Admission Criteria, Admission Status, Quality Assurance, Engineering and Technology Concentration, Quality Systems Concentration, Industrial Engineering Technology Faculty, Course Descriptions
Admission to the Master of Science program with a major in Quality Assurance is open to persons holding the bachelor or higher degree in engineering, engineering technology, or related degree from an accredited college.
Preference in admission will be given to applicants having professional experience in a technical work environment. The admission procedure is competitive in that students will be admitted only if their academic accomplishments and work experience demonstrate that they can successfully complete the program.
Admissions Procedure
Applicants for admission
to the Master of Science Program with a major in Quality Assurance must
submit the following to the Admissions Office no later than semester deadline
date before the beginning of the semester in which the applicant plans
to enroll:
Admission
Criteria
Engineering and Technology
Concentration:
Applicants should have:
| Engineering | Engineering technology |
| Business | Social science |
| Physical sciences | Education |
Other technical and non-technical majors may be acceptable.
Applicants must have at least
a 2.70 (on the 4.00 scale) undergraduate grade point average.
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Admission
Status
The program coordinator
in conjunction with the graduate admissions committee determines the student
admission status.
The Master's Program with a major in Quality Assurance is offered by the industrial engineering technology program in order to meet an established need in both manufacturing and service industries.
The program focuses on total
quality management and on analytical methods such as statistics, process,
analysis, and problem solving techniques. A primary objective of the degree
is to provide graduate level study opportunity to individuals who are currently
practicing in the quality and related fields so that they may be aware
of recent advances and modern practice.
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Engineering and Technology Concentration
This concentration is designed for prospective students who have undergraduate degrees in engineering technology (any major), physical science, mathematics, and other technical majors. To qualify fully for admission students will need the technically oriented undergraduate degree including a laboratory-based physical science, at least one calculus course, and a statistics course. Two years of full time experience in the field is also expected of all applicants for this concentration.
For a fully qualified student
the program requires 36 semester hours of study. This includes 8 semester
hours for the Master's project, which is usually performed in the employer's
facility. When admitted, students will be assigned a graduate advisor.
Students are required to work frequently with their advisors to plan the
program of study and to maintain progress.
| Required Courses | |||
| QA | 6602 | Total Quality | 4 |
| QA | 6611 | Advanced Statistical Applications | 4 |
| QA | 6612 | Advanced Experimental Design | 4 |
| QA | 6615 | Applied Systems Reliability | 4 |
| QA | 6650 | Quality Systems Design | 4 |
| Electives | 8 | ||
| Project Options | |||
| QA | 7704 | Project | 8 |
| Non-Project Options | |||
| QA | 6620 | Inspection Systems Designs | 4 |
| QA | 7504 | Research Methods | 4 |
Note: A grade of "C" or
better is required for each course.
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This concentration is designed for students who are working in the quality, training, and related developmental disciplines. The program has been established to meet the needs of the professional who has not received a formal technical education in quality, yet must support total quality, continuous improvement, process management, and re-engineering efforts within their organization.
The program focuses on total quality management and on analytical techniques. Students may elect a thesis or non-thesis option as part of their studies. A primary objective of the degree is to provide graduate level study opportunity to individuals who are currently practicing in a quality related field who have not had any formal technical education in the discipline.
The concentration is designed for prospective students who have undergraduate degrees in business, social science, education, and other non-technical majors. To qualify fully for admission students will need to hold a bachelor's degree and either be working in a quality related field, e.g., human resources or training, or desire to work in the field.
For a qualified student the
program requires 36 semester hours of study. Students electing the thesis
option will complete an 8 hour thesis. The remainder of the curriculum
includes graduate coursework in Total Quality, Process Analysis, Technical
Training, Quality Systems Design, Quality Cost Systems, and Statistical
Process Control.
| Required Courses | |||
| QA | 6600 | Methods of Analysis | 4 |
| QA | 6602 | Total Quality | 4 |
| QA | 6610 | Statistics for Quality Assurance | 4 |
| QA | 6611 | Advanced Statistical Applications | 4 |
| QA | 6620 | Inspection Systems Design | 4 |
| QA | 6630 | Technical Training Methods | 4 |
| QA | 6650 | Quality Systems Design | 4 |
| Thesis Option | |||
| QA | 7804 | Thesis | 8 |
| Research Option | |||
| QA | 6640 | Quality Cost and Supplier Evaluation | 4 |
| QA | 7504 | Research in Quality | 4 |
Note: A grade of "C" or
better is required for each course.
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Industrial
Engineering Technology Faculty
| Carden, Patricia D.,
Professor |
Ph.D., University of Toledo; M.S., Southern Polytechnic State University; M.S.Ed., University of Toledo; B.S., Eastern Kentucky University |
| Monroe, Richard W.,
Assistant Professor |
Ph.D., Old Dominion University; M.S., Western New England College; B.S., Southern Polytechnic State University |