Course Name

Advanced Metallic Materials

Summary

Lecture Objectives

• Explain the phase transformation in metals and alloys on the basis of the basic principles of thermodynamics, kinetics and diffusion. Apply the theories to the practical processes. Learning the theories and practices for understanding of deformation and fracture behavior of materials. Studying strengthening mechanism and metal plasticity and apply them to materials testing and process design.

Course Name

Advanced Functional Materials

Summary

Lecture Objectives

• This course aims to provide students with an overview of the manufacturing, characterization and applications of various functional materials with electric, magnetic, thermal, engineering, and bioactive properties.

Course Name

Nano-Materials Engineering

Summary

Lecture Objectives

• This class covers the fundamental theories for functional nanomaterials including nanoparticles, 2D materials, 3D hybrid/composite materials. We also review the recent progresses of researches on nanomaterials for various cutting-edge technologies such as in IT, BT, and ET industries.

Course Name

Bio-Convergence Materials Engineering

Summary

Lecture Objectives

• Introduction to different classes of biomaterials (polymers, ceramics, metals, and composites) and bio-sensors for diagnostics/detection in the medical field

Course Name

Advanced Ceramic Processing

Summary

Lecture Objectives

• Learning about the knowledge and experience regarding ceramic processing such as the powder synthesis ? dispersion ? shaping ? sintering and property analysis.

Course Name

Advanced Materials Processing

Summary

Lecture Objectives

• Learning about the basic processes of metal materials such as casting, rolling, and extrusion, as well as the state-of-art material processes such as composites and additive manufacturing.

Course Name

Energy Materials

Summary

Lecture Objectives

• Learning about materials for energy production, storage, and conversion, including electrode materials for lithium-ion batteries, materials for next-generation batteries, water electrolysis technology for hydrogen production, and photovoltaic devices.

Course Name

Advanced Material Science and Engineering

Summary

Lecture Objectives

• Understanding of materials engineering in the real field research with the relationship between microstructure and properties

Course Name

Artificial Intelligence for Materials Science

Summary

Lecture Objectives

• Exploring the latest trends and fundamental principles of AI technology, and its application in the field of materials Science

Course Name

Surface Engineering

Summary

Lecture Objectives

• This class covers the surface treatment (vacuum/plasma/wet processes) technologies and the synthesis of functional surface materials for various applications. Introduction to electrochemical technologies used for testing of metallic corrosion, and surface treatments of metals for decoration and protection against corrosion and abrasion.