
The Master of Science in Industrial & Systems Engineering is a one year full time program designed for students seeking to develop advanced expertise in optimizing complex systems, processes and operations. The curriculum emphasizes the integration of engineering principles, data analytics, process optimization and decision making within industrial and organizational contexts. Students gain hands-on experience in modeling, simulation and the application of quantitative methods to real world problems, enabling them to design more efficient, sustainable and cost effective systems. The program balances theoretical foundations with practical applications, preparing graduates to tackle challenges across manufacturing, logistics, supply chain management and service systems.
Throughout the program, learners engage with faculty and peers to analyze case studies, implement applied projects and explore emerging trends in technology and operations management. The one year structure provides an intensive pathway to acquire skills in systems optimization, production planning, quality control and operations research, while fostering analytical thinking and problem solving abilities. Students also gain exposure to interdisciplinary approaches that combine engineering, business and management insights, allowing them to design innovative solutions and improve organizational performance in diverse industrial settings.
Semester 1: Foundations in Industrial & Systems Engineering
• Operations Research and Optimization
• Manufacturing Systems and Processes
• Statistical Methods for Engineers
• Engineering Economics and Decision Analysis
Semester 2: Applied Systems and Operations
• Supply Chain and Logistics Management
• Quality Engineering and Process Improvement
• Simulation Modeling for Industrial Systems
• Capstone Project in Industrial Engineering
Graduates of this program are prepared for careers that require expertise in systems optimization, process improvement, data driven decision making and operations management. They may work as Industrial Engineer, Operations Analyst, Process Improvement Specialist, Supply Chain Consultant or Production Manager within manufacturing firms, logistics companies, technology enterprises, healthcare systems, consulting agencies and governmental organizations. The curriculum equips students with the ability to analyze complex systems, enhance operational efficiency, manage resources effectively and implement solutions that improve productivity and reduce costs. With this combination of analytical, technical and managerial skills, graduates are also well positioned to pursue leadership roles in industrial and operational management or to continue with advanced research in engineering and applied systems studies.
This program is ideal for students seeking an academically rigorous and applied engineering education focused on systems optimization, process improvement, operations analysis and engineering decision making. Its one year, on campus structure provides hands-on learning experiences, project based applications and close collaboration with faculty and peers. Students develop the skills to address real world industrial challenges, integrate analytical methods with practical engineering solutions and contribute to the efficiency and innovation of organizations. The curriculum emphasizes both theoretical understanding and applied expertise, preparing graduates to advance their careers in industrial engineering, operations management, consulting or research driven roles in diverse organizational settings.
For further information, please contact the admissions office at:
Phone: 713-348-7423
Email: admission@rice.edu
Address: Office of Admission – MS 17, 109 Lovett Hall, 6100 Main Street, Houston, TX 77005, United States