Resonant Wireless Power Transfer (R-WPT)
Empower Your Innovations: Master Resonant Wireless Power Transfer with Confidence. Explore the Cutting-Edge Techniques.
Updated on Jul, 2024
Language - English
Electrical Engineering,Research,Teaching & Academics
Lectures -14
Duration -3.5 hours
30-days Money-Back Guarantee
Get your team access to 10000+ top Tutorials Point courses anytime, anywhere.
Course Description
In this comprehensive, you will dive deep into the world of resonant wireless power transfer, gaining valuable insights into the key concepts and techniques involved in this exciting field.
The course offers a comprehensive overview of the different research areas that are currently being explored, providing you with a broad understanding of the latest developments and trends. The instructor has also chosen to focus on a specific research area, which they have worked on extensively, and will provide you with a detailed exploration of this topic.
In addition, the course offers practical guidance on the use of computational software such as MATLAB and simulation software such as EM Simulator to create accurate 3D and 2D magnetic field distributions in the Rx plane. This guidance will help you develop the skills and knowledge you need to create your own simulations and models, enabling you to tackle real-world problems with confidence and ease.
Whether you are a student, researcher, or simply interested in resonant wireless power transfer, this course is designed to provide you with the tools and knowledge you need to succeed in this exciting field. By the end of the course, you will have a deep understanding of the latest trends and techniques, and be equipped to take on complex research problems and projects with confidence.
Goals
- Gain an in-depth understanding of resonant wireless power transfer: By the end of the course, students will have a thorough grasp of the fundamental concepts, principles, and techniques involved in resonant wireless power transfer.
- Explore different research areas: Students will be exposed to a wide range of research areas currently being explored in resonant wireless power transfer, enabling them to understand the latest developments and trends in the industry.
- Focus on a specific research area: The course will provide detailed exploration and insights into a specific research area, extensively worked on by the instructor, allowing students to develop specialized knowledge in this chosen topic.
- Utilize computational and simulation software: Students will learn to use MATLAB and simulation software like EM Simulator to create accurate 3D and 2D magnetic field distributions in the Rx plane. This practical guidance will empower them to develop their own simulations and models, preparing them to handle real-world challenges confidently.
- Build confidence in research and problem-solving: The comprehensive nature of the course and practical guidance will instill confidence in students to take on challenging research problems and projects with ease and proficiency.
- Foster a deep passion for resonant wireless power transfer: Through engaging content and practical applications, the course aims to cultivate a strong interest and passion for the field among its participants.
- Prepare for future endeavors: Graduates of the course will be equipped with the necessary expertise to pursue further studies, conduct independent research, or apply their knowledge in industry settings related to resonant wireless power transfer.
Prerequisites
- To enroll in this course on wireless power transfer, all you need is a strong desire to learn. Once you're on board, get ready for an exciting and thrilling journey as we explore the topic together. So fasten your seat belts, and let's go!
Curriculum
Check out the detailed breakdown of what’s inside the course
Introduction and Research areas in WPT system
1 Lectures
-
In this lecture , the students will get to know brief introduction of resonant wireless power transfer.
41:16
41:16
Literature Review of Mitigation of Lateral Misalignment Problem
1 Lectures
Novel Field Forming Technique to Mitigate Lateral Misalignment Problem
9 Lectures
Magnetic Field Distribution Using Computational Software (MATLAB)
1 Lectures
Magnetic Field Distribution Using Simulator (Ie3D)
2 Lectures
Instructor Details
Ananth Bharadwaj
I am full time researcher at Indian Institute of Technology Ropar and gained enormous experience in research and development. My research area is on near-field wireless power transmission systems. I am passionate to share my knowledge in the field of science and technology which gained from various sources till date. As I believe the more we share our knowledge, the more we evolve as a human being. I have experience in teaching electromagnetic fields, and handling electromagnetic laboratory while pursuing my PhD in Indian Institute of Technology Ropar. Further, I have published seven IEEE Transaction papers in the tenure of 4 years of my research career.
Course Certificate
Use your certificate to make a career change or to advance in your current career.
Our students work
with the Best
Related Video Courses
View MoreAnnual Membership
Become a valued member of Tutorials Point and enjoy unlimited access to our vast library of top-rated Video Courses
Subscribe now
Online Certifications
Master prominent technologies at full length and become a valued certified professional.
Explore Now