of the following:
MFS 606 Global Issues in Manufacturing 3 hr MFS 605 3 hr Modeling Simulation and Control for Manufacturing 3 hrMFS 613* Sustainability, Ethics, & Leadership in Manufacturing Organizations 3 hrMFS 505 Modeling of Manufacturing Processes and Machines 3 hr Manufacturing Specialization Electives 9 hr Other Electives (appropriate courses in Engineering, Computer Science or Business & Economics) 9 hr Project 3 hr Total 33 hr
Recommended Sequence for Plan B for Students Admitted in or before Spring 2016 (an example)The coursework sequence consists of the following (see Course Descriptions), excerpted from the University Bulletin:
Semester 1 MFS 606 Global Issues in Manufacturing 3 hrMFS 613* 3 hr Sustainability, Ethics, & Leadership in Manufacturing Organizations 3 hr Manufacturing Specialization Elective 1 3 hr Other Elective 1 3 hr*or MFS 611 may be considered for students admitted in or before Spring 2016. 3 hr
Semester 3 MFS 605 Modeling Simulation and Control for Manufacturing 3 hrManufacturing Specialization Elective 3 3 hr Other Elective 3 3 hr Project 3 hr
Students in Plan B will utilize their advisor’s input and identify an area to demonstrate the application of concepts and tools learned through the Manufacturing Systems Engineering courses. The student will be responsible for documenting the project work in a report. The report will be similar in format to a thesis document but with an orientation towards the application and a smaller scope. The student will follow graduate school requirements for setting up a final exam committee. The student will share the report with the committee and then give an oral presentation on the project findings to the committee. The committee will evaluate the student’s final presentation to ensure successful completion of the Plan B Master project.
Download the plan of study.