Are you someone who is analytical, creative and a systems-oriented thinker who wants to solve real-world problems? If you’re driven to optimize renewable energy, streamline supply chains or design algorithms that improve healthcare, The Master of Science in Operations Research with Engineering (ORwE) (Non-Thesis) at Mines will give you the tools to turn complex challenges into smart, data-driven solutions.
This interdisciplinary program breaks down silos. You will collaborate with experts across mechanical, electrical, civil and mining engineering, plus computer science, economics and applied mathematics. You’ll tackle real-world problems using state-of-the-art optimization, simulation and analytics, gaining hands-on experience alongside top faculty and industry partners.
With this degree, you will be ready to make high-impact decisions for systems constrained by limited resources and competing objectives, from manufacturing and mining to chemical processes, energy, defense, logistics and socioeconomic infrastructure. Whether you're addressing bottlenecks in energy infrastructure or improving production efficiency in aerospace, the Master of Science in Operations Research with Engineering (ORwE) (Non-Thesis) program empowers you to design smarter, more resilient systems.
Program Detail
The Master of Science in Operations Research with Engineering (ORwE) (Non-Thesis) equips you to transform complex, resource-constrained systems into efficient, optimized solutions. You’ll build a strong foundation in linear programming, stochastic modeling and engineering systems, applying these skills to real-world challenges across energy, manufacturing, mining, defense and socioeconomic infrastructure.
Through hands-on work with facutly and industry partners, you’ll master deterministic optimization, simulation and computational modeling, gaining the technical expertise needed to design smarter, more resilient systems. You’ll graduate with the skills needed to tackle high-impact problems, from improving production efficiency to optimizing large-scale operations.