PATHFINDERS-ECE
Learn GATE 2026 FULL COURSE ECE THE PATHFINDERS with comprehensive video tutorials and hands-on projects.
Meet Your Instructor: Pathfinder-Educational-Centre
Pathfinder Educational Centre stands as one of Eastern India's most prestigious and trusted coaching institutes, established over three decades ago with a mission to help students excel in competitive exams. With a legacy of excellence, Pathfinder has consistently produced top rankers in JEE, NEET, WBJEE, and various Olympiads. The institute combines rigorous academic training with innovative teaching methodologies, personalized mentorship, and comprehensive test series. Pathfinder's experienced faculty, state-of-the-art infrastructure, and proven track record make it the go-to destination for serious engineering and medical aspirants in Eastern India.
Engineering Entrance PreparationMedical Entrance PreparationBoard Exam Training
Experience: 30+ years
Students Helped: 500000+
Specialization: JEE, NEET & Foundation Education
Course Overview
This comprehensive course is designed to take you from foundational concepts to advanced implementation in jee, neet & foundation education. You'll learn through concept-focused teaching with detailed notes, test series, and personalized mentorship., building real-world projects that demonstrate your skills and enhance your portfolio.
Whether you're looking to start a new career in technology or advance your current skills, this course provides the structured learning path and practical experience you need to succeed in today's competitive tech industry.
Course Curriculum
Master the fundamentals and core concepts
Build real-world projects and applications
Understand best practices and industry standards
Develop problem-solving skills
Learn debugging and testing techniques
Course Content
1
Prerequisites? Very Important Video
2
1. Basic Semiconductor Physics
3
Lec -1 : Half Wave Rectifier & Centre Tapped Full Wave Rectifier
4
Lec -2 : Full Wave Bridge Rectifier & Capacitive Filters
5
12. Common Gate and Common Drain Amplifiers
6
13. GmRout Method for Gain, MOS Amplifiers using PMOS
7
14. Assignment 7
8
15. Cascode Current Source and Amplifiers
9
16. Current Mirror Circuits
10
17. Assignment 8 Solutions
11
18. Assignment 9 Solutions (Fusion_Special)
12
19 Multistage Amplifier, Concept of Pass Transistor Logic
13
20. Introduction to Frequency Response
14
21. Intuitive Method of Finding Frequency Response
15
22. Frequency Response of Common Gate Amplifiers
16
23. Assignment 10
17
24. Introduction to Differential Amplifiers
18
25. Current Source vs Voltage source as the tail
19
26. Concept of Half Circuit, Large Signal Analysis of Differential Amplifier
20
27. Assignment 11 Solutions
21
3. Adder, Differential and Instrumentation Amplifier using OpAmp
22
4. Assignment 12 Solutions
23
5. Log & Anti-Log and Rectifier using OpAmp
24
6. Assignment 13 Solutions
25
7. Filters Using OpAmp
26
8. Assignment 14 Solutions
27
9. Offsets in OpAmp
28
10. CMRR, Slew Rate & Frequency Response of OpAmp
29
11. Integrator Using OpAmp
30
12. Amazing Problems on Integrator Circuit
31
13. Differentiator Using OpAmp
32
14. Amazing Problems on Differentiator Circuits
33
15. Assignment 15 Solutions (Fusion_Special)
34
16. Active Clipper, Clamper & Peak Detector Using OpAmp
35
17. Schmitt Trigger Using OpAmp
36
18. Assignment 16 Solutions
37
19. Multivibrators Using OpAmp
38
20. Assignment 17 Solutions
39
21. Complete Concept of Oscillators using OpAmp
40
1. Intro to BJT Physics & Biasing
41
2. Assignment 18 Solutions
42
3. Assignment 19 Solutions
43
4. Current Mirror Circuit Using BJT
44
5. Assignment 19 Solutions
45
6. Small Signal Analysis of BJT Amplifiers
46
7. Assignment 20 Solutions
47
8. Differential Amplifiers & Feedback Topologies Using BJTs
48
Complete Concept of CMOS Inverter
49
Doubt Clearing Session - 1
50
Doubt Clearing Session - 2
51
1. Introduction to Digital Systems
52
2. Introduction to Basic Gates and Concept of Multivibrators using NOT Gate
53
3. Introduction to Universal and Arithmetic Gates
54
4. Implementing Boolean expressions using Minimum number of Universal Logic Gates
55
5. Interesting Concept of Universal Gates and Timing Diagrams
