Objectives
Nano-materials constitute one of the most prospective, exciting field of engineering in the twenty-first century as the demand for the ability to assemble, analyze, and control materials in nano-size ranges is rising. The field is largely divided into four different technological categories: nano-materials, nano-elements, nano-systems, and nano-processing. The program featured here is designed to provide students with comprehensive background in the nano-material technologies and opportunities to engage in workshops, research projects, and/or product development sessions using the new
Major Programs
Heat-resistant, anti-corrosive materials
Superconductive materials
Thin film materials
Display materials
Electric-electronic materials
Superconductive materials
Thin film materials
Display materials
Electric-electronic materials
Semester | Type | Classification | Class | Credit /hour |
Code |
---|---|---|---|---|---|
1st Semester |
Master /Doctor |
Selective | 3/3 | EN7136 | |
3/3 | EN7306 | ||||
3/3 | EN7314 | ||||
3/3 | EN7315 | ||||
3/3 | EN7353 | ||||
3/3 | NC7102 | ||||
3/3 | NC7106 | ||||
3/3 | NC7107 | ||||
3/3 | NC7154 | ||||
3/3 | NC7121 | ||||
2nd Semester |
Master /Doctor |
Selective | 3/3 | EN7310 | |
3/3 | EN7352 | ||||
3/3 | NC7127 | ||||
3/3 | NC7128 | ||||
3/3 | NC7129 | ||||
3/3 | NC7130 | ||||
3/3 | NC7131 | ||||
3/3 | NC7132 | ||||
3/3 | NC7159 | ||||
Total | 19classes | 57 |