When you earn a Bachelor of Science in Materials Science & Engineering from UWM, you’ll join a relatively new academic field that is changing the world in innumerable ways. Modern materials scientists develop and test composite and simple materials that, for example, extract pollutants from water, hold the ability to self-heal, last longer, or are manufactured in a way that reduces the amount of by-products sent to landfills.
In our tight-knit classrooms, labs and through internships and co-ops, you’ll blend knowledge in chemistry, physics and engineering as you investigate the relationship between the structure of materials at the atomic or molecular level and their macroscopic properties.
You’ll graduate ready to apply your knowledge to in fields such as aerospace, architecture, biomedicine, computers and electronics, construction, metal manufacturing, transportation and recreation.
In 2020, the median annual wage for materials engineers was $95,640.*
The Milwaukee region has one of the highest employment levels nationwide for materials engineering.* Milwaukee also has one of the largest concentrations of foundries in the United States; our Foundry Education Program is a source of well-trained engineers for this industry.
*U.S. Bureau of Labor Statistics
What to Expect
Increased speed to graduation
Our new and redesigned curriculum makes it easier and faster for you to complete your degree. You’ll also find greater flexibility in the electives available to customize your experience.
What makes our program stand out
Materials engineering is based on mathematics, physics and chemistry. You will learn about the nature of substances that might be used for a particular purpose and the chemical and physical processes that are involved in their production. Materials engineers become experts at understanding and using the relations between processing, structure, properties and the performance of materials.
You can tailor your electives to focus on specific areas such as:
- Advanced materials characterization
- Materials for energy application
- Materials processing
- Metal casting
- Specific courses in ceramics, polymers, composites, and electronic materials
Interested in a Career in the Foundry Profession? Scholarships Available!
Our Foundry Education Foundation (FEF) Program helps ensure great talent enters the profession and offers students—starting as soon as their freshmen year—annual, renewable scholarships and industry connections. More than 50% of students in this program receive scholarships ranging from $500-$2,000 each year.
Graduates have consistently and readily found jobs with companies including General Motors, Tesla, Kohler, Signicast, and Waupaca Foundry.
Additional scholarship resources for careers in the foundry industry:
You will be eligible for these honors in the major during your studies and upon completing your degree.
Students at UWM have many opportunities to earn honors recognition.
UWM’s College of Engineering & Applied Science program provides many opportunities to pair classroom learning with hands-on experiences outside the classroom. The college’s location in Wisconsin’s largest city, with a broad network of industry partnerships, gives you easy access to well-paid internships and co-ops, as well as other important opportunities to enhance your resume.
Did you know?
- 93 percent of UWM engineering and computer science students complete paid, work-related experiences including internships, co-ops and research opportunities
- 91 percent land a job or commit to graduate school before graduation.
SOURCE: UWM First Destination Survey, December 2019
We’re Here to Help
We have a dedicated Career Services Department at the College of Engineering & Applied Science who works exclusively with our students to prepare them for a career after graduation.
What You’ll Do
Because everything we use is made of some material or combination of materials, materials science engineers are central to the development and design of new products. Your work might focus on:
- Developing new materials for applications in energy, healthcare, automotive, aerospace, and others
- Failure analysis
- Fundamental research including computational materials and laboratory-based work
- Primary production processes and subsequent manufacturing such as metal casting, polymer processing, advanced coatings
- Quality control
- Business development and intellectual property