56
6. Boolean Algebra, Venn Diagrams and Concept of Dual
57
7. Assignment 1 Solutions
58
8. Representation of Boolean Functions - Minterms, Maxterms
59
9. Representation of Boolean Functions - SOP, POS
60
10. K-Maps_1
61
11. K-Maps_2
62
12. Concept of Implicants
63
13. Assignment 2 Solutions
64
14. Introduction to Number Systems
65
15. Arithmetic Operations of Numbers
66
16. Introduction to Binary Codes and their Operations
67
17. Signed Number Representations
68
18. Complement's Arithmatic
69
19. Assignment 3
70
1. Introduction to Combinational Circuits
71
2. Code Converters, 7-bit Segment Display, Parity Generator and Checker
72
3. Magnitude Comparators
73
4. Introduction to the Mux and Dealy Concept in MUX
74
5. Implementing Muxes from other level Muxes
75
6. Implementing Logical Expressions using MUX
76
7. Demultiplexers
77
8. Decoders, Encoders and Priority Encoders
78
9. Half Adders and Full Adders
79
10. Delay Based Problems in Adders
80
11. Half Subtractor and Full Subtrator
81
12. Introduction to Binary Parallel Adder
82
13. Delay Based Problems in Binary Parallel Adder
83
14. Look Ahead Carry Adder
84
15. Binary Parallel Subtractor, Adder and Subtractor circuits of Different Binary codes and Binary Multiplier
85
16. Assignment 4 Solutions
86
1. Introduction to Latches (SR Latch)
87
2. JK, D, T Latches and Drawbacks of Latches
88
3. GATED Latches
89
4. Drawbacks of Gated Latches, Introduction to Flip Flops
90
5. Flip Flop Conversions
91
7. Some Miscellaneous Concepts
92
8. Introduction to the Counters
93
9. Binary Asynchronous Counter
94
10. Non Binary Asynchronous Down Counter
95
11. Non Binary Asynchronous Up Counter
96
11_1. Decoding the Output of Asynchronous Counter
97
12. Synchronous Counter
98
13. Shift Registers and their Applications
99
14. Ring Counter and Johnson Counter
100
15. Delay in Synchronous Counters, Cascading Counters, In-Depth Analysis of Synchronous Clear and Preset Input
101
1. Introduction to FSM and Designing
102
2. Sequence Generation and Detection
103
3. Designing Sequence Detector (Overlapping & Non-Overlapping)
104
5. Assignment 5 Solutions
105
6. Assignment 6 Solutions
106
7. Assignment 7 Solutions
107
STA - 1
108
STA - 2
109
STA - 3
110
1. Introduction to the DAC
111
2. Weighted Resistor and R-2R Ladder Type DAC
112
3. Introduction to ADC and Counter Type ADC
113
4. SAR Type ADC
114
5. Flash Type ADC
115
6. Single Slop and Dual Slope ADC & Summary
116
7. Some Important Points and Assignment 8
117
1. Logic Gate Implementation using CMOS
118
2. Characteristics of Logic Families
119
3. Hazards
120
4. Programmable Logic Devices
121
Percentage & Profit-Loss
122
Averages
123
Ratio, Proportion, Partnership, Allegation & Mixture
124
Time & Work
125
Pipes & Cisterns
126
Simple Interest & Compound Interest
127
Time & Distance + Boats & Streams
128
Surds, Indicies and Logarithm
129
1. Principle of Counting
130
2. Intro to Permutations & Combinations
131
3. Triangle and Diagonal Based Problems, Permutations of Alike Objects, Concept of Grouping
132
4. Property Based Problems
133
5. Circular Permutations & Miscellaneous Examples
134
Venn Diagrams & Set Theory
135
Sequence & Series
136
Solution to Homework Problems
137
Direction Sense Test
138
Seating Arrangement
139
Blood Relation
140
Number Series
141
Dice and Cubes
142
Data Interpretation
143
Lec 5(A) - Questions on Functions, Graph, Limits, Continuity & Differentiability
144
Lec 5(B) - More Questions on Functions, Graph, Limits, Continuity & Differentiability
145
Lec 6(A) - Concept of Differentiation & Application of Derivatives
146
Lec 6(B) - Equation of Tangent & Normal
147
Lec 7(A) - Monotonicity, Maxima & Minima
148
Lec 7(B) - Maxima Minima(Contd.), Curvature & Inflection Points
149
Lec 7(C) - Mean value theorems & Taylor Series
150
Lec 8(A) - Partial Derivatives
151
Lec 8(B) - Questions on Partial Derivative
152
Lec 9(A) - Indefinite Integration
153
Lec 9(B) - Questions on Indefinite Integration
154
Lec 10(A) - Definite Integration
155
Lec 10(B) - Questions on Definite Integration
156
Lec 11(A) - Area Under A Curve & Curve Tracing
157
Lec 11(B) - Projection on a Plane & Multiple Integrals
158
Lec 11(C) - Order & Region of Integration
