Engineering Made Simple

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I would cover Electronics and Telecommunications Engineering (B.E Syllabus) of University of Mumbai.
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L12:Mathematical Operations on C.T. Scaling[Part-2]: Folding,Time-Shifting & others.

L12:Mathematical Operations on C.T. Scaling[Part-2]: Folding,Time-Shifting & others.
Signals & Systems[SS]: L11:Mathematical Operations on C.T. Scaling[Part-1]: Amplitude & Time scaling

Signals & Systems[SS]: L11:Mathematical Operations on C.T. Scaling[Part-1]: Amplitude & Time scaling
Signals & Systems[SS]: L10: Causal, Non-Causal & Anti-Causal [C.T.] Signals.

Signals & Systems[SS]: L10: Causal, Non-Causal & Anti-Causal [C.T.] Signals.
Signals & Systems[SS]: L09: Even & Odd [C.T.] Signals.

Signals & Systems[SS]: L09: Even & Odd [C.T.] Signals.
Signals & Systems[SS]: L08: Calculation of Energy & Power of C.T. Signals

Signals & Systems[SS]: L08: Calculation of Energy & Power of C.T. Signals
Signals & Systems[SS]: L07: Classification of C.T Signals[Part-2]: Energy & Power Signals

Signals & Systems[SS]: L07: Classification of C.T Signals[Part-2]: Energy & Power Signals
Signals & Systems[SS]: L06: Classification of C.T Signals[Part-1]: Periodic and Aperiodic Signals

Signals & Systems[SS]: L06: Classification of C.T Signals[Part-1]: Periodic and Aperiodic Signals
Signals & Systems[SS]: L05: Standard (Basic) Discrete Time Signals

Signals & Systems[SS]: L05: Standard (Basic) Discrete Time Signals
Digital System Design[DSD]: L26: Combinational Circuits [Part 6] : Encoders :8:3 Encoder

Digital System Design[DSD]: L26: Combinational Circuits [Part 6] : Encoders :8:3 Encoder
Digital System Design[DSD]: L25: Combinational Circuits [Part 5] : Encoders :10:4 Encoder

Digital System Design[DSD]: L25: Combinational Circuits [Part 5] : Encoders :10:4 Encoder
Signals & Systems[SS]: L04: Elementary (Basic) Continuous Time Signals [Part -2]

Signals & Systems[SS]: L04: Elementary (Basic) Continuous Time Signals [Part -2]
Signals & Systems[SS]: L03: Elementary (Basic) Continuous Time Signals [Part - 1]

Signals & Systems[SS]: L03: Elementary (Basic) Continuous Time Signals [Part - 1]
Digital System Design[DSD]: L24: Combinational Circuits [Part 4] : Demultiplexers

Digital System Design[DSD]: L24: Combinational Circuits [Part 4] : Demultiplexers
Signals & Systems[SS]: L02: Introduction to Signals and Systems[Part-2]

Signals & Systems[SS]: L02: Introduction to Signals and Systems[Part-2]
Signals & Systems[SS]: L01: Introduction to Signals and Systems[Part-1]

Signals & Systems[SS]: L01: Introduction to Signals and Systems[Part-1]
Digital System Design [DSD]: L23: Combinational Circuits [Part- 3]:Multiplexers [4:1 MUX]

Digital System Design [DSD]: L23: Combinational Circuits [Part- 3]:Multiplexers [4:1 MUX]
Digital System Design [DSD]: L22: Combinational Circuits [Part- 2] : Two Bit Magnitude Comparator

Digital System Design [DSD]: L22: Combinational Circuits [Part- 2] : Two Bit Magnitude Comparator
Wireless Networks: L05: Wireless Local Area Networks (WLANs) [Part 2] : WLAN Technologies.

Wireless Networks: L05: Wireless Local Area Networks (WLANs) [Part 2] : WLAN Technologies.
Digital System Design [DSD]: L21 : Combinational Circuits [Part- 1]

Digital System Design [DSD]: L21 : Combinational Circuits [Part- 1]
Control System Engineering: L06: Rules for Block Diagram Reduction Techniques

Control System Engineering: L06: Rules for Block Diagram Reduction Techniques
CSE :L05: Derivation of Transfer Function of a Closed Loop System in Simple or Canonical Form

CSE :L05: Derivation of Transfer Function of a Closed Loop System in Simple or Canonical Form
Control System Engineering: L04: Block Diagram Representation Of a Control System

Control System Engineering: L04: Block Diagram Representation Of a Control System
Control System Engineering: L03: Concept of Transfer Function

Control System Engineering: L03: Concept of Transfer Function
ControlSystemEngineering: L02: Introduction [Part 2] :Overview of Open Loop & Closed loop Systems

ControlSystemEngineering: L02: Introduction [Part 2] :Overview of Open Loop & Closed loop Systems
Control System Engineering : Lec 01: Introduction to Control Systems Part 1

Control System Engineering : Lec 01: Introduction to Control Systems Part 1
DSD:L20:SystemEquationReductionTechniques[Part 7] : Quine McCluskey Method.

DSD:L20:SystemEquationReductionTechniques[Part 7] : Quine McCluskey Method.
DSD: L19:SystemEquationReductionTechniques[Part 6] :Simplification using K-Map [Standard POS form]

DSD: L19:SystemEquationReductionTechniques[Part 6] :Simplification using K-Map [Standard POS form]
DSD:L18:SystemEquationReductionTechniques[Part 5] :Simplification using K-Map [Standard SOP form]

DSD:L18:SystemEquationReductionTechniques[Part 5] :Simplification using K-Map [Standard SOP form]
DSD:Lec17:System Equation Reduction Techniques [Part 4] :Rules of K-Map Simplification

DSD:Lec17:System Equation Reduction Techniques [Part 4] :Rules of K-Map Simplification
DSD:Lec16: System Equation Reduction Techniques [Part 3] : Overview of K-Maps

DSD:Lec16: System Equation Reduction Techniques [Part 3] : Overview of K-Maps