Materials Engineering University of Wisconsin Milwaukee

Overview

The Materials Engineering programme at the University of Wisconsin Milwaukee offers students a comprehensive education in a field that is fundamentally changing modern technology. By investigating the relationship between molecular structures and physical properties, students learn to develop innovative materials that solve global challenges.

This degree is built upon a rigorous foundation of mathematics, physics, and chemistry. Participants explore the nature of substances used in various industries and the complex physical processes involved in their production. The curriculum is designed to help students become experts in understanding the critical links between processing, structure, and performance.

Each student can customise their learning experience through a wide range of electives.

Why Materials Engineering at the University of Wisconsin Milwaukee?

The university is a top-tier R1 research institution, providing undergraduates with unique opportunities to participate in cutting-edge discovery. Students can engage with the Support for Undergraduate Research Fellows programme, which offers funding to work alongside expert faculty on transformative engineering projects.

Located in Wisconsin’s largest city, the college maintains a broad network of industry partnerships. This provides students with easy access to well-paid internships and co-ops in the Milwaukee region, which has one of the highest employment levels for materials engineers in the United States. The campus also features specialised facilities like the Foundry and Solidification Lab.

The institution is home to a renowned Foundry Education Foundation programme. This initiative provides significant scholarship opportunities and direct industry connections for those interested in metal casting. Furthermore, the Advanced Analysis Facility houses sophisticated instrumentation for chemical and materials analysis, supporting both student research and industrial testing.

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

Modules may include:

• Advanced materials characterization
• Biomaterials
• Materials for energy application
• Materials processing
• Metal casting
• Ceramics
• Polymers
• Composites
• Electronic materials
• Mathematics
• Physics
• Chemistry

Careers with Materials Engineering

Graduates are well-prepared for roles in diverse sectors including aerospace, biomedicine, electronics, and transportation. The programme boasts a high average starting salary, with many students securing positions in failure analysis, quality control, and primary production processes. The Milwaukee area’s high concentration of foundries offers a robust local job market.

Alumni have successfully secured employment at prestigious global organisations such as Boeing, GE Aviation, and Tesla. Other graduates have found success with companies like Intel, Lockheed Martin, and General Motors. The skills gained in research and laboratory-based work also prepare students for careers in business development and intellectual property.

Common career paths involve developing new materials for healthcare and automotive applications. Many students also transition into roles at regional employers such as Kohler Co., Harley-Davidson, and Rockwell Automation. The hands-on experience gained through senior capstone projects ensures that graduates are ready to solve real-world engineering problems immediately upon entering the workforce.