Introductory Program In Nanotechnology

Nanotechnology, Introductory Program, Foundation, Basics, Applications, Science, Technology, Education, Innovation, Exploration.

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MODE
Virtual (Google Meet)

TYPE
Self Paced

LEVEL
Moderate

DURATION
3 months

About

Introduction to Nanotechnology: Explore foundational principles.
Nanomaterial Fundamentals: Learn properties and synthesis methods.
Nanoscale Engineering: Gain insight into design and fabrication.
Biomedical Applications: Discover nanotech in medicine.
Environmental Impact: Understand nanotech’s role in addressing pollution.
Nanoelectronics and Photonics: Delve into device design.
Nanomedicine Techniques: Explore disease diagnosis methods.
Safety and Ethics: Understand risks and ethical considerations.
Career Pathways: Gain insight into nanotech careers.

Aim

The Program in Nanotechnology aims to provide participants with a thorough understanding of nanotechnology principles, applications, and methodologies. Through a blend of theory and hands-on experience, it equips individuals with the skills needed to navigate this multidisciplinary field. Covering topics like nanomaterials, nanoscale engineering, biomedical applications, and environmental impact, the program fosters a deep comprehension of nanotech’s role in addressing complex challenges across various sectors. Ultimately, it prepares participants for careers in research, industry, and academia, empowering them to contribute to nanotechnology advancements and its diverse applications.

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Long Courses Objectives

Understand fundamental principles and concepts of nanotechnology.
Explore properties, synthesis methods, and characterization techniques of nanomaterials.
Learn to design, fabricate, and manipulate nanoscale structures and devices.
Investigate nanotechnology’s applications in biomedicine and environmental remediation.
Analyze the ethical, legal, and societal implications of nanotechnology deployment.
Gain practical experience through hands-on laboratory sessions in nanomaterial synthesis.
Develop skills in evaluating nanomaterial risks and adhering to safety protocols.
Acquire knowledge of nanoelectronics, nanophotonics, and nanomedicine techniques.
Understand career pathways and opportunities in the field of nanotechnology.
Prepare for roles in research, industry, and academia by integrating theoretical knowledge with practical experience.

Long Courses Structure

Introduction to Nanotechnology Vol. 1

Module 1: Fundamentals of Nanotechnology

Unit 1- Historical Aspects of Nanotechnology
Unit 2- What are Nano & Nanometer?
Unit 3- Nanoscience & Nanotechnology- Definitions & Components
Unit 4- Modern Aspects of Nanotechnology
Unit 5- How will Nanotechnology Affect us?

Module 2: Nanotechnology in Various Sectors

Unit 1- Nanotechnology in Agriculture / Food
Unit 2- Nanotechnology in Electronics
Unit 3- Nanotechnology in Textiles
Unit 4- Nanotechnology in Construction
Unit 5- Nanotechnology in Energy
Unit 6- Additional Application of Nanotechnology in Medicine & Pharmaceuticals
Unit 7- Nanotechnology in Automobiles
Unit 8- Nanotechnology in Environment
Unit 9- Nanotechnology in Sports
Unit 10- Nanotechnology in Chemicals and Paints Introduction to Nanotechnology Vol. 2

Module 3: Research & Development in Nanotechnology

Unit 1- Research & Development in Nanotechnology

Module 4: Indian Nanotechnology Perspective

Unit 1- Role of Government Promoting Nanotechnology
Unit 2- Role of Industries Promoting Nanotechnology
Unit 3- Other Activities
Unit 4- Chronology of Major Conferences
Unit 5- Major Universities /Institutes/Companies

Module 5: Global Nanotechnology Perspective

Unit 1- Nanotechnology in Asia
Unit 2- Nanotechnology in Europe
Unit 3- Nanotechnology in Africa
Unit 4- Nanotechnology in Australia
Unit 5- Nanotechnology in North America
Unit 6- Nanotechnology in South America

Participant’s Eligibility

Graduates, Post Graduates, Research Scholars, Academicians, Industry Professionals of biology, chemistry, physics, engineering, medicine, or environmental science

Long Courses Outcomes

Understanding fundamental principles and concepts in nanotechnology.
Analyzing nanomaterial properties and characterization techniques.
Designing and manipulating nanoscale structures for various applications.
Applying nanotechnology in biomedical fields like drug delivery and diagnostics.
Addressing environmental challenges with nanotech, such as pollution control.
Designing nanoelectronic and nanophotonic devices.
Implementing nanomedicine techniques for disease diagnosis and therapy.
Adhering to safety protocols and regulations in nanotechnology.
Recognizing ethical considerations and societal implications.
Acquiring practical skills through hands-on lab sessions in nanomaterial synthesis.

Fee Structure

Student

INR.
USD.

INR. 4300
USD. 350

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