Materials Science and Engineering (Certificate)
The Graduate Certificate Program (GCP) in Materials Science and Engineering (MSE) is designed for working professionals who do not have formal training in MSE, but wish to acquire a basic understanding of materials science to improve their on-the-job experience and knowledge. Most people will enroll in this program as distance education students through the Engineering Online (EOL) office at NC State University. Students can customize their particular certificate programs to focus on specific areas of materials science that interest them.
Program of Study
The MSE GCP requires a total of 12 credit hours, including MSE 500 (3 credit hours) and three MSE elective courses (9 credit hours) selected by the student. MSE 500 is a fast-paced overview of the field of materials science and engineering and is designed for students who do not have a formal background in MSE, such as those with BS degrees in chemistry, physics and other fields of engineering. MSE 500 also provides the foundation for more specialized MSE graduate courses.
Each course is 3 credit hours and most courses are offered at least once per year through the EOL office. By judicious selection of elective courses, students can customize their GCP to focus on areas of interest to them.
More Information
Admissions Requirements
To be admitted to the MSE Graduate Certificate Program, a student must have a BS degree in the sciences or engineering from a regionally accredited four-year college or university, and have an overall (or major) GPA of at least 3.0 on a 4-point scale.
All new students must complete the NCSU Graduate School application for admission to the MSE GCP. The GRE exam is NOT required for admission to the GCP. Application deadlines are March 1 for summer and fall admission, and October 1 for spring admission. Students can begin study in the fall, spring or summer semester immediately following their acceptance into the program.
Academic success in the MSE GCP might have a strong bearing on admission to a graduate degree program. However, completion of a graduate certificate program IN NO WAY guarantees entry into a graduate degree program, which must be done through a separate application process.
Applicant Information
- Delivery Method: On-Campus, Online, Hybrid
- Entrance Exam: None
- Interview Required: None
Application Deadlines
- Fall: March 1
- Spring: October 1
- Summer 1: March 1
Plan Requirements
Code | Title | Hours | Counts towards |
---|---|---|---|
Required Courses | 12 | ||
Modern Concepts in Materials Science | |||
Select a minimum of three courses from "MSE Courses" listed below | |||
Total Hours | 12 |
MSE Courses
Code | Title | Hours | Counts towards |
---|---|---|---|
Select a minimum of three of the following courses: | 9 | ||
Nuclear Materials | |||
Processing of Metallic Materials | |||
Ceramic Processing | |||
Polymer Technology and Engineering | |||
Composite Materials | |||
Microelectronic Materials Science and Technology | |||
Organic Chemistry Of Polymers | |||
Introduction to Nanomaterials | |||
Mechanical Properties of Nanostructured Materials | |||
Technology Entrepreneurship and Commercialization I | |||
Technology Entrepreneurship and Commercialization II | |||
Materials Forensics and Degradation | |||
Solid State Solar and Thermal Energy Harvesting | |||
Defects In Solids | |||
Interaction of Electrons with Materials | |||
Interaction of Photons with Materials | |||
Mechanical Behavior Of Engineering Materials | |||
Phase Transformations and Kinetics | |||
Thermodynamics Of Materials | |||
Metastable Materials: Processing, Structure, and Properties | |||
Elements Of Crystallography and Diffraction | |||
Scanning Electron Microscopy | |||
Fundamentals Of Transmission Electron Microscopy | |||
Advanced Transmission Electron Microscopy | |||
Nanoscale Simulations and Modeling | |||
Materials Informatics | |||
Materials Processing by Deformation | |||
Principles of Corrosion | |||
Thin Film and Coating Science and Technology I | |||
Thin Film and Coating Science and Technology II | |||
Radiation Effects on Materials | |||
Materials Science in Processing of Semiconductor Devices | |||
Polymer Blends and Alloys | |||
Characterization Of Structure Of Fiber Forming Polymers | |||
Defects, Diffusion and Ion Implantation In Semiconductors | |||
Materials Science of Nanoelectronics | |||
Structure of Semicrystalline Polymers | |||
Nonferrous Alloys | |||
Advanced Materials Experiments | |||
Total Hours | 9 |
Faculty
Professors
- Harald Ade
- Aram Amassian
- David Aspnes
- Salah M.A. Bedair
- Donald Brenner
- Ramon Collazo
- Jerome Cuomo
- Jan Genzer
- Reza Ghiladi
- Ola Harrysson
- Douglas Irving
- Jacob L. Jones
- Djamel Kaoumi
- Frederick Kish
- Frederick Kish
- Thomas LaBean
- James D. Martin
- John F. Murth
- Korukonda Murty
- Jagdish Narayan
- Roger Jagdish Narayan
- Gregory N. Parsons
- Melissa Pasquinelli
- Zlatko Sitar
- Franky So
- Richard Spontak
- Martin Thuo
- Joseph B. Tracy
- Daryoosh Vashaee
- Yaroslava Yingling
- Xiangwu Zhang
- Yong Zhu
Associate Professors
- Veronica Augustyn
- Rajeev Gupta
- Jagannadham Kasichainula
- Kinga Unocic
- Raymond Unocic
- Nina Wisinger
Assistant Professors
- Bharat Gwalani
- Timothy Horn
- Yin Liu
- Yin Liu
- Martin Seifrid
- Ruijuan Xu
Research Professor
- Christopher Rock
Teaching Assistant Professor
- Alexey Gulyuk
Adjunct Professors
- Barry Farmer
- John Prater
Adjunct Associate Professor
- Charles Guarnieri
Emeritus Faculty
- Charles Balik
- Elizabeth Dickey
- Carl C. Koch
- Yuntian Zhu