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Before enrolling in the course I expect that you must be having a good idea about current electricity, chemistry and some knowledge about conductors. If you don't have any idea about it then you can enroll in rest of my courses which deals with all these concepts in depth.
In this course, you will learn all the things about semiconductors from scratch. Below I had listed certain topics this would be our roadmap. There would also be certain topics that I'm not giving in this particular roadmap but its concept would be required to proceed further. So I had also explained that part.
@ Roadmap:-
Introduction to semiconductors
Difference between conductors, semiconductors, and an insulators
Energy band diagram for sodium and silicon atoms
Valence band and Conduction band diagram for sodium and silicon atoms
Forbidden Energy Gap
Intrinsic and Extrinsic Semiconductors
Internal structure or internal working of the p-n junction diode (Application part)
So this was all about the course.
@ Outcome of the course:-
As you all know that I'm making series on electronics, this is a course-2 and this course is a prerequisite to the next course where we will be dealing with diode circuits, Bjt and Fet's circuits, etc. So to understand the core electronics part or how any electronic device behaves, you should be very much well acquainted with the part of the semiconductor.
For those who want to perceive their future in the VLSI domain, this course is purely meant for them.
And there are many more advantages which I'm not revealing here, you yourself will get to know what knowledge you have acquired after completing this course.
Brief Introduction
Introduction to the basics of semiconductors Part 1
Introduction to the basics of semiconductors Part 2
Difference between Conductors, Insulators and an Insulators w.r.t conductivity
Bohr's Law Part 1
Bohr's Law Part 2
Energy band diagram for single atom placed in a crystal part 1
Energy band diagram for single atom placed in a crystal part 2
Energy band diagram for single atom placed in a crystal part 3
Concept of shell and sub-shells in an atom
Energy Band diagram of 'N' Sodium atoms present in the sodium crystal Part 1
Energy Band diagram of 'N' Sodium atoms present in the sodium crystal Part 2
Energy Band diagram of 'N' Sodium atoms present in the sodium crystal Part 3
Brief introduction to valence and conduction band of sodium atom Part 1
Brief introduction to valence and conduction band of sodium atom Part 2
Energy band diagram of silicon Part 1
Energy band diagram of silicon Part 2
Energy band diagram of silicon Part 3
Modified Definition of Valence and Conduction Band
Difference between Conductors, Semiconductors, Insulators w-r-t of Energy Band Part 1
Difference between Conductors, Semiconductors, Insulators w-r-t of Energy Band Part 2
Introduction to Intrinsic Semiconductors Part 1
Introduction to Intrinsic Semiconductors Part 2
Introduction to Intrinsic Semiconductors Part 3
Concept of electrons and holes Part 1
Concept of electrons and holes Part 2
Formation of current and energy band diagram of intrinsic semiconductors Part 1
Formation of current and energy band diagram of intrinsic semiconductors Part 2
Formation of current and energy band diagram of intrinsic semiconductors Part 3
Introduction to extrinsic semiconductors Part 1
Introduction to extrinsic semiconductors Part 2
Introduction to extrinsic semiconductors Part 3
Types of extrinsic semiconductors
N-type extrinsic semiconductor Part 1
N-type extrinsic semiconductor Part 2
N-type extrinsic semiconductor Part 3
N-type extrinsic semiconductor Part 4
P-type extrinsic semiconductors Part 1
Energy band diagram of silicon Part 2
Energy band diagram of silicon Part 3
Internal structure and working of pn junction diode Part 1
Internal structure and working of pn junction diode Part 2
Internal structure and working of pn junction diode Part 3
Internal structure and working of pn junction diode Part 4
Internal structure and working of pn junction diode Part 5
Internal structure and working of pn junction diode Part 6
Simulation of basic diode circuit on the thinkercad software Part 1
Simulation of basic diode circuit on the thinkercad software Part 2
Energy band diagram of silicon Part 1
Energy band diagram of silicon Part 2
The course starts with the basics of semiconductor physics — explaining the difference between conductors, insulators, and semiconductors, followed by how doping creates P-type and N-type materials. From there, it moves into the working principles of diodes, BJTs (Bipolar Junction Transistors), and FETs (Field Effect Transistors), and how these are used in various analog circuits.
