Civil

2nd Sem.
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4th Sem.
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6th Sem.
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English
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PPS
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WMP
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Chemistry
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Engineering Mathematics-2
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Engineering Mathematics-2
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Structural Analysis
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Mechanical Engineering
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Engineering Geology
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Introduction to Solid Mechanics
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Structural Analysis
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Materials Testing & Evaluation (M.T&E)
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Organization Behaviour
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Civil Engineering-Sociatal and Global Impact
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Fluid Mechanics-2
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DPP
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RCC Design
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Transportation Engineering-1
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Structural Analysis-II
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Soil and Rock Mechanics
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Environmental Engineering
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Design of steel structures
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Transportation Engineering
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Prof. Dr. Minal Vijay
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Prof. Sajal Chakraborty
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Prof. Ram Chandra Sahni
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Prof. Dr. Amit Kumar
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Prof. Dr. Shwetambara
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Prof. Dr. Amal Kumar 
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Prof. Saurabh Kumar (HOD-CE)
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Prof. Jitendra Kumar
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Prof. Abhishek Kumar Ravi
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Prof. Vikrant verma
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Prof. Saurabh Kumar (HOD-CE)
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Prof. Amit Kumar
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Prof. Vikrant verma
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Prof. Lalan Kumar Paswan
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Prof. Md Babul Hasan
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Prof. Md Babul Hasan
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Prof. Saurabh Kumar (HOD-CE)
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Prof. Abhishek Kumar Ravi
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Prof. Amit Kumar
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Prof. Lalan Kumar Paswan
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Prof. Md Babul Hasan
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Prof. Lalan Kumar Paswan
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Prof. Abhishek Kumar Ravi
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A- Noun and Pronoun Agreement, Verb Agreement (All are in chapter 3)
B-"Pronunciation - 01 - Sounds, stress, intonation and rhythm"
C-"English Sentence Structure - English Grammar Lesson"
D-"Types of Sentences along with Sentence Problems in English Grammar by Kapil Dev Sharma"
E-"Passive Voice in English: Active and Passive Voice Rules and Useful Examples"
F- Email Writing Format: Conventions and Samples with Solved Questions
G- How To Write A Formal Email? (Email Format and Samples)
H- How to Crack Job Interview by Sandeep Maheshwari
I- "How you prepare yourself for job interviews By Sandeep Maheshwari I Hindi"
J- Formal Presentation
K- Punctuation and Capitalization 
L- Soft Skills - Business Etiquette
M- 10 best English learning apps for Android!
N- 10+ Best Grammar Checkers (2020): Gramarly vs ProWritingAid & More
O- Styles of Writing: Narrative, Descriptive and Persuasive Writing Styles
P- Presentation Skills - UBC Wiki
Q- Teamwork Skills
R- 10 best English learning apps for Android! 
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A- Character Arrays and Strings (in continuation from offline class.)
B- Operation on Strings : Deletion
C- Linear Search
D- Binary Search
E- Sorting and Bubble Sort
F- functions
G- Functions: Passing Parameters through functions
H- Recursion
I- Structure
J- Pointers
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PPS Lab 
Virtual Lab-1 : Strings
Virtual Lab-2 : Functions
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Completed All Unit in Class
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WMP Lab
EXP-1 : Fitting Shop
EXP-2 : CARPENTRY SHOP
EXP-3 : BLACK SMITHY TOOLS & JOBS
EXP-4 : Welding, Types of Welding and Types of weld joints
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A: Chemistry assignment, HU Principle, Molecular Orbital Diagram of O2 CO.
Photo electric effect.
B: Module 7 solvrd question and imp.
C: CH- 4 Hardness
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Module-2: A- Power Series Solution-1
Module-3: A- Bessel's Function
          B- Examples on Bessel's Function 
Module-4: A- concept of Legendre function.
          B- Orthogonal property of Legendre polynomial
Partial differential equation 
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A- Zeroes,singularities poles of analytic functions
B- Residues analytic functions 
C- Residues of contour integration of definite integral form.
D- Residues of contour integration
E- Solutions of algebraic and Transcendental  EQUATIONS
F- REGULA FALSI METHOD (SOLUTIONS OF ALGEBRAIC AND TRANSCENDENTAL EQUATIONS). (NMCT)
Module-4 : G - Legendre polynomials
           H - NEWTON'S  RAPSON METHOD.
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A- Three Moment Theorem
B- Flexibility and Stiffness Matrix
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A- Properties of pure substance.
B- Steady Flow Energy Equation
C- Zero th, First & Second Law of Thermodynamics, Entropy
D- Thermodynamic Relationship
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A-Petrology, origin and types of Rock's
B- Igneous Rock 
C- Sedimentary Rock 
D- Metamorphic Rock 
E- Weathering 
F- Sediment Transport and Deposition
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A- Shear stress
B- Compound stress and strain
C- Torsion
D- Thin cylinder and sphere
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A-Fixed End Moment and Slope Deflection Method
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B-Moment Distribution Method
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A-Timber,Glass& Plastic
B-Bitumen+Paints
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A.Power and Politics , B. Leadership , C-concept of organization theory
D- "Organisation Structure - Line & staff, Functional, Committee"
E- Concept of organization theory
F- organizational effectiveness
G- Organizational change
H- Organizational Development
I- Group and Group Dynamics
J- Group Cohesiveness
K- Team Work
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A-Habitats , B-Megacities , C-Smart City
D-Urbanisation and Magacity
E- Futuristic vision of transportation
F- Future of Rail 2050
G- Futuristic vision of Airport
H- Futuristic vision of Seaport
I- Water Transport
J- Transportation through Canal
K- TUNNELS - TYPES AND IMPORTANCE
L- Hyperloop
M- Hydropower
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A- Potential and Stream Function
B- flow pattern
C- Continuity Equation
D- concept of velocity potential and stream function
E- Dynamic fluid
F- Venturimeter
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A- landlside forest fire soli erosion
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A- Design of Shear Reinforcement in RCC
Torsion Design of RCC, Bond and Anchorage Length 
B- Design of RCC Slab (one way and two way slab)
C- Design of Column
D- Design of Footing
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RCC Design Lab
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A-Horizontal Alignment
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A-Two-Hinged Arch
B- Strain Energy
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A- Earth Pressure Theory, Rankine's Earth Pressure Theory, 
Coulomb's earth pressure Theory, Problem on earth pressure Theory
B- Lateral earth pressure Theory
C- Sheet Piles
D- Design of Retaining walls
E- Counterfort retaining walls
F- Modes of Failure of Retaining walls
G- Practice questions on Cantilever sheet Pile 
H- Anchored sheet Pile Wall with free earth support
I- Rowe's moment reduction curve
J- Stability of slopes
K- Stability of infinite slope
L- Solved Questions for Practice on stability of Slopes
M- Solved Numericals for Practice
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A- Water purification ( coagulation and flocculation)
B- Filtration 
C- slow sand and rapid sand Filteration.
D- Disinfection
E- Softening
F- water distribution system
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Environmental Engineering Lab
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A- Rivets, B-Bolts, C-Bolted connections, D-Design of Bolted connections
E- Welded Connections
F- Eccentric connection using Welding
G- Practice questions on Welding Connection
H- Tension Member
I- Design strength of Tension Member
J- Lug Angeles
K- Solved Numericals for Practice
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A- Horizontal Alignment 2
B- Horizontal Alignment 3
C- Horizontal Alignment 4
D- Horizontal Alignment 5
E- Horizontal Alignment 6

Video Lecture : CH-3 : AL1 , AL2 , AL3 , AL4
Video Lecture : BL1 , CL1 , DL1
Video Lecture : EL1
Slides : AS1 ,  FS1 
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Video Lecture : HL1 . IL1 , JL1
Notes  : GN1
Notes  : KN1
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Video Lecture : LL1
M- 10 best English learning apps for Android!
