Bachelor of Science in Industrial Engineering
September 29, 2026 2026-09-29 3:59Bachelor of Science in Industrial Engineering
A program that prepares students to design, improve, and optimize complex systems involving people, processes, materials, information, and technology. The program integrates engineering science, operations research, data analytics, manufacturing systems, quality management, supply chain management, human factors, and systems optimization to develop professionals capable of improving productivity, efficiency, safety, and organizational performance.
Bachelor of Science (B.S.) in Industrial Engineering
US$ 7,360
3–4 Years — Traditional Learning Track
9–12 Months — Fast-Track Learning Program
3–4 Years
9–12 Months
3 Credit Hours
US$ 7,360
Optimize Systems Involving People, Processes, and Technology
An integrated curriculum combining engineering science, operations research, data analytics, manufacturing systems, quality management, supply chain management, human factors, and systems optimization.
The Bachelor of Science in Industrial Engineering prepares students to design, improve, and optimize complex systems involving people, processes, materials, information, and technology. The program integrates engineering science, operations research, data analytics, manufacturing systems, quality management, supply chain management, human factors, and systems optimization to develop professionals capable of improving productivity, efficiency, safety, and organizational performance.
Students develop expertise in engineering mathematics, probability and statistics, engineering economy, operations research, work systems and ergonomics, manufacturing systems, quality control, supply chain management, production planning, simulation, data analytics, facilities planning, Lean manufacturing, project management, systems engineering, information systems, sustainable industrial engineering, and advanced operations research. The curriculum emphasizes analytical problem-solving, process improvement, and evidence-based decision-making.
The program prepares graduates for careers in manufacturing, healthcare systems, logistics, technology, consulting, operations management, supply chain management, quality assurance, and systems engineering. It also provides an excellent academic foundation for graduate study in industrial engineering, engineering management, operations research, systems engineering, business analytics, supply chain management, and related disciplines.
Bachelor of Science (B.S.) in Industrial Engineering
3–4 Years — Traditional Learning Track
9–12 Months — Fast-Track Learning Program
3 Credit Hours per Course
US$ 7,360
Exclusive of applicable University administrative fees
Required Major Courses
The major consists of coursework in engineering mathematics, probability and statistics, engineering economy, operations research, work systems and ergonomics, manufacturing systems, quality control, supply chain management, production planning, simulation, data analytics, facilities planning, Lean manufacturing, project management, systems engineering, information systems, sustainable industrial engineering, and advanced operations research. Students also complete the University's General Education requirements together with approved elective coursework.
| Course No. | Course Title | Credits |
|---|---|---|
| IE 3000 | Introduction to Industrial Engineering | 3 |
| IE 3010 | Engineering Mathematics and Modeling | 3 |
| IE 3020 | Probability and Statistics for Industrial Engineering | 3 |
| IE 3030 | Engineering Economy | 3 |
| IE 3040 | Operations Research I | 3 |
| IE 3050 | Work Systems and Ergonomics | 3 |
| IE 3060 | Manufacturing Systems | 3 |
| IE 3070 | Quality Control and Improvement | 3 |
| IE 3080 | Supply Chain Management | 3 |
| IE 3090 | Production Planning and Scheduling | 3 |
| IE 3100 | Simulation and Systems Modeling | 3 |
| IE 3110 | Data Analytics for Industrial Engineering | 3 |
| IE 3120 | Facilities Planning and Design | 3 |
| IE 3130 | Lean Manufacturing and Process Optimization | 3 |
| IE 3140 | Project Management and Engineering Leadership | 3 |
| IE 3150 | Systems Engineering and Integration | 3 |
| IE 3160 | Information Systems in Industrial Engineering | 3 |
| IE 3170 | Sustainable Industrial Engineering | 3 |
| IE 3180 | Advanced Operations Research | 3 |
| IE 3190 | Capstone Project in Industrial Engineering | 6 |
| Total Credits | 63 | |
Course Descriptions
Select a course to view its description.
IE 3000 – Introduction to Industrial Engineering
Introduces industrial engineering concepts, systems optimization, productivity improvement, engineering analysis, and applications across industries.
IE 3010 – Engineering Mathematics and Modeling
Examines mathematical methods, modeling techniques, optimization concepts, and analytical approaches used in industrial engineering systems.
IE 3020 – Probability and Statistics for Industrial Engineering
Introduces probability theory, statistical analysis, data interpretation, quality measurement, and decision-making methods.
IE 3030 – Engineering Economy
Studies economic analysis, cost estimation, financial decision-making, investment evaluation, and resource allocation for engineering projects.
IE 3040 – Operations Research I
Explores mathematical optimization, linear programming, decision models, and analytical methods for improving system performance.
IE 3050 – Work Systems and Ergonomics
Examines human factors, workplace design, productivity measurement, ergonomics, and the relationship between people and technology.
IE 3060 – Manufacturing Systems
Studies manufacturing processes, production systems, automation, process planning, and modern industrial technologies.
IE 3070 – Quality Control and Improvement
Introduces quality management systems, statistical process control, Six Sigma principles, and continuous improvement methodologies.
IE 3080 – Supply Chain Management
Examines procurement, logistics, inventory systems, transportation, distribution networks, and global supply chain strategies.
IE 3090 – Production Planning and Scheduling
Focuses on production forecasting, capacity planning, scheduling methods, resource management, and operational efficiency.
IE 3100 – Simulation and Systems Modeling
Introduces computer simulation techniques, system modeling, process analysis, and decision-support applications.
IE 3110 – Data Analytics for Industrial Engineering
Develops skills in data analysis, visualization, predictive modeling, and using data-driven methods for operational improvement.
IE 3120 – Facilities Planning and Design
Examines facility layout, workflow design, material handling systems, location planning, and operational efficiency.
IE 3130 – Lean Manufacturing and Process Optimization
Studies Lean principles, waste reduction, value stream mapping, process improvement, and operational excellence strategies.
IE 3140 – Project Management and Engineering Leadership
Develops project planning, scheduling, leadership, teamwork, risk management, and implementation skills.
IE 3150 – Systems Engineering and Integration
Explores complex system design, requirements analysis, system optimization, integration methods, and lifecycle management.
IE 3160 – Information Systems in Industrial Engineering
Examines enterprise systems, digital manufacturing, industrial software, data management, and technology-enabled operations.
IE 3170 – Sustainable Industrial Engineering
Focuses on sustainable production, environmental responsibility, energy efficiency, green engineering, and resource optimization.
IE 3180 – Advanced Operations Research
Studies advanced optimization methods, decision analysis, network models, and analytical techniques for complex systems.
IE 3190 – Capstone Project in Industrial Engineering
Students apply industrial engineering principles to analyze, design, and improve a real-world system through an integrated engineering project.
Career Opportunities
Graduates are prepared for careers in industrial engineering, process improvement, manufacturing, quality engineering, operations, supply chain analysis, logistics, systems engineering, and operations research.
Employment Sectors
Graduates may find employment in manufacturing industries, automotive and aerospace companies, technology and electronics firms, healthcare systems, logistics and supply chain organizations, consulting companies, energy and infrastructure sectors, government agencies, financial services organizations, retail and e-commerce companies, research and development institutions, and industrial automation companies.
Ready to Optimize Industrial Systems?
Gain the analytical, engineering, and process improvement skills needed to improve productivity, efficiency, and organizational performance. Take the next step toward a career in industrial engineering or graduate study.
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