In today's world there is a constant demand for new materials of superior quality or with particular combinations of properties. It is the task of the materials engineer to use chemical and physical processes to provide new materials, more useful and valuable products, and improvements in the properties of existing materials on a cost-effective basis.
Materials engineering, like other branches of engineering, is based on mathematics, physics, and chemistry.
Necessarily, the engineer must work with every type of material, whether it be metal, glass, plastic, or naturally occurring rock or wood; and electrical conductors, semiconductors, or insulators, transparent or otherwise. The variety of available materials is as wide as the applications; to use them to good effect, the engineer must understand the nature of the substances that might be used for a particular purpose and the chemical and physical processes that are involved in their production.
Being in a central position in the development and design of new products, the materials engineer has excellent and varied career opportunities, extending from fundamental research through primary production processes and subsequent manufacturing to quality control and failure analysis.
Mission Statement
The Materials Department is committed to provide comprehensive undergraduate and graduate education in Materials Engineering, outstanding research, and service to our students, College, the University of Wisconsin-Milwaukee, and the community, as well as to active participation in professional societies.
Materials Engineering Courses
MATLENG 150 It's a Material World: The Role of Materials in Society
MATLENG 201 Engineering Materials
MATLENG 299 Topics in Materials:
MATLENG 316 Thermodynamics of Materials
MATLENG 316G Thermodynamics of Materials
MATLENG 330 Materials and Processes in Manufacturing
MATLENG 380 Engineering Basis for Materials Selection
MATLENG 385 Introduction to Biomaterials
MATLENG 402 Physical Metallurgy
MATLENG 402G Physical Metallurgy
MATLENG 410 Mechanical Behavior of Materials
MATLENG 410G Mechanical Behavior of Materials
MATLENG 411 Materials Laboratory
MATLENG 431 Welding Engineering
MATLENG 431G Welding Engineering
MATLENG 443 Transport Phenomena in Materials Processing
MATLENG 443G Transport Phenomena in Materials Processing
MATLENG 452 Ceramic Materials
MATLENG 452G Ceramic Materials
MATLENG 453 Polymeric Materials
MATLENG 453G Polymeric Materials
MATLENG 456 Metal Casting Engineering
MATLENG 456G Metal Casting Engineering
MATLENG 457 Engineering Composites
MATLENG 457G Engineering Composites
MATLENG 460 Nanomaterials and Nanomanufacturing
MATLENG 460G Nanomaterials and Nanomanufacturing
MATLENG 461 Environmental Degradation of Materials
MATLENG 461G Environmental Degradation of Materials
MATLENG 465 Friction and Wear
MATLENG 465G Friction and Wear
MATLENG 471 Heat Treatment of Materials
MATLENG 471G Heat Treatment of Materials
MATLENG 481 Electronic Materials
MATLENG 481G Electronic Materials
MATLENG 483 Materials for Energy Systems
MATLENG 483G Materials for Energy Systems
MATLENG 485 Introduction to Computational Materials Modeling and Simulations
MATLENG 485G Introduction to Computational Materials Modeling and Simulations
MATLENG 490 Senior Design Projects I
MATLENG 491 Senior Design Projects II
MATLENG 511 Advanced Materials Characterization
MATLENG 511G Advanced Materials Characterization
MATLENG 585 Advanced Biomaterials
MATLENG 585G Advanced Biomaterials
MATLENG 690 Topics in Materials:
MATLENG 690G Topics in Materials:
MATLENG 699 Independent Study
MATLENG 699G Independent Study
MATLENG 700 CEAS Graduate Seminar
MATLENG 701 Properties of Solids
MATLENG 702 Advanced Materials Thermodynamics
MATLENG 710 Advanced Mechanical Behavior of Materials
MATLENG 720 Kinetic Processes in Materials
MATLENG 731 Deformation Processing
MATLENG 732 Solidification Processing
MATLENG 740 Heterogeneous Equilibria
MATLENG 747 Fatigue in Engineering Materials
MATLENG 750 Thin Solid Films
MATLENG 760 Surface Analysis of Solids
MATLENG 783 Electrochemistry of Fuel Cells and Batteries
MATLENG 785 Atomistic Modeling and Simulation of Materials
MATLENG 880 Bioengineering Seminar
MATLENG 888 Candidate for Degree
MATLENG 890 Advanced Topics in Materials:
MATLENG 990 Masters Thesis
MATLENG 998 Doctoral Thesis
MATLENG 999 Advanced Independent Study
Name | Rank | Degree | School | Graduate Faculty | Emeritus Faculty |
---|---|---|---|---|---|
Nidal Abu-Zahra | Associate Professor, Chair | PhD | Cleveland State University | Yes | No |
George S. Baker | Professor | PhD | No | Yes | |
Benjamin Church | Associate Professor | PhD | Georgia Institute of Technology | Yes | No |
Hugo F. Lopez | Professor | PhD | Ohio State University | Yes | No |
Xiaoli Ma | Assistant Professor | PhD | Arizona State University | Yes | No |
Joachim P. Neumann | Professor | PhD | No | Yes | |
Junjie Niu | Assistant Professor | PhD | Zhejiang University | Yes | No |
Pradeep K. Rohatji | Wisconsin Distinguished Professor | ScD | Massachusetts Institute of Technology | Yes | No |
Dev Venugopalan | Associate Professor, Vice Provost | PhD | McMaster University | Yes | No |