the materials tetrahedron! performance · defense 10% biomedical 10% semiconductor 17% energy...
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Performance
Properties
Processing
Structure
The Materials Tetrahedron!
or
or
Performance
Properties
Processing
Structure
PVC
Chitosan
Starch
Performance
Properties
Processing
Structure
Aerospace/ Defense
10%Biomedical
10%
Semiconductor17%
Energy6%Energy:
Sustainable
Fabrication/ Processing
22%
Other (Law, Teaching, etc.)
28%
Vision: Our vision is to collaboratively address the grand challenges of our time, especially sustainability and transformative learning, through our materials engineering program.
Mission: Our mission is to be a vibrant, creative, and effectual learning community that cultivates the unique capabilities of each member of our community to thrive in a complex, interconnected, technological, and ever-changing world.
54:13:1Materials Science & Engineering Departments
Materials Engineering Departments
Undergrad-focused Departments
MATE is Small but Mighty!
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2009-2010 2010-2011 2011-2012 2012-2013 2013-2014 2014-2015 2015-2016 2016-2017 2017-2018 2018-2019
FTF Cohort Size NTR Cohort Size Total UG Enrollment
Cal Poly MATE is the largest Bachelor’s granting M.S.E. program in California and the 9th
largest in the U.S.
And yet, we are the smallest engineering department at Cal Poly!
Dr. Aluminum
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2004 2006 2008 2010 2012 2014 2016 2018 2020 2022
Cohort Entry Year
Female and URM Representation in MATE
% Female % Non-White
67.6%
32.4%
Gender Distribution of Admitted MATE Students
Male
Female
42.3%
57.7%
Under-represented Minority Distribution of Admitted MATE Students
Majority URM
Senior project
Tech Electives
Breadth Electives
DepthBasicsWelcome Aboard!
Materials Engineering has the highest 4-year Graduation Rate in the College of Engineering!
At least 55% of required MATE courses have labs!Berkeley Materials Lab Courses
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Materials Characterization: microscopes, SEM, AFM, XRD, DSC, FTIR, TGA, DMA
Materials Processing and Testing: hardness, corrosion, rapid prototype, chemical synthesis, heat treating
Microsystems Technology Cleanroom: transistors, MEMS, thin films
Renewable and Biodegradable
Materials
Multi-Principal Element
Alloys
Engineering Education
Multi-scale Computational
Modeling of Materials
Nano Ceramics for
Carbon Sequestration
Conductive fibers