N- 10+ Best Grammar Checkers (2020): Gramarly vs ProWritingAid
O- Styles of Writing
P- Presentation Skills - UBC Wiki
Q- Teamwork Skills
R- 10 best English learning apps for Android! 
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Video Lecture : AL1. AL2-P1 , AL2-P2 , AL3-P1
Video Lecture : BL1 , CL1 , DL1
Video Lecture : EL1 , EL2 
Notes : EN1 
NPTEL Videos : DL1 , EL1 , EL2 , FL1 , FL2 
NPTEL Videos : GL1 , GL2 , GL3 , GL4 , HL1 , HL2 
NPTEL Videos : IL1 , IL2 , IL2
NPTEL Videos : JL1 , JL2 , JL3 , JL4
PPT: Built-in String Function
Slides : FS1 , FS2 , FS3
Assignment : AA1 , A2
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Virtual Lab-1 : Strings
Virtual Lab-2 : Functions-1 , Functions-2 , Functions-3
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Completed All Unit in Class 
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EXP-1 : Fitting Shop
EXP-2 : CARPENTRY SHOP
EXP-3 : BLACK SMITHY TOOLS & JOBS
EXP-4 : Welding, Types of Welding and Types of weld joints
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Notes: AN1 , AN2 , BN1 , CN1 ; PPT: Chemistry
Video Lecture : L1 , L2 , L3 
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Notes: Module-2: AN1 
Notes: Module-3: AN1 , BN1
Notes: Module-4: AN1 , BN1
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Notes: Partial differential equation 
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Notes : AN1 , BN1 , CN1 , EN1 , FN1
Video Lecture : AL1 , AL2 , BL2
Video Lecture : DL1
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Notes : GN1 , HN1
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Module : A : M2I12 , M2I13 Formula: AF1, AF2 , Video Lecture: AL1  ,  AL2
Notes : BN1 , BN2 , BN3 , BN4 , BN5
Video Lecture: BL1 , BL2
Assignment: A1, A2   
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Notes : AN1  , AN2 , BN1 , BN2 , CN1 
Slide: AS-1  ,
Video Lecture : AL1  , AL2  , BL1 , BL2 , BL3 , BL4
Video Lecture : CL1 , CL2 , CL3 , CL4 , CL5 , CL6
Video Lecture : CL7 , CL8 , CL9 , CL10 , CL11 , CL12
Video Lecture : DL1 , DL2 , DL3 , DL4 , DL5 , DL6 , DL7
Assignment : A1
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Notes : AN8, 
Video Lecture : AL8
Video Lecture: BL1 , CL1 , DL1 
Video Lecture: EL1 , FL1
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Notes : AN1 , AN2 , AN3 , AN4 
Notes : BN1 , BN2 , BN3 , BN4 , BN5 , BN6 , BN7 , BN8 , BN9
Notes : CN1 , CN2 , CN3 , DN1
Video Lecture : AL1, AL2, BL1, BL2, CL1 , CL2 , CL3 , CL4 , CL5
Assignment : AA1
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Notes: Slope-Deflection , Fixed End Moments , m3l15 (1) ,
Unit-7 , Slope Deflection Method , Equations : EQ1 EQ2
Video Lecture: AL1 , AL2 , AL3  , AL4  , AL5 , AL6 ,
 AL7 , AL8 , AL9
Notes: BN1 , BN2 , BN3 
Video Lecture: BL1 , BL2 , BL3 , BL4 , BL5 ,
Slide : S1 , S2   Assignment : AA1
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Notes: AN1 , AN2 , AN3 , AN4 , BN1 , BN2
Video Lecture : AL1  AL2  AL3  AL4  AL5 AL6  
Video Lecture : BL1 , BL2 , BL3 , BL4
Assignment: AA1
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Notes : AN1  , BN1 , CN1 , CN2 , CN3 , EN1 , FN1
Video Lecture: AL1  , AL2 , BL1 , BL2 , DL1
Video Lecture: EL1 , EL2 , EL3 , EL4 , FL1 , GL1 , GL2
Notes : GN1 , IN1
Video Lecture: HL1 , IL1
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Video Lecture: JL1
Notes : KN1
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Video Lecture : AL1 , BL1 , CL1 
Notes : DN1
Notes : EN1 , FN1 , GN1
Notes : HN1 , IN1 , JN1
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Notes : KN1
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Video Lecture : LL1
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Wikipedia : HN1
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Notes : BN1 , CN1 , DN1 , EN1
Notes : FN1
Video Lectures : AL1
Problems & Solutions : P&S1
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Assignment : A1
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Notes : A- AL12 ,  M6L13 , M6L15, ML16 ,  Design1 ,
           Design2 & RCC-Practice 
Notes : B - BN1 ,      C: CN1 , CN2
Notes : D - DN1 , DN2
Video Lecture: AL1 , AL2 , AL3 ,  AL4  AL5 , AL6 
               AL7  , AL8 , P-I  & P-II
Video Lecture: BL1 , BL2 , BL3 , BL4 , BL5 , BL6 , BL7 , BL8
Video Lecture: CL1 , CL2 , CL3 , CL4 , CL5 , CL6 , CL7
Video Lecture: DL1 , DL2 , DL3 , DL4 
Slide : BS1 , BS2 , AS1 , CS1 , DS1 , DS2 , DS3
Assignment : A1 , A2
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Lab Manual : RCC Design
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Video Lecture : AL1
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Notes: A: M5-L33  , Video Lecture : Two-Hinged Arch 
Notes : BL1 , BL2 , BL3 , BL4 , BL5 , BL6 , BL7
Video Lecture : BL1 , BL2
Assignment : A1 , A2
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Nates : BN1 , CN1 , DN1 , EN1
Video Lecture: L1 , L2 , L3 , L4
Assignment : AA1
Assignment Solutions : SAA1
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Nates : FN1 , GN1 , HN1 , HN2 , IN1 , JN1
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Video Lecture: JL1
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Nates : KN1 , LN1 , MN1
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Video Lecture: Unit-3: AL1
Notes : BN1 , BN2
Notes : CN1
Notes : DN1 , EN1
Notes : FN1
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Lab Manual : Environmental Engineering Lab
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Video Lecture : AL1 , BL1 , CL1 , DL1
Notes : EN1 , EN2 , EN3
Notes : FN1 , GN1 , HN1 , IN1 , JN1
Assignment : CA1 , EA1
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Notes : KN1
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Video Lecture : AL1 , BL1 , CL1
Video Lecture : DL1 , EL1
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Mechanical

2nd Sem.
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4th Sem.
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6th Sem.
