Smart Materials: Microscale and Macroscale Approaches
Beginner
Online
5 Weeks
2,182 INR Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Video and Text Based |
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | Coursera |
The Syllabus
Videos
- Welcome
- What are smart materials
- Overview of smart materials
- How to use the lecture notes
- Smart materials: specific terms
Readings
- Course development team
- Description of the course
- How to use the course content
- Contacts
- Useful links
- Smart materials: lecture notes
- Smart materials: learn new terminology
- Module summary
Practice Exercises
- Self-evaluation test
- Smart Materials: brief quiz
- Background of smart materials: assessment
Videos
- Smart properties: nanoscale
- Smart properties: microscale
- Solid state materials
- Soft matter
- Introduction to new terms
Readings
- From macro and nano: slides for the videos
- Useful links
- Smart materials: lecture notes
- Smart materials: learn new terminology
- Module summary
Practice Exercises
- mart properties: practice quiz
- Solid state & soft matter overview
- Behind smart properties: assessment
Videos
- Overview of microscopy methods
- Advanced microscopy methods for smart materials
- Spectroscopy methods for characterization of smart materials. Part 1
- Spectroscopy methods for characterization of smart materials. Part 2
- Overview of numerical methods
- Introduction to Matlab. Part 1
- Introduction to Matlab. Part 2
- Introduction to new terminology
Readings
- Lecture notes: spectroscopy methods
- Lecture notes: microscopy methods
- Research methods terminology glossary
- Module summary
Practice Exercises
- Self-evaluation quiz
- Self-evaluation quiz
- Self-evaluation quiz
- Smart materials: research methods. Assessment
Videos
- Introduction to microfluidics
- Integration of lab on chip and smart materials
- Fabrication of microfluidic devices: helpful hints
- Experimental microfluidic setup
- Synthesis of nanoparticles in microfluidic chips
- Nonequilibrium behavior and confinement
- Making a model of a microfluidic process
- Simulation of microfluidic interactions
- Introduction to new term
Readings
- Useful links
- Soft matter & lab on a chip
- Microfluidic devices: fabrication, operation, and simulation
- Lab on chip: learn new terminology
- Module summary
Practice Exercises
- Microfluidics overview
- Lab ob chip fabrication quiz
- Self-evaluation test
- Numerical simulation quiz
- Background of smart materials assessment
Videos
- Shape memory materials. Part 1
- Shape memory materials. Part 2
- Shape memory materials. Part 3
- Soft matter overview
- Introduction to target drug delivery
- Soft matter materials in biomedicine
- Liquid crystals
- Advanced materials with quantum dots
- Introduction to new terms
Readings
- Useful links
- Smart properties of soft matter
- Liquid crystals & quantum dots: smart properties
- Learn new terminology
- Module summary
- Afterword and course conclusions
Practice Exercises
- Self-evaluation test
- Soft matter quiz
- Liquid crystals & quantum dots quiz
- Applications of smart materials
- Final course assessment