Program Detail
| Courses: 60 Courses |
Duration: 10 Semesters |
Language: English |
Seats:
|
Credit Hours: 165 Cr.Hrs. |
Department: Computer Engineering |
Course Description
A program in which the relationship between the composition of the material and its performance and conditions of manufacture is studied in addition to using nanotechnologies in chemical, medical and other industries.
Learning Outcomes

- Understand the relationship between structure, properties and performance of engineering materials (metals, polymers, ceramics, compositions, and functional materials) for multiple applications (mechanical, civil, electrical and electronic).
- To understand the effect of the method of production (heat treatment, mechanical processes, chemical processes, etc.) and the ability to interpret the resulting properties in the light of the tests carried out according to the laws and codes used locally and globally.
- Ability to characterize materials, analyze limited elements, and quantum mechanics.
- Selecting or creating the appropriate material and manufacturing method to obtain the required properties through designs that take into account considerations of efficiency in performance, price, safety and sustainability.
- Pursuing scientific and technological progress in the field of the profession and related disciplines.
- Understand the concepts needed for nanotechnology such as nanoscale, nanoscale, nanoscale, and nanoscale.
- Ability to deal with nanotechnology.
Job Opportunities
- Researcher in research entities and educational institutes or other similar organizations.
- Nanotechnology engineer
- Design engineer
- Metallurgist
- Product developer
- Quality engineer
- Patent examiner
- Technical sales engineer