Validity : 31st March, 2027
This course covers the whole syllabus of Network Theory&nbsp;for GATE&nbsp;which consists of Approximately 10 marks for&nbsp;EC, EE, IN and BM branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;: 70 Hrs of Video Lectures Covering the complete syllabus of Network Theory&nbsp;for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Classes&nbsp;:&nbsp;Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha. Live Doubt Solving Classes to be Conducted when Required.
Test Series&nbsp;: 10+ Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Duration : 80+ Hours
Topics Covered :
Basics of Network - 13 Hrs
Network Theorem - 7 Hrs
Transient Analysis - 30 Hrs
Phasor Diagram &amp; Locus Diagram - 8&nbsp;Hrs
Complex Power - 4.5 Hrs
Resonance - 6&nbsp;Hrs
Network Theorems in AC - 2.5&nbsp;Hr
TWO-Port Networks - 8&nbsp;Hrs
3-Phase Circuits - 2 Hrs
Mode of Communication : English
&nbsp;

Network Theory For GATE 2027

PrepFusion

Validity : 31st March, 2027
This course covers the whole syllabus of Electronic Devices &amp; Circuits&nbsp;for GATE&nbsp;which consists of Approximately 10 marks for&nbsp;EC branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;: 70+ Hrs of Video Lectures Covering the complete syllabus of EDC&nbsp;for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Support : Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series&nbsp;: 6+ Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal.
Mode of Communication&nbsp;: English&nbsp;
No. of Tests : 6+ (To be updated in November)
Topics Covered:&nbsp;
Basic Semiconductor Physics 
PN Junction, Diodes &amp; BJT&nbsp; 
MOSCAP &amp; MOSFETs&nbsp;

Communication Systems for GATE 2027

Validity : Till 31st March, 2027
This course covers the whole syllabus of Electromagnetic Field Theory&nbsp;for GATE which consist&nbsp;of Approximately 10-12&nbsp;marks for the ECE&nbsp;Branch.
In this course you will get :&nbsp;
Complete Video Lectures : 90+&nbsp;Hrs of Electromagnetic Field Theory Video Lectures Covering the complete syllabus for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes : Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Classes : Live Doubt Solving classes will be conducted at least once fortnightly. Also, Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series : 10&nbsp;Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Mode of Communication : English&nbsp;
Topics Covered -&nbsp;
Electromagnetic&nbsp;Fields&nbsp; -&nbsp;
1. Vector Algebra, Coordinate System and Vector Calculus&nbsp; 
2. Maxwell&#39;s Equation and EM Wave&nbsp; 
3. Transmission Lines&nbsp; 
4. Waveguides&nbsp; 
5. Antenna
No. of Tests : 10+
&nbsp;

Electromagnetic Field Theory (ECE) for GATE 2027

Validity : 31/03/2027
This course covers the whole syllabus of Engineering Mathematics &amp; General Aptitude for GATE.
Engineering Mathematics consists of 13 marks and General Aptitude consists of 15 marks for all the Engineering Branches in GATE. Together, they contribute 28 marks and play a crucial role in maximizing your GATE score.
In this course you will get :
Complete Video Lectures : 171 Hrs 34 Mins of Engineering Mathematics + 65 Hrs of General Aptitude Video Lectures covering the complete syllabus.
Lecture Notes : Neatly Written and Downloadable Lecture Notes of each topic.
Doubt Solving : Dedicated doubt solving support will be provided throughout the course.
Test Series : Test Series will be provided comprising excellent exam-oriented questions specially designed by Himanshu Agarwal.
Mode of Communication : English
<h3>Engineering Mathematics</h3>
<ol>
	<li>
	Linear Algebra &ndash; 29 Hrs 47 Mins 38 Secs
	</li>
	<li>
	Calculus &ndash; 59 Hrs 37 Mins 58 Secs
	</li>
	<li>
	Probability &amp; Statistics &ndash; 36 Hrs 35 Mins 35 Secs
	</li>
	<li>
	Vector Calculus &ndash; 14 Hrs 50 Mins 15 Secs
	</li>
	<li>
	Complex Variable &ndash; 16 Hrs 35 Mins 32 Secs
	</li>
	<li>
	Differential Equations &ndash; 14 Hrs 07 Mins 14 Secs
	</li>
</ol>
Total Engineering Mathematics : 171 Hrs 34 Mins 12 Secs
<h3>General Aptitude</h3>
<ol>
	<li>
	Arithmetic Ability &ndash; 17 Hrs
	</li>
	<li>
	Algebra &amp; Geometry &ndash; 13 Hrs
	</li>
	<li>
	Reasoning, Spatial Aptitude &amp; Data Interpretation &ndash; 6.5 Hrs
	</li>
	<li>
	PYQs (2018&ndash;2024) &ndash; 30 Hrs
	</li>
</ol>
Total General Aptitude : 65 Hrs
<h3>Total Course Duration</h3>
Engineering Mathematics + General Aptitude : 236 Hrs 34 Mins 12 Secs
&nbsp;

