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Course Outline
Preface
- Comprehensive Analysis of Nanoscience and Nanotechnology
Instrumentation for Nano-Characterization
- Scanning electron microscopy
- Application of energy-dispersive X-ray spectroscopy
- Transmission electron microscopy
- X-ray and optical characterization methods
Production of Nanostructures
- Vacuum pump operations
- Thin film vacuum deposition
- Vapor deposition techniques
- Patterned and self-assembling processes
- Ethical etching procedures
Nanochemical Processes
- Carbon-based porous solids and nanoparticle synthesis
- Practical applications of Nanochemistry for government
Nanophysical Principles
- Quantum mechanical effects
- Deployment of nanoelectronic devices
- Optical nanostructures
Nanobiology, Nanomedicine, and Micro-nanofluidics
- Molecular manipulation techniques
- Disease treatment via Nanomedicine for government health initiatives
- On-chip liquid handling for diagnostic purposes
- Integrated applications of Nanobiology, Nanomedicine, and Micro-nanofluidics
Societal Impact of Nanoscience
- Risk assessment and safety considerations
- Societal, health, and environmental implications
Conclusion and Forward Strategy
Requirements
- Foundational comprehension of physical principles and phenomena inherent to the nanoscale environment
- Elementary familiarity with domains within the field of Nanoscience
Target Audience
- Scientific professionals
- Individuals seeking knowledge on Nanoscience applications relevant for government
21 Hours
Testimonials (1)
The Trainer was able to adapt to our ad-hoc questions really fast.
