Materials Science Courses

Upcoming Course Schedule

Fall Semester 2019 (Updated 4/4/2019) 2018-19 Academic Year
Course Number Credit Hours Course Name Professor Days Times Room Enroll. Est.

ENFD3008

 

Nanoscale Science and Technology

V. Shanov

TR

2:00-3:20

643 Baldwin

20

MTEN 4034

3

Polymer Chemistry

Jude Iroh

TR

8:00-9:20

513 Rhodes

20

MTEN 5110L

3

Phys Prop Solids

D. Shi

MWF

3:35-4:30

513 Rhodes

10

MTEN 5113

3

Introduction
to Smart
Structures

Mark Schulz

TR

3:30-4:50

TBA

30

MTEN 5197

3

Mechanical Behavior
of Materials

Vijay Vasudevan

MW

12:20-1:40

Rhodes 513

25

MTEN6001

3

Fundamentals
of Materials

A. Paz Y Puente

MWF

10:10-11:05

 

20

MTEN 6010L

3

Phys Prop Solids

D. Shi

MWF

3:35-4:30

513 Rhodes

20

MTEN 6013

3

Intro to Smart
Structures

Mark Schulz

TR

3:30-4:50

TBA

30

MTEN 6081

3

Modeling Materials

Woo Kyun Kim

MWF

3:35 – 4:30

TBA

20

MTEN 6097

3

Mechanical Behavior of Materials

Vijay Vasudevan

MW

12:20-1:40

Rhodes 513

25

MECH6079C

3

Additive Manufacturing

Paz Y Puente

MWF

1:25 - 2:20

Baldwin 643

15

MTEN 7010C

3

Advance Materials
Techniques

Matthew Steiner

MWF

2:30-3:25

 

MW: TBA

F: Rhodes 505

20

MTEN 7032C

3

Polymer Analysis
and Characterization

Gregory Beaucage

M

 

M 6:00-8:50

M Rhodes 513

 

10

MTEN 7035

3

Advanced
Thermodynamics

David Kundrat

TR

12:30-1:50

TBA

20

MTEN 7094

3

Fundamentals of
Polymer Science

Jude Iroh

TR

11:00-12:20

TBA

20

MTEN 8000

3

Solidification
Processing of Materials

David Kundrat

TR

2:30-3:50

Rhodes 513

20

MTEN 8060

1-4

MEng Caps Proj

Vijay Vasudevan

TBA

TBA

TBA

5

MTEN 8071 1 Seminar in Matl Eng Paz Y Puente F 11:15-12:10 TBA 40
MTEN 9071 1-15   Beaucage, Iroh, 
Paz Y Puente, Shanov, Shi, 
Steiner, Vasudevan 
       

Previous Course Schedules

List of MTEN Courses

MTEN courses in the Materials Science and Engineering Program

Course No

MTEN Course Title

2052

Physical Properties of Polymers

3010

Ceramic Materials

3012

Introduction to Metallurgy

3013

Soda Cans to Smart Phones: How It's Made

3050C

Materials Processing

3051C

Materials Testing in Design

3052C

Polymer Processing

3062

Corrosion Control

3076

Materials Selection in Design

3082

Introduction to Thermodynamics

4015

Mechanical Metallurgy

4020

Physical Metallurgy

4030

COMPOSITES

4034

Polymer Chemistry

4042

Ceramics Processes

4050

Biopolymers

4051C

Physical Properties of Polymers

4052C

Polymer Materials and Engineering

4054

Bioceramics

4060L

Characterization Lab

5002

Materials Projects and Individual Studies

5110L

Physical Properties of Solids

5111

Nanomaterials Science

5112C

Nanostructured Materials Engineering

5113

Introduction to Smart Structures

5120

Kinetics of Materials Processing

5125C

Polymer Processing

5134

Physics of Polymer Properties

5135

Polymer Spectroscopy

5138

Introduction to Adhesion Science

5142

Composite Materials

5144

Ceramics Processing

5147

Electrical and Optical Properties of Ceramics

5149

Magnetic, Dielectric and Sensor Properties of Materials

5154

Materials Chemistry and Ceramic Film Processing

5160

Corrosion and Electrochemistry

5164

Corrosion and Electrochemistry

5165

Biomedical Materials

5170

Phase Transformations

5180

High Temperature Alloys

5185

Coatings and Thin Films: Processing and Properties

5190

Methods of Molecular Modeling

5196

Smart Materials

5197

Mechanical Behavior of Materials

6010L

Physical Properties of Solids

6011

Nanomaterials Science

6012C

Nanostructured Materials Engineering

6013

Introduction to Smart Structures

6020

Kinetics of Materials Processing

6021

Kinetic and Thermodynamic Transitions in Polymers and Soft Matter

6025C

Polymer Processing

6026

Polymer Composites

6034

Physics of Polymer Properties

6035

Polymer Spectroscopy

6037

Soft Matter

6038

Introduction to Adhesion Science

6040

Advanced Ceramic Phase Equilibria

6041

Functional Ceramic Device

6042

Composite Materials

6043

Ceramic Composites

6044

Ceramics Processing

6047

Electrical and Optical Properties of Ceramics

6048

Solid Oxide Fuel Cells (SOFC)

6049

Magnetic, Dielectric and Sensor Properties of Materials

6052

Advanced Physical Metallurgy

6053

Ceramic Materials Chemistry and Synthesis

6054

Materials Chemistry and Ceramic Film Processing

6060

Corrosion and Electrochemistry

6064

Corrosion and Electrochemistry

6065

Biomedical Materials

6070

Phase Transformations

6080

High Temperature Alloys

6085

Coatings and Thin Films: Processing and Properties

6090

Methods of Molecular Modeling

6096

Smart Materials

6097

Mechanical Behavior of Materials

7010C

Advance Materials Techniques

7011C

Transmission Electron Microscopy

7012C

Scanning Electron Microscopy and Microanalysis

7020

Advanced Ferroelectric Properties

7032C

Polymer Analysis and Characterization

7035

Advanced Thermodynamics

7048

Diffraction Theory

7079

Defects in Solids

7080

Mechanical Properties of Polymers

7094

Fundamentals of Polymer Science

8000

Solidification Processing of Materials

8060

MENG CAPSTONE RESEARCH PROJECT

8071

Seminar in Materials Engineering

9071

MS and PhD research in Materials Engineering

9072

Special Projects in Materials Engineering

5120

Kinetics of Materials Processing

5157

Morphology of Complex Materials

6020

Kinetics of Materials Processing

6021

Nano-Structured Powders: Synthesis, Structure and Applications

6053

Polymer Dynamics

6057

Morphology of Complex Materials