I joined this course to strengthen my knowledge of semiconductors and their role in analog electronics, and it turned out to be an insightful and well-structured learning experience.
I really liked how the instructor connected theory with real-world applications. Each topic included practical examples — like using diodes for rectifiers and voltage regulation, or transistors in amplifiers and switching circuits. This helped me understand how these components are actually used in everyday electronics like power supplies, amplifiers, and signal processing circuits.
Very good mix of physics and practical electronics. After taking this course, I feel confident designing analog circuits using transistors and op‑amps
The following course is fully online, and hence there is no need for any physical classroom session. The lectures and assignments can be accessed anytime and anywhere through a smart web or mobile device.
Anyone can choose a preferred course and start immediately without any delay.
As this is a purely online course program, you can choose to learn at any time of the day and for as much time as you want. Though we follow a well-established structure and schedule, we recommend a routine for you as well. But it finally depends on you, as you have to learn.
If you have completed the course, you would be able to have lifetime access to it for future reference too.
Yes, you can access and download the content of the course for the duration. And even have lifetime access to it for any further reference.
All the software/tools that you need for the course would be shared with you during the training as and when you need them.
Yes. A hard copy of the certificate will be issued and sent to the registered address via post. In addition, a soft copy of the certificate will also be provided, which can be downloaded for digital use.
You can try to make the payment through a different card or account (maybe a friend or family). If the problem persists, email us at info@easyshiksha.com
Due to some technical faults, this can happen. In such a case the amount deducted will be transferred to the bank account in the next 7-10 working days. Normally the bank takes this much time to credit the amount back into your account.
At times, there may be a slight delay in your payment reflecting on your EasyShiksha dashboard. However, if the problem is taking longer than 30 minutes, please let us know by writing to us at info@easyshiksha.com from your registered email id, and attach the screenshot of the payment receipt or transaction history. Soon after verification from the backend, we will update the payment status.
If you have enrolled, and are facing any technical problem then you can request a refund. But once the certificate has been generated, we shall not refund that.
Yes! You surely can. To begin this, just click the course of your interest and fill in the details to enrol. You are ready to learn, once the payment is made. For the same, you earn a certificate too.
Please contact us at: info@easyshiksha.com
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Arpita Banerjee
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05 Nov 2025The course starts with the basics of semiconductor physics — explaining the difference between conductors, insulators, and semiconductors, followed by how doping creates P-type and N-type materials. From there, it moves into the working principles of diodes, BJTs (Bipolar Junction Transistors), and FETs (Field Effect Transistors), and how these are used in various analog circuits.
Vedant Kumar
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04 Nov 2025I joined this course to strengthen my knowledge of semiconductors and their role in analog electronics, and it turned out to be an insightful and well-structured learning experience.
Ritu Das
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02 Nov 2025I really liked how the instructor connected theory with real-world applications. Each topic included practical examples — like using diodes for rectifiers and voltage regulation, or transistors in amplifiers and switching circuits. This helped me understand how these components are actually used in everyday electronics like power supplies, amplifiers, and signal processing circuits.
Mianshoaib Mianshoaib
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28 Dec 2024Very good mix of physics and practical electronics. After taking this course, I feel confident designing analog circuits using transistors and op‑amps
Abdul Quaim khan
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06 Oct 2024Very well-organized course. I learned how diodes, transistors, and other semiconductor devices are applied in analog circuits
Sai fsali
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13 Aug 2024This course provides a solid understanding of semiconductors and their applications in analog electronics. The explanations are clear, and the examples help demonstrate how semiconductors are used in real-world circuit designs
SHAIK ARIF
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11 Aug 2024A great course for anyone interested in learning about semiconductors. The instructor covers the essential concepts and applications in analog electronics, making complex topics like diodes and transistors easy to understand