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English
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WMP
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PPS
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Chemistry
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Engineering Mathematics-2
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Engineering Mathematics-2
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Strength of Material
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Fluid Mechanics
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Applied Thermodynamics
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Instrumentation Control
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EM  
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Environmental Science
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Heat and Mass Transfer
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NCM
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Design of Machine Element
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CMS
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I&M
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IEA
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Prof. Dr. Minal Vijay
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Prof. Vikash Chandra Dinkar (HOD-ME)
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Prof. Sajal Chakraborty
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Prof. Dr. Amit Kumar
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Prof. Dr Shwetambara
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Prof. Dr. Amal Kumar
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Prof. Vikash Kumar
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Prof. Ratnesh Kumar
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Prof. Jitendra Kumar
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Prof. Srideo Kumar
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Prof. Ram Chandra Sahni
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Prof. Amit Kumar
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Prof. Vikash Kumar
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Prof. Vikash Chandra Dinkar (HOD-ME)
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Prof. Ratnesh Kumar
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Prof. Ram Chandra Sahni
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Prof. Pranav Kumar
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Prof. Ravi Chandan
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A-Noun and Pronoun Agreement, Verb Agreement (All are in chapter 3)
B-"Pronunciation - 01 - Sounds, stress, intonation and rhythm"
C-"English Sentence Structure - English Grammar Lesson"
D-"Types of Sentences along with Sentence Problems in English Grammar by Kapil Dev Sharma"
E-"Passive Voice in English: Active and Passive Voice Rules and Useful Examples"
F- Email Writing Format: Conventions and Samples with Solved Questions
G- How To Write A Formal Email? (Email Format and Samples)
H- How to Crack Job Interview by Sandeep Maheshwari
I- "How you prepare yourself for job interviews By Sandeep Maheshwari I Hindi"
J- Formal Presentation
K- Punctuation and Capitalization
L- Soft Skills - Business Etiquette
M- 10 best English learning apps for Android!
N- 10+ Best Grammar Checkers (2020): Gramarly vs ProWritingAid & More
O- Styles of Writing: Narrative, Descriptive and Persuasive Writing Styles
P- Presentation Skills - UBC Wiki
Q- Teamwork Skills
R- 10 best English learning apps for Android!  
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A- Carpentry Tools
B- Hot working
C- Cold Working
D- Additive Manufacturing 
E- Introduction To CNC Machines
F- What is CNC Machining and How Does it Work?
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A-Character Arrays and Strings (in continuation from offline class.)
B-Operation on Strings : Deletion
C- Linear Search
D-Binary Search
E- Sorting and Bubble Sort
F- Functions
G- Functions: Passing Parameters through functions
H- Recursion
I- Structure
J- Pointers
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.
.
PPS Lab
Virtual Lab-1 : Strings
Virtual Lab-2 : Functions
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A: Chemistry assignment, HU Principle, Molecular Orbital Diagram of O2 CO. Photo electric effect. 
B: Module 7 solvrd question and imp. 
C: CH- 4 Hardness
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Module-2: A- Power Series Solution-1 
Module-3: A- Bessel's Function
          B- Examples on Bessel's Function 
Module-4: A- concept of Legendre function.
          B- Orthogonal property of Legendre polynomial
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A- Zeroes,singularities poles of analytic functions
B-Residues analytic functions 
C- Residues of contour integration of definite integral form.
D- Residues of contour integration
E- MULTI VARIABLE CALCULUS (Integration)
F- Module-4 : -  Legendre polynomials
G- MULTIPLE (Double) INTERGAL
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A-Theories of Failure, Mohr's Circle, 
B-shear force diagram and Bending moment diagram
C-bending theorem , stresses in beams
D-Deflection of beam
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Strength of Material Lab
LM-1 : shear test on mild steel.
LM-2 : Izod impact test on mild steel
LM-3 : Bending Test
LM-4 : Brinell Hardness Test
LM-5 : Torsion Test
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A- Euler's equation and Bernoulli's equation, 
B- Applications Of Bernoulli's Equation
C- problems with solutions based on Bernoulli's equation and continuity equation
D- Boundary layer theory
E- pipe flow
F- Dimensional analysis and principle of similarity
G- Forces on immersed bodies
H- flow between parallel plates
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Fluid Mechanics Lab
LM-1 : v- notch
LM-2 : Rectangular notch
LM-3 : Friction in pipe
LM-4 : Venturimeter
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A- VC Refrigeration System, 
B- Reversed Carnot Refrigeration system
C- Compressible Flow
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A- Module-5 Nyquest Plot & Assignment 
B- Module-1 
C- Numerical of model
Module 3 : D : Pneumatic Control Systems - I
           E : Signal Conditioning 
           F : Hand Written Notes
Module-2 : G : Transducer 
           H : Modern sensors
           I : What Is Transducer - Transducers and Sensors
module-3 : J : Industrial Application
K- Assignment on module 2
L- soln of assignment of module 3
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Completed All Unit in Class
A- Engineering Material and their Properties 
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Soil Pollution , Solid Waste Management
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A-Heat and Mass Transfer , Two-dimensional Steady State
B-unsteady state Heat conduction
C-introduction of convection, force convection
D-Natural convection
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A-high energy rate forming process
B-"Electromagnetic Forming By Prof V V Mahindrakar"
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A- Design of revited joints, 
B- Design of welded joints 
C- Design of bolted joints
D- Design of pipe joints
E- Pressure vessels and their design
F- Design of couplings
G- Design of Power Screw
H- Design of shaft
I- design of belt drive
J- design of brake
K- Design of key and pulley
L- Design of columns and struts
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A-Unit-5 Only Left: Flexible Manufacturing System
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A- Description of various types of transduction principles
B- Response of Zero and First Order
C- first order system - Step response , ramp response , impulse response
D- Second order system -Step response ,Ramp response,Impulse response
E- Transducers
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CH-5: A-Meaning of Market , B: classification of market
C-monopolistic market characteristics  
D-oligopoly characteristics continued 
E-feature of monopoly market
F-factors affecting supply
G- law of supply continued
CH-6 : A : Economics
B-compound interest and cash flow diagram
C- cash flow
D- annuity
E- future worth method
F- irr continued & example
CH-7, A : Accountancy
B- Trial Balance 
C- Preparation of Final Account
D- Balance Sheet

Video Lecture : CH-3 : AL1 , AL2 , AL3 , AL4
Video Lecture : BL1 , CL1 , DL1
Video Lecture : EL1
Slides : AS1 , FS1 
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Video Lecture : HL1 . IL1 , JL1
Notes : GN1
Notes : KN1
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Video Lecture : LL1
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M- 10 best English learning apps for Android!
N- 10+ Best Grammar Checkers (2020): Gramarly vs ProWritingAid O- Styles of Writing
P- Presentation Skills - UBC Wiki Q- Teamwork Skills
R- 10 best English learning apps for Android! 
