Capacitor Modelling in COMSOL Multiphysics® & FEMM
What you'll learn
- FEM
- Simulation
- Capacitor Modelling
- FEMM
- COMSOL Multiphysics
- Capacitor
- Electric Fields
Requirements
- You should have COMSOL Multiphysics installed in your PC.
- knowledge on basic science.
Description
Welcome to the Course!
This is a complete course on capacitor modelling. In this course, we will learn how to solve and model 3 dimensional capacitors with realistic dimensions in COMSOL multiphysics as well as in FEMM.
A capacitor is a device that stores electrical energy in an electric field. It is a passive electronic component with two terminals. The effect of a capacitor is known as capacitance. The calculation of capacitance is a very important study as well as a very important issue when designing device contacts between the devices as well as calculating impedances in frequency-dependent studies.
About the Instructor. am I ready to instruct others?
I have instructed more than 5000 students till the year 2021, across 105 countries.
I have publications in top journals like Nature Materials where I have modelled devices in council multiphysics.
Till 2021 I have 17 international publications almost all containing some of the other modelling and simulation involving finite element simulation or DFT simulation or analysis using Matlab Python or Simulink.
I am the author of the best-selling COMSOL courses on Udemy.
What Students are saying?
Most high-rated COMSOL instructor in Udemy.
What you will learn in this course & why this course?
Quick Course – No unnecessary discussion (~50 minutes)
Capacitor modelling in 3D for DC and AC current in COMSOL Multiphysics
Capacitor modelling using FEMM (free software)
High-Quality Lectures
Assignments and Notes for additional Learning
Support if you face any doubt.
Course update on student suggestions
See you all in the Course :)
Disclaimer
This course is not affiliated with, endorsed by, or sponsored by COMSOL AB. COMSOL Multiphysics® is a registered trademark of COMSOL AB. All references to COMSOL Multiphysics® software are for educational purposes only.
For official COMSOL support, training and licensing, refer to the official software provider.
Who this course is for:
- Students
- Scholars
- Researchers
Instructor
- 4.3 Instructor Rating
- 1,174 Reviews
- 4,991 Students
- 11 Courses
Bringing Over a Decade of Research & Innovation to Online Learning
Who Am I?
I am Bibhatsu Kuiri, a researcher, educator, and innovator in multiphysics modeling, photonics, and computational simulations. With an academic background from IIT Kharagpur, IISc Bangalore and IIT Kanpur, I have dedicated my career to pushing the boundaries of physics, coding, and simulation. My research has been published in top-tier journals like Nature Materials, with 35+ International Publications and I have collaborated with multiple international research groups on advanced projects in semiconductors, energy storage, and optical communications. Beyond research, I am a passionate educator, dedicated to making complex physics and engineering concepts accessible to learners worldwide.
My Mission
I come from a small town, where finding the right learning resources/guidance often required extra effort. My journey in research and education has taught me that curiosity and determination matter more than where you start. I had to explore, experiment, and learn independently, which shaped my passion for teaching and mentoring others. Since 2017, I have been committed to helping students, researchers, and professionals worldwide by making complex scientific and engineering concepts easy to understand and apply. My goal is to ensure that anyone, from any background, can access high-quality learning without unnecessary barriers.
I believe that education should be practical, engaging, and empowering, and that’s exactly what I bring to my courses—a mix of theory, real-world applications, and hands-on problem-solving.
Why Choose My Courses?
Expert-Led Content – Learn from an industry-experienced researcher in physics, computational modeling, and artificial intelligence.
Diverse Topics – Covering everything from Multiphysics, System simulations, Python automation to battery technology, semiconductor modeling, and AI-driven optimizations (reflected in my peer-reviewed publications and quality of lessons)
Interactive Learning Support – I personally assist students with their doubts to ensure a smooth learning experience.
Practical & Project-Based Approach – Engage with real-world applications that bridge the gap between theory and practice.
Global Learning Community – Join thousands of students and researchers who have benefited from my courses.
Beyond Teaching: Outside of research and teaching, I am deeply involved in programming, 3D modeling and digital creativity with generative AI tools. My passion lies in exploring new technologies, mentoring students, and making advanced simulations accessible to a wider audience.
Experience: Research & Development, Ab-initio DFT, Multiphysics Simulations, Thermal Modeling, Photonics, Wave Optics, Free-Space Optical Communication, Machine Learning for Scientific Computing, AI-Powered Research Tools, Numerical Simulations, Battery Modeling, Sensor Development, Solid-State Devices, Electromagnetics, Computational Physics, Deep Learning for Photonics, Scientific Automation, Website Backend Development, Data Analysis & Visualization
Let's Connect: If you have any questions about my courses, research topics, or potential collaborations, feel free to reach out. I look forward to helping you advance in your learning journey.