Course Name
Course Number
Institution
Course Abstract
Computational Methods for Materials
MCHE 678
UL Lafayette
Computational methods for materials from atomistic to meso to continuum scales.
Thermodynamics and Kinetics of Solids
MCHE 678
UL Lafayette
The course aims at studying the basic scientific principles and concepts of thermodynamics and kinetics of materials used in engineering practices. The discussion pertained to the atomic level interactions in mostly solid materials. Major topics studied include: structure and defects in solids; solid-state diffusion; and phase transformations in solids.
Additive Manufacturing and Process Optimization
ME 4933
LSU
This course provides an overview of developing opportunities and critical challenges of additive manufacturing (AM, also known as 3-D printing). Students will have the opportunity to use various 3D printers. Individual /group hand-on exercises will be conducted in the start-ofthe-art ME 3D Printing Lab, using a full range of 3D printers to make plastic, composite, and metallic parts.
Additive Manufacturing and Process Optimization
ME 7953-2
LSU
As ME4933, but with extra focus on the simulations for the AM processes.
Additive Manufacturing Workshop
NA
UL Lafayette for Delgado Community College students
Introduction and practical applications of additive manufacturing in engineering design including operational characteristics, opportunities and limitations provided by AM
Materials Lab
MEEN 215
LaTech
Modeling the phase transformation of materials
Engineering Material by Design
MEEN 550C
LaTech
Fundamentals of computational materials science