Control Systems For GATE 2027 By Anish Saha

Validity : 6 Months
This course covers the whole syllabus of Aptitude for GATE and Campus Placements.
Aptitude consists of 15&nbsp;marks for all the Engineering Branches in GATE and plays a huge role in clearing the online written test of campus placements.
In this course you will get :&nbsp;
Complete Video Lectures : 65 Hrs of Aptitude&nbsp;Video Lectures Covering the complete syllabus.
Lecture Notes : Neatly Written and Downloadable Lecture Notes of each topic.
Test Series : 7&nbsp;Full Length&nbsp;test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal.
Mode of Communication : English&nbsp;
Topics Covered -&nbsp; 
1) Arithmetic Ability - 17 Hrs 
2) Algebra &amp; Geometry - 13 Hrs&nbsp; 
3) Reasoning, Spatial Aptitude &amp; Data Interpretation - 6.5 Hrs&nbsp; 
4) PYQs (2018-2024) - 30 Hrs&nbsp;

Aptitude for GATE & Campus Placements

Validity : Till 31st March, 2027
This course covers the whole syllabus of Electrical&nbsp;Measurements and&nbsp;Electromagnetic Field Theory&nbsp;for GATE which consist&nbsp;of Approximately 8&nbsp;marks for Electrical&nbsp;Engineering Branch.
In this course you will get :&nbsp;
Complete Video Lectures : 20 Hrs of Electrical and Electronic Measurement Video Lectures Covering the complete syllabus for GATE(EE) Examination.
Complete Video Lectures :&nbsp;25&nbsp;Hrs of Electromagnetic Field Theory Video Lectures Covering the complete syllabus for GATE(EE)&nbsp;Examination.&nbsp;
Lecture Notes : Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Classes :Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series : 10&nbsp;Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Mode of Communication : English

Electrical and Electronic Measurement,EMFT(EE/IN) for GATE 2027

Validity : 31st March, 2027
 
This course covers the whole syllabus of Electrical Machines for GATE&nbsp;which consists of Approximately 10 marks for&nbsp;EE&nbsp;and IN branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;: 105+ Hrs of Video Lectures Covering the complete syllabus of Electrical Machines&nbsp;for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Mode of Communication&nbsp;: English&nbsp;

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</style>


<style type="text/css">
</style>

<table border="1" cellpadding="0" cellspacing="0">
	<tbody>
		<tr>
			<td style="text-align:center">Total Duration</td>
			<td style="text-align:center">105:30:27</td>
		</tr>
		<tr>
			<td style="text-align:center">Magnetic circuits</td>
			<td style="text-align:center">8:46:42</td>
		</tr>
		<tr>
			<td style="text-align:center">Transformers</td>
			<td style="text-align:center">27:27:02</td>
		</tr>
		<tr>
			<td style="text-align:center">DC machines</td>
			<td style="text-align:center">24:07:45</td>
		</tr>
		<tr>
			<td style="text-align:center">Introduction machines</td>
			<td style="text-align:center">17:12:45</td>
		</tr>
		<tr>
			<td style="text-align:center">Synchronous machines&nbsp; &nbsp;</td>
			<td style="text-align:center">&nbsp;24:38:33</td>
		</tr>
		<tr>
			<td style="text-align:center">Miscellaneous topics</td>
			<td style="text-align:center">3:17:40</td>
		</tr>
	</tbody>
</table>
&nbsp;