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Notes : A- carpentry tools
Notes : B- Hot Working
Notes : C- Cold Working
Video Lecture : DL1 , EL1 , FL1
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Video Lecture : AL1. AL2-P1 , AL2-P2 , AL3-P1
Video Lecture : BL1 , CL1 , DL1 
Video Lecture : EL1 , EL2 
Notes : EN1
NPTEL Videos : DL1 , EL1 , EL2 ,  FL1 , FL2
NPTEL Videos : GL1 , GL2 , GL3 , GL4 , HL1 , HL2 
NPTEL Videos : IL1 , IL2 , IL2
NPTEL Videos : JL1 , JL2 , JL3 , JL4
PPT: Built-in String Function
Slides : FS1 , FS2 , FS3
Assignment : AA1 , A2
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Virtual Lab-1 : Strings
Virtual Lab-2 : Functions-1 , Functions-2 , Functions-3
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Notes: AN1 , AN2 , BN1 , CN1 ; PPT: Chemistry 
Video Lecture : L1 , L2 , L3 
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Notes: Module-2: AN1 
Notes: Module-3: AN1 , BN1
Notes: Module-4: AN1 , BN1
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Notes : AN1 , BN1 , CN1 , EN1
Video Lecture : AL1 , AL2 , BL2
Video Lecture : DL1
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Notes : FN1 , GN1
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Notes: CN1 , DN1
Video Lecture : AL1, BL2 , BL3 , BL4 ,BL5 , BL6
Video Lecture : CL1 , CL2 , CL3 , CL4 
Video Lecture : DL1 , DL2 , DL3 , DL4 
Assignment : A1
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Lab manual : LM-1
Lab manual : LM-2 , V-Lab Link
Lab manual : LM-3 , V-Lab Link
Lab manual : LM-4 , V-Lab Link
Lab manual : LM-5 , V-Lab Link
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Notes : AN1 
Notes : BN1 
Notes : CN1 , CN2 
Notes : DN1 , DN2 
Notes : EN1 , EN2 , EN3 , EN4 , EN5
Notes : FN1
Notes : GN1 , GN2
Notes : HN1
Video Lecture : AL1 , DL1 , DL2 , EL1 , EL2 , EL3 , EL4
Video Lecture : FL1 , FL2 
Assignment : A1 , A2 , 
Problem with Solution : PWS-E1
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Lab Manual : LM-1 , V-Lab Link , Video Link : LM-1
Lab Manual : LM-2 , V-Lab Link 
Lab Manual : LM-3 , V-Lab Link
Lab Manual : LM-3 , V-Lab Link
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Notes : AN1 , BN1 
Video lecture: AL1 , AL2 , AL3 , BL1 , BL2
Video lecture: CL1 , CL2 , CL3 , CL4
Assignment : A1
PPT : AP1 , AP2
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Notes: AN1 , AN2 ,   , Video Lecture : AL1
Notes: BN1 , BN2
Notes: CN1 , CN2 , EN1
Notes: Module-2 : GN1 , HN1
Assignment: Module-3 A2
Hand Written Notes : F : measurement& instruments 
Video Lecture : DL1 , IL1
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Notes : JN1
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Assignment: KA1 , LA1
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Completed All Unit in Class
Notes : AN1  Completed
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Notes: N1 , N2 , N3 , N4 Assignment : A1 
Video Lecture : L1 , L2
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Notes: AN1 , CN1 
Video Lecture: AL1 , AL2 , AL3 , BL4 , BL5
Video Lecture: CL1 , CL2 , CL3 , CL4 , CL5 , CL6
Video Lecture: DL1 , DL2 , DL3 , DL4
Assignment : A1
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Notes : A: M5-L1  , Video Lecture : AL1 , BL1
Assignment : A1 , A2
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Notes: BN1 , BN2 , CN1 , CN2 , DN1
Notes: EN1 , EN2 , EN3 , EN4 , FN1 , FN2
Notes: GN1
Notes: HN1 , HN2
Video Lecture : AL1  , AL2 , BL1 , BL2 , CL1
Video Lecture : EL1 , EL2 , EL3 , GL1
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Notes: IN1 , IN2 , IN3
Notes: JN1 , JN2 , KN1 , KN2 , LN1 , LN2
Assignment : A2 , A3
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Notes: Unit-5: AN1 , AN2 , Completed 
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Video Lecture: AL1  ,  AL2
Video Lecture: BL1  ,  BL2
Video Lecture: CL1 , CL2 , CL3
Video Lecture: DL1 , DL2 , DL3 , DL4
Video Lecture: EL1 , EL2
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Notes: cH-5: AN1 , BN1 , CN1  , DN1  , EN1
Notes: cH-5: FN1 , GN1
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Notes: cH-6: AN1 , BN1  , BN2 , CN1 , DN1 , EN1 , FN1
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Assignment : A1 , A2 , A3 , A4
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Notes: cH-7: AN1 , AN2 , AN3 , AN4 , BN1  , BN2 , CN1 , DN1
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Electrical

2nd Sem.
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4th Sem.
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6th Sem.
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Physics
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EGD
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BEE
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Engineering Mathematics-2
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Engineering Mathematics-2
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BEE
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Digital Electronics
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Electrical and Electronics Measurements
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Biology
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Signals and Systems
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Engineering Mathematics-3
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EM-2
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Microprocessor and its application
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Computer Architecture
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UTEP
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PE
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Introduction to Communication System
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EIM
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Prof. Dr. Fahim Uddin
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Prof. Ravi Chandan
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Prof. S.C. Giri
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Prof. Dr Shwetambara
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Prof. Dr. Amal Kumar
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Prof. Srideo Kumar
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Prof. Vikas Kumar
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Prof. Arvind Kumar Pandey
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Prof. Dr. Nivedita Singh
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Prof. M.K. Rajak (HOD-EE)
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Prof. Dr Shwetambara
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Prof. Pranav Kumar
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Prof. Md Isteyaque Ashraf
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Prof. Supriya Kumari
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Prof. S.C. Giri
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Prof. Srideo Kumar
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Prof. Vikas Kumar
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Prof. Pranav Kumar
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1.Wave Nature of particles.
2. Time dependent Schrodinger Equation
3. Time independent Schrodinger Equation
4. Probability current density
5. Schrodinger equation for One dimensional problems- particle in a box.
6. Free particle wave function and wave packet.
7.Born interpretation
8.Square Well Potential
9.One Dimensional Linear Harmonic Oscillator
10. alfa decay a case of Potential Barrier 
11. applications of One Dimensional Schrodinger Wave Equation.
12. Physical Intrpretation of Wave Function
13. Particle in three dimensional box
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A-projection of solid
B-section of solids
C-Development of surfaces
D- Intersection of surfaces
E- Isometric projection
F- Autocad
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A-Ac circuit Analysis
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BEE Lab 
LM-1 : Determination of B-H Curve of Core Material of Transformer
LM-2 : verification of thevenin's theorem.
LM-3 : verify kirchhoff's current law(kcl)& kirchhoff's voltage law(kvl)
LM-4 : Verification of norton's
LM-5 : verification of superposition theorem
LM-6 : maximum power transfer theorem
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Module-2 : A: Gauss Backward Interpolation.
           B: Problems on Gauss Interpolation
Module-3 : A: Euler's & Modified Euler's Methods
           B: Taylor's Series
           C: Example on Taylor's Series
Module-4 : A: Concept of numerical integration
           B: Some important examples on numerical integration with assignment
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A- Convolution Theorem on Laplace Transformation
B- SOLVING  ORDINARY  and PARTIAL DIFFERENTIAL  EQUATIONS
C- INTRODUCTION  OF FOURIER TRANSFORMATION 
D- FOURIER TRANSFORMATION
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BEE Lab 
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Unit-2 : A- Decoder, BCD to Seven segment display,
B- Magnitude Comparator and Code Converter
C- Parity generator and Checker
Unit-3 : D- Sequential Circuit and SR latch
E- Flip- Flops, SR Flip- Flop and D Flip- Flop.
F- JK and T flip flop
G- Shift register, Serial to Parallel converter and Parallel to Serial converter.
H- Ring counter and sequence generator
I- Ripple Counter
J- Synchronous Counter
K- Counter designs
L- Counter ICs
Unit-4 : M- Digital to Analog Converter
N- Weighted and R-2R DAC
O- ADC and it's specification
P- Simultaneous type ADC
Q- Different types ADC
Unit-5 : R- Memory basics and classification
S- ROM
T- PROM, EROM, EEROM
U- RAM
V- PAL, PLA and FPGA
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Digital Electronics Lab 
LM-1 : BCD TO 7-SEGMENT DECODER/DRIVER
LM-2 : Characterization of Digital Logic Families
LM-3 : Analysis and Synthesis of Boolean Expressions using Basic Logic Gates
LM-4 : To Design and Verify operation of Half Adder and Full Adder 
LM-5 : Analysis and Synthesis of logic function using MUX
LM-6 : Analysis of sequential circuit
LM-7 : BCD to GRAY code converter
LM-8 : Analysis of Ripple counter
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A- BASIC OF MEASURING SYSTEM, ERROR ANALYSIS, ANALOG INSTRUMENTS
B- Rectifier Type Instrument
C- Error Due to Calibration in Rectifier Type Instrument
D- Concept of Wheatstone Bridge | Measurement
E- Measurement of resistance, types, ammeter voltmeter meter. 