159
Lec 11(C2) - More Questions on Double Integration
160
Lec 11(D) - Change of Variables & Triple Integration
161
Lec 12 - Improper Integrals, Limit of Sum & Extra Topics
162
Lec 0(A) - Basics of Vector Algebra
163
Lec 0(B) - Pre-requisites for Vector Integrals, Cylindrical Symmetry
164
Lec 0(C) - Spherical Symmetry
165
Lec 0(D) - Questions on Cylindrical & Spherical Symmetry
166
Lec 1 - Gradient & Directional Derivative of A Scalar Point Function,
167
Lec 2 - Divergence & Curl of a Vector Point Function
168
Lec 3(A) - Integral Vector Calculus, Line Integral
169
Lec 3(B) - Surface Integration, Area Vector
170
Lec 4(A) - Green's Theorem
171
Lec 4(B) - Stoke's Theorem & Gauss Divergence Theorem
172
Lec 1 - Order & Degree of a Differential Equation, Formation & Solution of a Differential Equation
173
Lec 2(A) - Homogeneous, Exact & Linear Differential Equation
174
Lec 2(B) - Solution of Homework Questions
175
Lec 3 - Non-Exact Differential Equation
176
Lec 4 - Non-Homogeneous Differential Equation, Solution of Higher Order ODE's
177
Lec 5 - Cauchy-Euler's O.D.E & Partial Differential Equation
178
Lec 0 - Basics of Complex Numbers
179
Lec 1 - Mapping of Complex Functions, Limits, Continuity & Differentiability of Complex Functions
180
Lec 2(A) - Analycity of Complex Functions, C-R Equations
181
Lec 2(B) - Milne Thompson & Total Derivative Method
182
Lec 3(A) Open Line Integration of Complex Variables, Point of Singularity
183
Lec 3(B) - Laurentz Series, Concept of Residue
184
Lec 3(C) - Cauchy's Integral & Residue Theorem
185
1. Principle of Counting
186
2. Intro to Permutations & Combinations
187
3. Triangle and Diagonal Based Problems, Permutations of Alike Objects, Concept of Grouping
188
4. Property Based Problems
189
5. Circular Permutations & Miscellaneous Examples
190
Solution to Homework Problems
191
Lec 2(A) - Basics of Statistics, Random Variables
192
Lec 2(B) - Continuous Random Variables & Questions
193
Lec 2(C) - Expectation, Standard Deviation & Variance of Random Variables
194
Lec 3(A) - Binomial & Poisson's Distribution
195
Lec 3(B) - Uniform & Exponential Distribution
196
Lec 3(C) - Gaussian Distribution
197
Lec 3(D) - Questions on Gaussian Distribution
198
Lec 4 - Multivariable Random Variables
199
Lec 5(A) - Correlation & Regression
200
Lec 1 - Bisection, False Position & Newton Raphson Method
201
Lec 2 - Numerical Integration, Numerical Method to solve Differential & Linear Equation
202
Doubt Clearing & General Guidance Session - 1
203
Lec-6 : Non-Synchronized Pipeline
204
Lec-7 : Classical RISC Pipeline & Non- Linear Pipeline
205
1. Basics of Signals and Mathematical Foundation
206
2. Step Signal & Rectangular Signal
207
3. Ramp Signal & Triangular Signal
208
4. Impulse Signal
209
5. Modifying an Error
210
6. Some Miscellaneous Signals
211
7. Understanding Complex Exponential
212
8. Periodicity of a Signal
213
9. Orthogonality of Signals
214
10. Energy of a Signal
215
11. Average of a signal
216
12. Power of a signal
217
13. Even, Odd, Conjugate Symmetry & Conjugate Anti Symmetry Signals
218
14. Discrete Time Signals and Their Types
219
15. Classification of Discrete time signals
220
1. Continuous Time Convolution
221
2. Discrete Time Convolution
222
3. Linear & Non Linear Systems
223
4. Time Variant & Time Invariant Systems
224
5. LTI Systems
225
6. Static, Dynamic, Causal & Non Causal Systems
226
7. Systems Involving Differential Equations
227
8. Stable & Unstable Systems
228
9. Invertible & Non invertible Systems
229
10. Properties of LTI Systems
230
1. Introduction to the Fourier Series
231
2. Exponential Fourier Series
232
3. Predicting the nature of Signal Using Exponential Fourier Series Coeffcient -
233
4. Power using Fourier Series Coefficients
234
5. Some Properties of Exponential Fourier Series
235
Modifying an Error
236
6. Finding Exponential Fourier Series Coeffcient of Periodic Waveforms
237
7. Symmetry in Trigonometric Fourier Series
238
8. Some more Properties of Exponential Fourier Series
239
9. Polar Form, Drichlet's Conditions & Gibbs Phenomena
240
1. Introduction to the Fourier Transform
241
2. Some Properties of Fourier Transform
242
3. Fourier Transform of Some Standard Signals
