Master of Science in Industrial Engineering
October 8, 2026 2026-10-08 11:32Master of Science in Industrial Engineering
An advanced graduate program designed to prepare professionals to improve the efficiency, productivity, quality, and sustainability of complex systems in manufacturing, service, healthcare, technology, and business environments. The program integrates engineering analysis, operations research, systems optimization, data analytics, quality management, supply chain systems, automation, and decision science.
Master of Science (M.S.) in Industrial Engineering
US$ 5,940
36 Credit Hours
18 Months
9–12 Months
3 Credit Hours
US$ 5,940
Optimize Complex Industrial and Operational Systems
A program integrating engineering analysis, operations research, systems optimization, data analytics, quality management, supply chain systems, automation, and decision science.
The Master of Science in Industrial Engineering is an advanced graduate program designed to prepare professionals to improve the efficiency, productivity, quality, and sustainability of complex systems in manufacturing, service, healthcare, technology, and business environments. The program integrates engineering analysis, operations research, systems optimization, data analytics, quality management, supply chain systems, automation, and decision science.
Students examine industrial systems design, process improvement, production planning, simulation, optimization techniques, human factors engineering, quality control, logistics, operations management, and advanced analytical methods. The curriculum emphasizes systems thinking, data-driven decision-making, innovation, sustainability, and the application of engineering principles to improve organizational performance.
Graduates develop advanced competencies in industrial systems analysis, process optimization, operations management, quality improvement, engineering analytics, and technology implementation, preparing them for careers in manufacturing, logistics, healthcare systems, consulting firms, technology organizations, government agencies, and global industries.
Master of Science (M.S.) in Industrial Engineering
18 Months — Traditional Learning Track
9–12 Months — Fast-Track Learning Program
3 Credit Hours per Course
US$ 5,940
Exclusive of applicable University administrative fees
Required Courses
The Master of Science in Industrial Engineering requires 36 total credits.
| Course No. | Course Title | Credits |
|---|---|---|
| MIE 6000 | Foundations of Industrial Engineering | 3 |
| MIE 6010 | Operations Research and Optimization Techniques | 3 |
| MIE 6020 | Industrial Systems Design and Analysis | 3 |
| MIE 6030 | Quality Engineering and Process Improvement | 3 |
| MIE 6040 | Production Systems and Operations Management | 3 |
| MIE 6050 | Supply Chain Engineering and Logistics Systems | 3 |
| MIE 6060 | Data Analytics and Decision Modeling in Industrial Engineering | 3 |
| MIE 6070 | Simulation Modeling and Systems Optimization | 3 |
| MIE 6080 | Human Factors Engineering and Ergonomics | 3 |
| MIE 6090 | Advanced Industrial Engineering Applications and Research Methods | 3 |
| MIE 6100 | Master's Thesis | 6 |
| Total Credits | 36 | |
Course Descriptions
Select a course to view its description.
MIE 6000 – Foundations of Industrial Engineering
Introduces the principles, history, and applications of industrial engineering. Students examine systems improvement, engineering methods, productivity analysis, and the role of industrial engineers in optimizing organizational performance.
MIE 6010 – Operations Research and Optimization Techniques
Explores mathematical modeling, optimization methods, linear programming, decision analysis, and analytical techniques used for solving complex engineering and operational problems.
MIE 6020 – Industrial Systems Design and Analysis
Examines the design, evaluation, and improvement of industrial systems, including workflow analysis, resource allocation, system performance measurement, and process optimization.
MIE 6030 – Quality Engineering and Process Improvement
Focuses on quality management principles, statistical process control, continuous improvement methodologies, reliability analysis, and strategies for improving operational excellence.
MIE 6040 – Production Systems and Operations Management
Explores production planning, manufacturing systems, scheduling, inventory management, operational efficiency, and strategies for improving production performance.
MIE 6050 – Supply Chain Engineering and Logistics Systems
Examines supply chain design, transportation systems, logistics management, inventory optimization, and engineering approaches for improving global supply networks.
MIE 6060 – Data Analytics and Decision Modeling in Industrial Engineering
Develops skills in statistical analysis, data-driven decision-making, predictive analytics, and analytical methods for improving industrial and organizational systems.
MIE 6070 – Simulation Modeling and Systems Optimization
Explores simulation techniques, computer-based modeling, system evaluation, optimization strategies, and applications for analyzing complex industrial processes.
MIE 6080 – Human Factors Engineering and Ergonomics
Examines human-system interaction, workplace design, ergonomics principles, safety improvement, productivity enhancement, and the relationship between people and technology.
MIE 6090 – Advanced Industrial Engineering Applications and Research Methods
Explores advanced industrial engineering applications, research methodologies, emerging technologies, innovation strategies, and current challenges in industrial systems management.
MIE 6100 – Master's Thesis
Students complete an original research thesis addressing a significant issue in industrial engineering, including systems optimization, process improvement, manufacturing efficiency, operations management, quality engineering, or engineering analytics. Under faculty supervision, students conduct research, analyze industrial challenges, develop solutions, and contribute knowledge to the field.
Career Opportunities
Graduates are prepared for advanced engineering, analytical, operational, and management roles.
Employment Sectors
Graduates may pursue employment in manufacturing industries, automotive companies, aerospace and defense organizations, healthcare systems, logistics and supply chain companies, technology organizations, engineering consulting firms, energy and infrastructure companies, financial services organizations, government agencies, research and development institutions, universities and academic centers, industrial automation companies, construction and engineering firms, pharmaceutical and biotechnology industries, retail and distribution organizations, transportation companies, and global manufacturing enterprises.
Ready to Optimize Industrial Systems?
Build advanced competencies in industrial systems analysis, process optimization, operations management, and engineering analytics. Take the next step toward a career in industrial engineering or doctoral study.
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