F- Substitution method, Wheatstone bridge is naam se daliye 
G- MAXWELL INDUCTANCE, SHEARING,WEINS,anderson,hay,deshauty.etc
H- DC BRIDGES
I- Measurement of high resistance "Megger" method
J- Potentiometer Internal resistance of cell using potentiometer
K- Galvanometer Working construction
L- BALLISTIC GALVANOMETER
M- Three Phase Circuit Tutorial - 1 Wattmeter 2 Wattmeter Methods - Solved Problems
N- current transformer , what is ct transformer ,ct working principle | ct use
O- Potential transformer (PT) -Voltage transformer
P- CT vs PT Transformer - 17 differences between CT & PT
Q- CRO: Cathode Ray Tube
R- Basic Concept of Digital volt meter
S- Analog to Digital Converters (ADC) and Digital to Analog Converters (DAC)
T- Q Meter - Working Principle and Construction
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EEM Lab 
LM-1 : Wheatstone's bridge
LM-2 : Schering's bridge
LM-3 : HAY'S BRIDGE
LM-4 : Desauty's bridge
LM-5 : maxwell's inductance bridge
LM-6 : calibration of power factor meter
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Module 4 : A- Bio-molecules
Module 5 : B- Enzymes 
Module 7 : C- Macromolecule Analysis 
Module 8 : D- Metabolism
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A - Z-Transform
B - Behavior of Continuous & Discrete Time (LTI System)
C- Fourier Series
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Module-4 : A-Correlation
           B- Rank Correlation
           C- Basic concept of regression line , related with Correlation
Module-5 : C- Curve-Fitting 
           D- Examples on Curve Fitting
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A- Induction Machine
B- Voltage Regulation Methods
C- Parallel operation of alternator
D- Star delta starter.
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EM-2 Lab 
LM-1 : Brake test on slip ring induction motor
LM-2 : Sumpners Test
LM-3 : no load & blocked rotor test on a 3phase induction motor
LM-4 : Regulation of alternator using synchronous impedance method
LM-5 : 'v' inverted v' curves of synchronous motor
LM-6 : brake test on 3phase squirrel cage induction motor
LM-7 : determination of Xd and Xq of salient pole synchronous motor
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A-Timing Diagram
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A-Control Memory , B-CPU REGISTERS, C-Address sequencing
Unit-3 : A-Microprogram control , B-Memory hierarchy
C- Memory Hierarchy in Computer Architecture
D- Virtual memory
E- cache memory 
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A-Illumination and Heating
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A- Thyristorised Chopper Circuit 
B- Commutation
C- Inverter
D- PWM
E- cycloconverter
F- Industrial Application
G- Assignments on Industrial Application
H- SMPS
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A-Receiver basics,its classification, TRF receiver,Image frequency
B-Superheterodyne Receiver
C-IC of Superheterodyne Receiver
D-Noise
E-Noise figure calculation of DSB-SC and SSB- SC scheme.
F-Pre emphasis and De emphasis
G- Pulse Amplitude Modulation
H- Pulse Width Modulation
I- Pulse Position Modulation
J- Sampling Theorem
K- Television system, Introduction
L- Black and White Television Transmission and Reception
M- Composite Video signal
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ICS lab
LM-1 :  Generation of AM wave
LM-2 : Generation of FM wave
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A-Electrodynamics Instrument , B-PMCC , C-Moving Iron Inst.
D-3 -ph  Power Measurement
E- DC Bridge,Wheat stone bridge
F- DC bridge ( Kelvin double bridge)
G- Standard D.C and A.C Potentiometer
H- Current transformer
I- CT&PT
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EIM Lab
LM-1 : wheatstone's bridge
LM-2 : measurement of active and reactive power by 1-wattmeter method
LM-3 : Exp.name-measurement of 3-phase power by 2-wattmeters
LM-4 : To study of DC potentiometer
LM-5 : to study of c.r.o (voltage, current, frequency, phase diffrence ) measurement on C.r.o

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Video Lecture: L1 , L2 , L3 , L4 ,L5, L8 , L11
Notes:  N1  , N9 , L10 , L12 , N13-1 , N13-2
Assignment : A1 , A2 , A3
Solution of Assignment : SA1 , SA2 
Numericals : Num1 , Num2 
Numericals : Probability current
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Online Test : Test
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Video Lecture: AL1 , AL2 , AL3 , AL4 , AL5 , AL6 
Video Lecture: AL7 , AL8
Video Lecture: BL1 , BL2 , BL3 , BL4 , BL5
Video Lecture: CL1 , CL2 , CL3 , CL4
Video Lecture: DL1 , DL2
Video Lecture: EL1 , EL2 , EL3 , EL4 , EL5 , EL6
Video Lecture: FL1 , FL2 , FL3 , FL4 , FL5 , FL6 , FL7 , FL8 , FL9 , FL10
Notes : EGD-1 , EGD-2 , CN1
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Notes: AN1
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Lab Manual : LM-1 
Lab Manual : LM-2
Lab Manual : LM-3
Lab Manual : LM-4
Lab Manual : LM-5
Lab Manual : LM-6
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Notes: Module-2 : AN1 , BN1
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Notes: Module-3 : AN1
Video lecture: Module-3 : BL1 , CL1
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Notes: Module-4 : AN1 , BN1
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Notes: AN1 , BN1 , CN1 , DN1
Video Lecture : BL1
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Lab Manual : Basic Electrical Engineering 
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Notes : AN1  , BN1 , CN1 
Notes :  DN1 , EN1
Assignment : A3
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Notes : FN1
Notes : GN1
Notes : HN1
Notes : IN1
Notes : JN1
Notes : KN1
Notes : LN1
Notes : MN1
Notes : NN1
Notes : ON1
Notes : PN1
Notes : QN1 
Notes : RN1
Notes : SN1
Notes : TN1
Notes : UN1
Notes : VN1
Assignment : A4
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Lab Manual : LM-1A , LM-1B , V-Lab Link
Lab Manual : LM-2  , V-Lab Link
Lab Manual : LM-3  , V-Lab Link
Lab Manual : LM-4  , V-Lab Link
Lab Manual : LM-5  , V-Lab Link
Lab Manual : LM-6  , V-Lab Link
Lab Manual : LM-7  , V-Lab Link
Lab Manual : LM-8  , V-Lab Link
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Notes : Unit-I&II , EN1 , FN1 
NPTEL: EEM 
Video Lecture : BL1 , CL1 , DL1 , GL1
Assignment : A1-EEM , A2-EEM , A3-EEM
Tutorial : T1
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Video Lecture : HL1 , IL1 , JL1 , KL1 , KL2 , LL1 , ML1
Video Lecture : NL1 , OL1 , PL1
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Video lecture : QL1 , RL1 , SL1 , TL1
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Lab Manual : LM-1
Lab Manual : LM-2
Lab Manual : LM-3
Lab Manual : LM-4
Lab Manual : LM-5
Lab Manual : LM-6
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Notes: AN1, AN2 , AN3 , BN1 , BN2 , CN1 , CN2 
Notes: DN1 , DN2 , DN3
Video Lecture : AL1  , AL2 , AL3 , AL4 , AL5 , AL6 , AL7
Video Lecture : BL1 , BL2 , BL3 , BL4 , BL5
Video Lecture : CL1 , CL2 , CL3 , CL4
Video Lecture : DL2 , DL3 , DL4-P1 , DL4-P2 , DL4-P3
Assignment : A1 ,  A2
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Notes: AN1 , AN2 , AN3 , AN4 , AN5 , AN6
Notes: BN1 , BN2 , BN3 , BN4 , BN5 , BN6 , 
Notes: BN7 , BN8 , BN9 , BN10 , BN11 , BN12
Notes: CN1 , CN2
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Notes : Module-4 : AN1  , AN2 , BN1 , CN1
Notes : Module-5 : CN1 , DN1
Assignment: AA1  ,  AA2  , BA1
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Notes : AN1 , BN1 , CN1
Video lecture : AL1 , AL2 , AL3 , AL4 , AL5 , AL6 , AL7
Video lecture : AL8 , AL9 , AL10 , AL11 , AL12 , AL13 
Video lecture : DL1
Assignment : A1 , A2 , A2
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Lab Manual : LM-1
Lab Manual : LM-2