243
4. Duality Property & some miscellenous Concepts
244
5. F.T. of Rectangular, Traiangular, Sampling & Sampling Square Signals
245
6. Fourier Transform of Periodic Signals
246
7. Commenting on The Nature of Signal Based on its Frequency Spectrum
247
8. Differentiation, Integration, Multiplication & Convolution Property & Parseval's theorem
248
9. LTI Systems & Analog Filters
249
10. Nyquist Rate of Baseband & Bandpass Signals
250
11. Sampling
251
1. Introduction to the Laplace Transform & Some Basic Terminologies
252
2. Laplace Transform of Some Standard Signals & Some Properties - 1
253
3. Laplace Transform of Some Standard Signals & Some Properties - 2
254
4. In Depth Discussion of ROC
255
5. Some more Properties & Cascading LTI Systems
256
6. Inverse Laplace Transform
257
7. Interrelating EFSC, FT & LT
258
8. Concept of Eigen Value & Eigen Functions
259
9. Unilateral Laplace Transform (ULT)
260
1. Important Concept related to ROC in Laplace Transform
261
2. Basic Introduction to DTFS, DTFT & DFT
262
3. Introduction to Z Transform
263
4. Z-Transform & ROC -1
264
5. Z-Transform & ROC -2
265
6. Inverse Z-Transform
266
7. Some Important Concepts of Z Transform
267
8. Unilateral Z Transform
268
1. DTFT-1
269
2. DTFT-2
270
3. Understanding the Circular Convolution
271
4. DTFS
272
5. DFT-1
273
6. DFT-2
274
7. Group Delay, Phase Delay & Basics of FFT
275
8. FFT (Only IN)
276
1. Introduction to Vector Algebra
277
2. Cartesian and Cylindrical Coordinate Systems
278
3. Cylindrical(Contd) and Spehrical Coordinate Systems
279
4. Summary, Some Important Points and Assignment - 1 Solutions
280
5. Complete Concept of Gradient
281
6. Divergence, Curl and Some Identities
282
7. Integral Calculus and Questions
283
8. Divergence Theorem, Stokes Theorem and Questions
284
9. Some Important Points and Assignment 2 Solutions
285
1. Maxwell's Equation for Static Fields
286
2. Maxwell's Equation for Time Varying Fields
287
3. Maxwell's Equation in Phasor Form & Basic Understanding of a Wave
288
4. Intuitive Understanding of EM Wave Propagation and Equation for Free Space & Lossless Dielectric
289
5. EM Wave Propagation for Lossy Dielectric and Conductor & Summary
290
6. Assignment 3 Solutions
291
7. Poyting Vector, Time Average Poynting Vector and Poynting Theorem
292
8. Electric and Magnetic Boundary Conditions
293
9. Normal Incidence
294
10. Standing Wave Pattern of EM Wave
295
11. Wave Propagation in a General Direction
296
12. Obligue Incidence
297
13. Problem Solving on Obligue Incidence
298
14. Wave Polarization
299
15. Assignment 4 Solutions
300
1. Introduction to the Transmission Line and Line Equations
301
2. Types of transmission lines based on Medium
302
3. Impedance Calculations of Transmission Line
303
4. Standing Wave Patterns on Transmission Lines
304
5. Time Domain Analysis of Transmission Lines
305
6. Power Transfer on Transmission Line
306
7. Scattering Parameters
307
8. Smith Chart
308
9. Assignment 5 Solutions & Some Important Discussion
309
1. Introduction to Rectangular Waveguides
310
2. TE & TM Modes in Rectangular Waveguide
311
3. Waveguide Parameters and Power Transfer in Rectangular Waveguide
312
4. Field Patterns in Rectangular Waveguide and Assignment 6 Solutions
313
5. Circular Waveguides and Assignment 7 Solutions
314
1. Introduction to the Antenna Theory
315
2. Hertzian Dipole Antenna and its radiation Patterns
316
3. Linear Dipole Antennas and Their Radiation Patterns
317
4. Antenna Parameters
318
5. Friis Equation
319
6. 2 Element Antenna Array
320
7. Radiation Patterns and N element Antenna Array
321
1. Miscellaneous Concepts of EMFT
322
2. Light Propagation in Optical Fibers
323
3. Total Internal Reflection Using Wave Phenomena
324
4. Polarization at Media Interface
Requirements
- Basic computer knowledge
- Internet connection for video streaming
- Code editor (VS Code recommended)
- Motivation to learn and practice
Course Features
Lifetime Access
Certificate of Completion
Mobile and Desktop Access
Downloadable Resources
Community Support
₹0
View Course4.2 (188 reviews)
Course Details
Duration16h 40m
LevelAdvanced
LanguageHinglish
Students691
Updated2025-10-20
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