Arizona State University offers an online master’s degree in quality, reliability, and statistical engineering which trains students to pursue quality, reliability, and meaningful results for a variety of applications in modern business settings.
This 30-credit program includes coursework in engineering, design, product and process development, manufacturing, distribution, logistics, and supply chain operations. Students have the opportunity to design a program of study that includes Six Sigma Black Belt professional certification in addition to their graduate degree.
Engineering coursework comprises one-half of the courses and the other half is dedicated to leadership and specialization. The degree culminates in a final written or oral examination or in the completion of a final report based on a practice-oriented project. Specialization in cross-disciplinary fields can be pursued in addition to the compulsory curriculum for the master’s degree program.
Graduates from this online master’s degree program go on to pursue careers as robotics technicians, validation engineers, computer systems architects, and industrial engineering technologists. To be considered for admission, applicants must have a bachelor’s degree in computer engineering, software engineering, or a related field from an accredited institution, a minimum 3.0 GPA in the last 60 hours of the bachelor’s degree, and submit an application, official transcripts, and proof of English proficiency.
Purdue University’s College of Engineering offers interdisciplinary 30-credit master’s of science in engineering (MSE) and master’s of science (MS) programs. Concentrations are available in related fields of cross-disciplinary study.
Students in this program take the first four courses in a sequence and can then choose from courses in the areas of processes, manufacturing, products, or testing. Students can expect to take courses in quality control, industrial applications of statistics, the design and control of production and manufacturing systems, and product and process design. Students in this program conclude their studies with a capstone project that can be completed individually or as part of a team. Six Sigma certification is offered as a separate certificate training program in lean engineering.
The College of Engineering at Southern Illinois University at Carbondale offers a fully online master’s of science degree in quality engineering and management. The aim of this 30-credit program is to develop engineering and management professionals who can increase productivity, optimize resources, and improve product quality. Course offerings and research opportunities in this program include quality assurance, Six Sigma, lean manufacturing, project management, and reliability.
Prior to applying to this program, applicants must first be accepted by the graduate school which requires a bachelor’s degree with a minimum 3.0 GPA or higher. Graduates from this program are employed in a wide variety of manufacturing, service, and healthcare positions.
The online master’s of science in quality assurance program at CSUDH synthesizes the disciplines of engineering, science, and management to prepare its graduates for work as quality engineers in the healthcare, government, and service industries. A balanced focus of technical and administrative educational principles gives graduates the management foundations needed to improve operational performance and implement service-based outcomes.
Topics covered in the program include total quality management, Six Sigma, ISO 9000, reliability benchmarking, process improvement, quality control, human factors in quality assurance, measurement and testing techniques, and customer satisfaction. Students are prepared to take a variety of certification exams offered through CSUDH after graduating from this program.
The 30-credit master’s of science in quality and engineering management program at Tarleton State University provides students with technical and non-technical backgrounds with a solid foundational knowledge necessary to lead in the administrative field of manufacturing. The program is delivered entirely online and students can choose to attend full or part-time. Emphasizing leadership and how it applies in a manufacturing context, students in this program can expect to learn skills that will help them qualify for opportunities in satisfying and lucrative careers in manufacturing administration.
This program is tailored for working professionals who want to level up their knowledge in this cross-disciplinary field of engineering. Students have the option of adding additional Six Sigma and statistics coursework to the degree program or a capstone project dealing with relevant, real-life industrial projects.
The master’s of quality management program at Florida Tech was developed by a major aerospace engineering company and aims to provide relevant operational and managerial courses and experience for today’s engineering leadership professionals. Students in this program are taught by professors with extensive industry experience. Graduates are prepared with knowledge in project management, quality engineering, and ethical practices germane to the private and public sectors of engineering industries.
Students in this program can expect to learn in small class sizes and develop an extensive professional network with their classmates and professors. The program is offered completely online for the convenience of working professionals.
Kennesaw State University offers a master’s of science in quality assurance as a fully online degree program. A key point of emphasis in the program curriculum is on the theories and assumptions that are the basis of the field of engineering. Students in this program learn to identify the assumptions of techniques and determine when they are violated in order to evaluate the merits of new tools and methods.
The online course environment is interactive and delivered asynchronously and synchronously through discussion boards, live sessions, and other instructional methods. Students can expect to engage in a blend of individual and group assessments.
ROCHELLE COOK, PhD - California State University, Dominguez Hills
Dr. Rochelle Cook brings 20 years of experience in engineering and project management roles in manufacturing and healthcare to her appointment as a faculty member at California State University at Dominguez Hills. She currently mentors and coaches students with their thesis and dissertation projects and teaches a course in quality function management.
Dr. Cook’s subject matter expertise includes team facilitation, process improvement, Six Sigma certification training, and scholarly writing review. She holds a PhD in leadership studies from North Carolina A&T State University and she is a Six Sigma Master Black Belt.
PETER FILIP, PhD - Southern Illinois University
Dr. Peter Filip is a professor in the mechanical engineering and energy processes program at Southern Illinois University at Carbondale. He has taught for more than twenty-five years at universities and supervised more than 60 master’s degree graduates and 21 doctorate degree graduates. His research areas of interest include friction wear and tear testing procedures for composite materials and he studies the relationship between the structure and properties of metals, ceramics, and composite materials.
Dr. Filip’s work has led to breakthroughs in the development and optimization of brake linings. He has published more than 200 articles in scientific journals and three books. He also holds seven patents and has served as a principal investigator for 12 international and national grant awards. Professor Filip earned his PhD from the Technical University of Ostrava in the Czech Republic.
KENNETH JACKSON, PhD - Kennesaw State University
Dr. Kenneth Jackson has over 30 years of experience in telecommunications with Bell Telephone Laboratories and the electric utility industry with Western Electric Company. Dr. Jackson worked on the design and development of fiber optics for telecommunications and was responsible for transferring new technologies into manufacturing optical and copper connectors. He has authored 19 patents and has published and presented 25 technical papers.
Dr. Jackson earned his doctorate degree in mechanical engineering from the Georgia Institute of Technology and is a registered PE in the state of Georgia, a member of the American Society for Quality, and the American Society of Engineering Education.