Lab Manual : LM-3
Lab Manual : LM-4
Lab Manual : LM-5
Lab Manual : LM-6
Lab Manual : LM-7
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Notes : Unit-III: AN1 , AN2 , AN3 
Video Lecture : AL1  AL2 , AL3
Assignment : AA1
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Notes : AN1 , BN1 , CN1 , Unit-3: AN1 , CN1 , DN1 , EN1
Video Lecture : Control Memory , Unit-3 : BL1
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Video Lecture: A-UTEP  Assignment : AA1
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Notes: AN1 , AN2 , AN3 , BN1 , CN1 , CN2 , CN3
Video lecture : AL1
Notes: DN1 , EN1 , FN1
Video lecture : EL1
Numerical and Assignment : CA1 , AA1
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Assignment : GA1
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Notes: HN1
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Notes: AN1 , BN1 , CN1 , DN1
Notes: EN1
Notes: FN1
Notes: GN1
Notes: HN1
Notes: IN1 , IN2
Notes: JN1
Notes: KN1
Notes: LN1
Notes: MN1
Assignment : A3 , A4
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Lab manual : LM-1 , V-Lab Link
Lab manual : LM-2 , V-Lab Link
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Notes: BN1
Video Lecture: AL1  , BL1 , CL1 , CL2 , EL1
Video Lecture: FL1 , GL1 , GL2
Assignment : A1
Video Lecture: HL1 , IL1
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Lab Manual : LM-1
Lab Manual : LM-2
Lab Manual : LM-3
Lab Manual : LM-4
Lab Manual : LM-5

ECE

2nd Sem.
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4th Sem.
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6th Sem.
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Physics
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EGD
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BEE
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Engineering Mathematics-2
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Engineering Mathematics-2
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BEE
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DIGITAL CIRCUIT
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ANALOG CIRCUIT
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Analog Communication
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SPD
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EMFT
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Intelligent instrumentation
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Digital System Design
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Signals and Systems
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Network Theory
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Optical fiber communication
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EMFT
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Microprocessor
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Prof. Dr. Fahim Uddin
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Prof. Ravi Chandan
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Prof. S.C. Giri
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Prof. Dr Shwetambara
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Prof. Dr. Amal Kumar
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Prof. Srideo Kumar
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Prof. Md Iftekhar Alam(HOD-ECE)
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Prof. Md Iftekhar Alam(HOD-ECE)
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Prof. Karishma Parween
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Prof. Dr. Fahim Uddin
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Prof. Arvind Kumar Pandey
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Prof. Karishma Parween
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Prof. Karishma Parween
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Prof. M.K. Rajak (HOD-EE)
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Prof. Srideo Kumar
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Prof. Md Isteyaque Ashraf
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Prof. Arvind Kumar Pandey
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Prof. Md Isteyaque Ashraf
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1.Wave Nature of particles. 
2. Time dependent Schrodinger Equation 
3. Time independent Schrodinger Equation 
4. Probability current density 
5. Schrodinger equation for One dimensional problems- particle in a box.
6. Free particle wave function and wave packet.
7.Born interpretation
8.Square Well Potential
9.One Dimensional Linear Harmonic Oscillator
10. alfa decay a case of Potential Barrier 
11. applications of One Dimensional Schrodinger Wave Equation.
12. Physical Intrpretation of Wave Function
13. Particle in three dimensional box
14. Metastable state and Components of LASER.
15. He-Ne LASER
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A-projection of solid
B-section of solids
C-Development of surfaces
D- Intersection of surfaces
E- Isometric projection
F- Autocad
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A-Ac circuit Analysis
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BEE Lab 
LM-1 : Determination of B-H Curve of Core Material of Transformer
LM-2 : verification of thevenin's theorem.
LM-3 : verify kirchhoff's current law(kcl)& kirchhoff's voltage law(kvl)
LM-4 : Verification of norton's
LM-5 : verification of superposition theorem
LM-6 : maximum power transfer theorem
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Module-2 : A: Gauss Backward Interpolation.
           B: Problems on Gauss Interpolation     
Module-3 : A: Euler's & Modified Euler's Methods
           B: Taylor's Series
           C: Example on Taylor's Series
Module-4 : A: Concept of numerical integration
           B: Some important examples on numerical integration with assignment
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A- Convolution Theorem on Laplace Transformation
B- SOLVING  ORDINARY  and PARTIAL DIFFERENTIAL  EQUATIONS
C- INTRODUCTION  OF FOURIER TRANSFORMATION 
D- FOURIER TRANSFORMATION
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BEE Lab 
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Uniy-3 : L1 & L2 : MUX ,DE-MUX implementation, Decoder ,3-to-8 decode, 
L3 : Adder and Subtractor
L4 & L5 : BCD to 7-segment decoder,code converter implementation
UNIT-7 : L1 : Introduction to D/A and A/D and  basic D/A conversion technique
L2&L3 : types of D/A, Weighted R, R-2R
L4 : A/D , quantization,classification of A/D
L5 : Flash type , counter type A/D converter
Unit-6 : L1&L2 :Introduction to logic family and it's terminology, DTL
L3&L4 : RTL - NOR,NAND,OR,AND,NOT, TTL Logic family, multiple emmiter- transistor
L5 : TTL , TOTEM POLE O/P, Open collector TTL, wiredANDing, PULL-UP resistor
Unit-4 : L1 & L2 :  Introduction to sequential ckt,Latch, FLIP-FLOP and it's types
L3 & L4 : D , J-K and T flip-flop, Master slave,Race-around condition
L5 : Designing or realisation of a flip-flop by using another type of FF
L6 : Asynchronous and synchronous inputs, introduction to counter,4-bit ripple counter
L7 : counter with decoded o/p, Truncated ( modulus) counter
L8 :  Parallel and series register, Shift register register
Unit-5 : L1 & L2 : Basics of Multivibrator , Astable multivibrator
L3 : Comparator, IC - 555 timer 
L4 : IC - 555 timer as astable multivibrator
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DIGITAL CIRCUIT Lab 
LM-1 : To implement Half adder by using basic and universal gates.
LM-2 : Analysis of Functions of BCD-to-7-segment Decoder/Driver
and Operation of 7-segment LED Display.
LM-3 : Characterization of Digital Logic Families.
LM-4 : Analysis and Synthesis of Boolean Expressions using Basic Logic Gates.