Electrical Machines for GATE

Validity : 31st March, 2027
This course covers the whole syllabus of Signals &amp; Systems for GATE&nbsp;which consists of Approximately 10 marks for&nbsp;EC, EE and IN branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;: 132.5&nbsp;Hrs of Video Lectures Covering the complete syllabus of Signals &amp; Systems&nbsp;for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Support : Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series&nbsp;: 10+ Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Mode of Communication&nbsp;: English&nbsp;
No. of Tests : 10+&nbsp;
Basics of Signals : 30 Hrs, 37 minutes&nbsp; 
Basics of Systems : 15 Hrs, 43 minutes&nbsp; 
Continuous Time Fourier Series : 14 hrs 20 minutes&nbsp; 
Continuous Time Fourier Transform : 19 hrs 32 minutes&nbsp; 
Laplace Transform : 18 hrs 25 minutes&nbsp; 
Z Transform : 15 hrs 47 minutes&nbsp; 
Discrete Time Fourier Transform : 6 hrs 15 minutes&nbsp; 
Discrete Time Fourier series &amp; Discrete Fourier Transform : 9 hrs 36 minutes&nbsp; 
Group delay, phase delay and FFT : 2 hrs 12 minutes

Signals & Systems for GATE 2027

Validity : 31st March, 2027
This course covers the whole syllabus of Digital&nbsp;Electronics for GATE&nbsp;which consists of Approximately 10 marks for&nbsp;EC, EE, IN and BM branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;: 75&nbsp;Hrs of Video Lectures Covering the complete syllabus of Digital Electronics&nbsp;for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Classes&nbsp;:&nbsp;Live Doubt Solving classes will be conducted at least once fortnightly. Also,&nbsp;Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series&nbsp;: 10+ Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Mode of Communication&nbsp;: English&nbsp;
No. of Tests : 10+

Digital Electronics and COA For GATE 2027

Validity : 31st March, 2027
 
This course covers the whole syllabus of Analog Electronics for GATE which consists of Approximately 10 marks for EC, EE, IN and BM branch.&nbsp;
In this course you will get :&nbsp;
Complete Video Lectures&nbsp;:&nbsp;100 Hrs of Video Lectures Covering the complete syllabus of Analog Electronics for GATE/ESE/PSU Examination.&nbsp;
Lecture Notes&nbsp;:&nbsp;Neatly Written and Downloadable Lecture Notes of each topic. It&#39;s recommended to get the Hardcopy of the Lecture Notes before the start of the lecture.&nbsp;
Doubt Solving Classes :&nbsp;Live Doubt Solving classes will be conducted at least once fortnightly. Also,&nbsp;Doubt Support provided on WhatsApp Group by Himanshu Agarwal and Anish Saha.
Test Series : 10+ Topic wise and Subject wise test series will be provided comprising excellent exam oriented questions specially designed by Himanshu Agarwal and Anish Saha.
Mode of Communication : English&nbsp;
Topics Covered -&nbsp; 
1. Diode Circuits : 18 Hrs&nbsp; 
2. MOSFETs - 45&nbsp;Hrs&nbsp; 
3. OpAmps - 28&nbsp;Hrs&nbsp; 
4. BJTs - 9&nbsp;Hrs
No. of Tests : 10+ (To be Updated by August&nbsp;End)

Network Theory For GATE 2027

Electronic Devices & Circuits (EDC) for GATE 2027

Electromagnetic Field Theory (ECE) for GATE 2027

Engineering Mathematics & General Aptitude For GATE 2027

Aptitude for GATE & Campus Placements

Electrical Measurements & EMFT(EE) for GATE 2027

Electrical Machines for GATE 2027

Signals & Systems for GATE 2027

Digital Electronics and COA For GATE 2027

Analog Electronics For GATE 2027