Industrial and Systems Engineering University of Oklahoma

Overview

The Industrial and Systems Engineering programme at the University of Oklahoma provides students with the advanced analytical tools required to optimise complex technical and business systems. This degree focuses on integrating people, technology, and data to drive strategic improvements and operational excellence in high-impact environments.

Students develop a deep understanding of how to design and evaluate systems that enhance productivity and safety. The curriculum prepares graduates to tackle real-world challenges by streamlining processes and reducing costs. By mastering these methodologies, professionals can lead significant organisational changes and improve service delivery across multiple sectors.

The programme emphasises the development of technical expertise alongside essential leadership and communication skills.

Why Industrial and Systems Engineering at the University of Oklahoma?

The University of Oklahoma offers a curriculum developed by the Gallogly College of Engineering, ensuring academic excellence and industry relevance. Students learn from world-class faculty and seasoned professors of practice who bring extensive real-world experience into the virtual classroom. This connection between academia and industry provides a unique perspective on modern engineering challenges.

As a top-tier public research institution, the university provides robust support services, including an online career development centre and mental health counselling. Students join a global alumni network of over 250,000 Sooners, offering unparalleled networking opportunities. The programme's asynchronous format is specifically designed to accommodate the schedules of busy professionals worldwide.

The learning experience is further enhanced by a collaborative cohort model, where students engage in interactive discussions with peers. This environment fosters meaningful connections and allows for the sharing of diverse industry insights. The programme concludes with a practical project that applies theoretical concepts to actual industrial problems.

Tuition Fee Breakdown

• International fee: USD 1015 per credit
• National fee: USD 1015 per credit
• Local fee: USD 1015 per credit

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

Modules may include:

• Engineering Statistical Analysis
• Decision Analysis
• Advanced Analytics and Metaheuristics
• Simulation Modeling and Analysis
• Project Management Methods
• Project Management Leadership
• Systems Optimization
• Systems Engineering Requirements and Architecting
• Quality & Reliability Engineering
• Cost Engineering
• Model-Based Systems Engineering

Careers with Industrial and Systems Engineering

Graduates are prepared for high-impact leadership roles across diverse industries such as aerospace, healthcare, finance, and supply chain management. The skills gained in this programme allow professionals to excel in strategic positions that require both technical proficiency and managerial oversight. Many alumni progress into senior executive or specialised engineering roles.

Potential career paths for graduates include:

• Director of Engineering
• Systems Engineer
• Operations Analyst
• Quality Engineer
• Supply Chain Analyst
• Project Manager
• Performance Analyst
• Engineering Manager
• Senior Industrial Engineer