LM-5 : Analysis and Synthesis of logic function using MUX 
LM-6 : Analysis of sequential circuit 
LM-7 : BCD to GRAY code converter 
LM-8 : Analysis of Ripple counter
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Unit-2 : L1 & L2 : CLASSIFICATION OF VARIOUS AMPLIFIERS, 
L3 : IDEAL AMPLIFIER and FEEDBACK amplifier and it's Topology
L4: Frequency Response curve of BJT (LF, MF, HF), 
basic concept about gain in decibel
L5 & L6 :High freq response curve, introduction to multistage amplifier ,
Coupling device
L7 :cascade and cascade amplifier,  numerical analysis
L8 & L9 :Frequency Response of RC multistage amplifier
L10 & L11 : Advantures of negative feedback and effect on input,output impedance.
Unit-3: L1&L2: Introduction, characteristic of FET, MILLER'S THEOREM, 
MILLER'S CAPACITANCE,distortion
L-3 : FET biasing
L4 & L5 : FET small signal model , CS, CD amplifier
L6 & L7 : MOSFET, Enhancement & Depletion type MOSFET, Characteristic
Unit-5 : L1 : Power amplifier definition , Class A,
L2 & L3 : Harmonic distortion analysis, Transformer couple Class A power amplifier
L4 : class B , PUSH PULL ( class B )  power amplifier, Distortion curve
L5 & L6 : Cross over distortion, Class AB power amplifier, Tuned amplifier
Unit-4 : L1 & L2 : Introduction to oscillator, Basic concept, Difference bet ampl. 
and oscillator, Barkhausan criteria, Types of oscillator, Tank circuit
L3 & L4 : General equation of oscillation, Hartley oscillator, Colpitt's oscillator
L5 : Resonant oscillator or collector Tuned oscillator
L6 & L7 : RC phase shift oscillator analysis and sustained frequency of oscillation
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ANALOG CIRCUIT Lab 
LM-1 : Half Wave Rectification.
LM-2 : Full Wave Rectification.
LM-3 : BJT Common Emitter Characteristics
LM-4 : BJT Common Base Characteristics
LM-5 : RC PHASE SHIFT OSCILLATOR
LM-6 : WEIN BRIDGE OSCILLATOR
LM-7 : Class A Power Amplifier
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A- Demodulation of Amplitude modulation: envelope detector
B- DSB-SC modulation
C- SSB modulation
D- Demodulation of SSB-SC modulated signal
E- receiver, FM and PM
F- fm generation and demodulation
G- Noise in Analog communication
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A- BJT , B-Performance parameters of BJT
C- PUNCH THROUGH AND AVALANCHE BREAKDOWN
D- BJT n FET , E-Construction n Working of FET.
E- characteristics of FET and V-I graph.
F- MOSFET and its V-I CHARACTERISTICS
G- Transfer characteristic of JFET.
H- MOS-CAPACITOR
I- UJT (UniJunction Transistor) Working and Characteristics
J- UJT as relaxation oscillator
K- Solar cell
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A- VECTOR ANALYSIS, ELECTRIC FLUX, CONDUCTOR DIELECTRIC AND CAPACITORS
B-"EMT DEFINITION ARYABHATTA KNOWLEDGE UNIVERSITY"
C- "Scalar ,vector, representation of vector,unit vector,vector algebra , identical vectors."
D- Current, current density, relationship between current density and volume charge density
E- Continuity equation 
F- Properties of conductor, properties of dielectric material 
G- Conductors, point form of ohm's law 
H- Relaxation time, dielectric material ,polarisation 
I- Mathematical expression for polarisation, dielectric strength, boundary condition 
J- Boundary condition for Electric field and electric flux density 
K- Proof for Divergence of curl =0,curl of grad=0
L- Curl of electric field is zero 
M- Lorentz equation F=Q*(E+V*B)
N-Gauss law and Ampere law
O- Difference between Electric circuit and Magnetic circuit
P- Vector Field
Q- NCERT BASICS ELECTRIC CHARGES AND FIELDS
R- NCERT BASICS,ELECTROSTATIC POTENTIAL AND CAPACITANCE  
CURRENT ELECTRICITY,MOVING CHARGES AND MAGNETISM
S- Concept of Capacitance(C),C in series, C in IIrl,IIrl plate C, Composite IIrl PlateC 
T- Dielectric boundary normal to plates , POISON and LAPLACE EQUATION UNIQUENESS THEOREM and NUM
U- Magnetic field and it's Properties
V- Amp circuital law, Bio severt law, H ,Relationship between B and H
W- H DUE TO infinity sheet of current, stoke's theorem
X- Electromagnetic wave displacement current and density, physical significance. 
Y- All form of MAXWELL EQUATION(ie. Static, Faraday ,Gauss,differential,integral 
   elctrostatic magnetostic field etc)
Z- EM WAVE, uniform plane wave, poynting vector and theorem.Reflection of uniform Plane wave,
   Polarisation of EM wave,Normal and oblique incidence,skin depth.
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A- What is Intelligent instrumentation, features of II
B- Smart sensor
C- interfacing b/w comp. and instruments
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Chapter-2 : A- VHDL Programming
B- Data objects, data type
C- Operators
D- Operator and behavioral modelling
E- Sequential
Unit- 4 : F : microcomputer design
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A- Z-Transform
B - Analogous System , Physical System , Mathematical Model
C- Fourier Series
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A-Two- Port Network
B- Network Function
C- Network function and synthesis
D- Network Synthesis 
E- FILTER
F- assignment of passive filter
G- assignment on active filter with solution
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Lab Manual : Network Theory
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Unit-5 : A- LED 
Unit-6 : A - Optical Detectors
         B - Noise
Unit-7 : A - Splices, Connectors , Couplers , Gratings
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A- VECTOR ANALYSIS, ELECTRIC FLUX, CONDUCTOR DIELECTRIC AND CAPACITORS
B-"EMT DEFINITION ARYABHATTA KNOWLEDGE UNIVERSITY"
C- "Scalar ,vector, representation of vector,unit vector,vector algebra , identical vectors." 
D- Current, current density, relationship between current density and volume charge density
E- Continuity equation 
F- Properties of conductor, properties of dielectric material 
G- Conductors, point form of ohm's law 
H- Relaxation time, dielectric material ,polarisation  
I- Mathematical expression for polarisation, dielectric strength, boundary condition  
J- Boundary condition for Electric field and electric flux density  
K- Proof for Divergence of curl =0,curl of grad=0
L- Curl of electric field is zero 
M- Lorentz equation F=Q*(E+V*B)
N- Gauss law and Ampere law
O- Difference between Electric circuit and Magnetic circuit
P- Vector Field
Q- NCERT BASICS ELECTRIC CHARGES AND FIELDS
R- NCERT BASICS,ELECTROSTATIC POTENTIAL AND CAPACITANCE  
   CURRENT ELECTRICITY,MOVING CHARGES AND MAGNETISM
S- Concept of Capacitance(C),C in series, C in IIrl,IIrl plate C, Composite IIrl PlateC
T- Dielectric boundary normal to plates , POISON and LAPLACE EQUATION UNIQUENESS THEOREM and NUM
U- Magnetic field and it's Properties
V- Amp circuital law, Bio severt law, H ,Relationship between B and H
W- H DUE TO infinity sheet of current, stoke's theorem
X- Electromagnetic wave displacement current and density, physical significance. 
Y- All form of MAXWELL EQUATION(ie. Static, Faraday ,Gauss,differential,integral 
   elctrostatic magnetostic field etc)
Z- EM WAVE, uniform plane wave, poynting vector and theorem.Reflection of uniform Plane wave,
   Polarisation of EM wave,Normal and oblique incidence,skin depth.
