Industrial Engineering University of Wisconsin Milwaukee

Overview

The Industrial Engineering programme at the University of Wisconsin Milwaukee provides students with a robust foundation in the design, control, and evaluation of complex integrated systems. This degree is specifically tailored to meet the demands of an increasingly automated global economy by blending theoretical excellence with practical application.

Students can choose to specialise their studies by selecting one of three distinct concentrations. These pathways include Advanced Manufacturing, Operations Research and Logistics, or Ergonomics and Human Factors, allowing for a personalised educational experience that aligns with specific professional goals and industry requirements.

The curriculum emphasises the optimisation of processes within service industries, manufacturing sectors, and government organisations.

Why Industrial Engineering at the University of Wisconsin Milwaukee?

The university is situated in a major industrial hub, providing a broad network of corporate partnerships that facilitate well-paid internships and co-operative education roles. Students benefit from a next-generation factory on campus, which serves as a living testbed for digital modelling and physical production solutions.

As a top-tier R1 research institution, the university offers undergraduate students the chance to participate in cutting-edge projects through the Support for Undergraduate Research Fellows programme. This environment fosters innovation and allows students to work closely with expert faculty on transformative engineering ideas.

The College of Engineering & Applied Science also hosts an annual Poster Competition and Three Minute Thesis event. These platforms help students refine their communication skills by presenting their research findings to industry judges, further enhancing their professional preparation and employability in the engineering sector.

Tuition Fee Breakdown

• International fee: USD 24368 per year
• National fee: USD 24368 per year
• Local fee: USD 11768 per year

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

Syllabus

The curriculum is designed to cover the essential aspects of system implementation and operational control. Students engage in a final year Capstone Project, working in teams to address challenges similar to those found in professional engineering environments. Modules may include:

• Engineering Drawing and CAD Design
• Advanced Manufacturing
• Operations Research and Logistics
• Ergonomics and Human Factors
Work Standardization and Measurement
• Applied Mathematical Optimization
• Computer Simulation
• Quality Assurance

Careers with Industrial Engineering

Graduates are highly sought after for roles involving the optimisation of complex systems in both the public and private sectors. Employment opportunities are diverse, with a projected growth rate for industrial engineers that significantly exceeds the average for all occupations nationwide.

Students from this programme have successfully secured internships and permanent positions at prestigious global organisations. Notable employers include Apple, Ford Motor Company, Rockwell Automation, and Tesla, as well as specialised firms like Harley-Davidson, Komatsu, and Master Lock.

Common career paths focus on improving industrial productivity, preserving natural resources through waste reduction, and enhancing workplace safety. With an impressive average starting salary, graduates are well-positioned to enter industries ranging from automotive manufacturing to logistics and healthcare systems.