Applied Nanotechnology in Aerospace
This course explores the role of nanotechnology in advancing aerospace engineering, covering nanomaterials, aerodynamics, propulsion, thermal management, and space applications. Students will gain insights into cutting-edge innovations and real-world case studies from leading aerospace organizations.
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Course Duration:
36 hours
Level:
Intermediate
Course Objectives
1.Understand the fundamental principles of nanotechnology and its applications in aerospace.
2.Analyze the properties and synthesis methods of advanced nanomaterials.
3.Explore nanotechnology’s impact on aerospace structures, propulsion, and aerodynamics.
4.Examine thermal management solutions using nanomaterials.
5.Investigate the role of nanotechnology in avionics, sensors, and space exploration.
6.Evaluate safety, ethical, and regulatory considerations related to aerospace nanotechnology.
7.Apply knowledge through case studies and a final project on emerging aerospace nanotechnology trends.
Prerequisites
•Basic knowledge of physics, materials science, and engineering
•Familiarity with fundamental aerospace concepts (recommended)