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UNIT - 5 : A : Data Transfer Schemes and I/O Ports
UNIT - 6 : A : Programmable Peripheral Interface
UNIT - 8 : A : intel 8086
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Video Lecture: L1 , L2 , L3. , L4 , ,L5 , L8 , L11
Notes: N1 , N9 , N10 , N12 ,  N13-1 , N13-2
Assignment : A1 , A2 , A3 
Solution of Assignment : SA1 , SA2 
Numericals : Num1 , Num2 
Numericals : Probability current
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Audio Lecture : L14
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Notes: L15
Online Test : Test
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Video Lecture: AL1 , AL2 , AL3 , AL4 , AL5 , AL6 
Video Lecture: AL7 , AL8
Video Lecture: BL1 , BL2 , BL3 , BL4 , BL5
Video Lecture: CL1 , CL2 , CL3 , CL4
Video Lecture: DL1 , DL2
Video Lecture: EL1 , EL2 , EL3 , EL4 , EL5 , EL6
Video Lecture: FL1 , FL2 , FL3 , FL4 , FL5 , FL6 , FL7 , FL8 , FL9 , FL10
Notes : EGD-1 , EGD-2 , CN1
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Notes: AN1
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Lab Manual : LM-1 
Lab Manual : LM-2
Lab Manual : LM-3
Lab Manual : LM-4
Lab Manual : LM-5
Lab Manual : LM-6
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Notes: M-2 : AN1 , BN1
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Notes: Module-3 : AN1
Video lecture: Module-3 : BL1 , CL1
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Notes: Module-4 : AN1 , BN1
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Notes: AN1 , BN1 , CN1 , DN1
Video Lecture : BL1
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Lab Manual : Basic Electrical Engineering 
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Notes: Unit-3 L1,L2(Mux-De-Mux & 3x8 Decoder) ,
L3(Adder&Subtractor) , L4&L5(BCD to 7-Segment), 
Objective Que & Ans Test-1 
Notes: Unit-7 : L1:(D/A & A/D Conversion) , L2&L3 , L4-(A/D)
Notes: Unit-7 : L5
Notes: Unit-6 : L1&L2  , L3&L4 , L5
NPTEL Video: Unit-3: L3 , L4 & L5 , 
NPTEL Video: Unit-7 : L1 , L5
NPTEL Video: Unit-6 : L1&L2
Assignment : A3 , A4
Notes: Unit-4 : L1 & L2 , L3 & L4 , L5 , L6 , L7 , L8
NPTEL Video: Unit-4 : L3 & L4 , L6
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Notes: Unit-5 : L1 & L2 , L3 , L4
Video Lecture : Unit-5 : L1 & L2 
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Assignment : A5
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Lab Manual : LM-1 , V-Lab Link , Video Link : Half Adder  
Lab Manual : LM-2 , V-Lab Link , Video Link : LM-2
Lab Manual : LM-3 , V-Lab Link
Lab Manual : LM-4 , V-Lab Link
Lab Manual : LM-5 , V-Lab Link 
Lab Manual : LM-6 , V-Lab Link 
Lab Manual : LM-7 , V-Lab Link 
Lab Manual : LM-8 , V-Lab Link
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Notes :Unit-2: L1&L2(Amplifier) , PPT:  L3:Feedback Amplifier
Notes :Unit-2: L4(BJT (LF, MF, HF) & decibel
Notes :Unit-2: L5  Video Lecture : L6 , L10 & L11
Notes :Unit-2: L7 , L8 & L9
Notes :Unit-2: L10 & L11
Notes :Unit-3: L1 & L2 , L3 , L4 & L5 , L6 & L7
Video Lecture :Unit-3: L1-P1 , L1-P2
NPTEL Videos : L6 &L7
Notes :Unit-5: L1 , L2 & L3 , L4 , L5 & L6
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Quiz :- Q1 , Q2 , Q3 , Q4 , Q5
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Notes :Unit-4: L1 & L2 , L3 & L4 , L5 , L6 & L7
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Lab Manual: LM-1 , V-Lab Link , Video Link: LM-1
Lab Manual: LM-2 , V-Lab Link , Video Link: LM-2
Lab Manual:      , V-Lab Link , Video Link: LM-3
Lab Manual:      , V-Lab Link , Video Link: LM-4
Lab Manual: LM-5 , Video Link: LM-5
Lab Manual: LM-6 , Video Link: LM-6
Lab Manual: LM-7 , Video Link: LM-7
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Notes : AN1 , BN1  , BN2 , CN1
Notes : DN1 , EN1 , FN1 , GN1
NPTEL : Lectures
Video Lecture : EL1 , EL2
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Notes: AN1 , AN2 , BN1 , BN2 , DN1
Notes: EN1 , EN2
Notes: HN1 , HN2 , HN3
Video Lecture : CL1 , EL1 , FL1 , GL1
Video Lecture : IL1 , JL1
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Notes: KN1
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Notes : A- Unit_I  , UNIT_II , AN1 , BN1 , DN1 , EN1
Notes : FN1 , GN1 , HN1 , IN1 , JN1 , KN1 , LN1
Notes : MN1 , NN1 , ON1
NPTEL Lecture : EMFT , 
Tutorial : AT1 , AT2 , AT3
Video Lecture : AL1 , BL1 , CL1 , JL1 , JL2 , KL1 , LL1
Assignment : A1 , A2 , A3
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Numerical : N1
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Notes : PN1
Notes : QN1
Notes : RN1 , RN2 , RN3
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Notes : SN1 
Notes : TN1
Notes : UN1 , VN1 , WN1
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Notes : XN1 , YN1 , ZN1
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Module : A: M-I  , M-I,II & IV  , Intelligent instrumentation 
Notes : BN1 ,  PPT : L1 : Smart Sensor , CN1 , CN2 
Video Lecture : AL1 , 
Assignment : A1
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Notes : CH-2: A- VHDL Programming
Notes : BN1  , BN2 , CN1
Notes : DN1
Notes : EN1
Unit- 4 : F : microcomputer design
Video Lecture : L1 , EL1
Assignment : A1
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Notes: AN1 , AN2 , AN3 , AN4 , AN5 , AN6
Notes: BN1 , BN2 , BN3 , BN4, BN5 , BN6 , BN7 , BN8 , BN9 , BN10
Notes: CN1 , CN2 , CN3
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Notes : AN1 , AN2 , AN3 , AN4 ; Video Lecture : AL1
Notes : BN1 , CN1
Notes : DN1 , DN2
Notes : EN1
Numerical : CNum-1      
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Assignment : CA1 , EA1 , FA1 , GA1
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Lab Manual : Network Theory
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Notes: Unit-5 : AN1 , AN2 , OFC CLASS NOTES 1 , AN3 , AN4 , AN5
Video Lecture : AL1 , AL2 , AL3 , AL4 , AL5 , AL6
Assignment : A1
Notes: Unit-6 : AN1 , AN2 , BN1
Notes: Unit-7 : AN1 , AN2 , AN3
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Notes :  Unit_I  , UNIT_II , AN1 , BN1 , DN1 , EN1
Notes : FN1 , GN1 , HN1 , IN1 , JN1 , KN1 , LN1
Notes : MN1 , NN1 , ON1
NPTEL Lecture : EMFT , 
Tutorial : AT1 , AT2 , AT3
Video Lecture : AL1 , BL1 , CL1 , JL1 , JL2 , KL1 , LL1
Assignment : A1 , A2 , A3
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Numerical : N1
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Notes : PN1
Notes : QN1
Notes : RN1 , RN2 , RN3
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Notes : SN1
Notes : TN1
Notes : UN1 , VN1 , WN1 
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Notes : XN1 , YN1 , ZN1
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Notes :UNIT - 5:  AN1
Notes :UNIT - 6:  AN1
Notes :UNIT - 8:  AN1
Video Lecture : UNIT - 8 : AL1