Lecture 4 (UNIT 3) || Instruction Pipelining || Computer Organization & Architecture (COA)

Lecture 3 (UNIT 3) || Instruction Cycle || Computer Organization & Architecture (COA)

Lecture 2 (UNIT 3) || Instruction Format || Computer Organization & Architecture (COA)

Lecture 1 (Unit 3) || Control Unit || Computer Organization & Architecture (COA)

Lecture 8 (Unit 5) || Gauss Divergence Theorem – Vector Calculus || Engineering Mathematics I

Lecture 7 (Unit 5) || Green's Theorem - Vector Calculus || Engineering Mathematics I

Lecture 11 (Unit 2) || Skip List || Design and Analysis of Algorithm (DAA)

Lecture 10 (Unit 2) || Tries || Design and Analysis of Algorithm (DAA)

Lecture 9 (Unit 2) || B-Tree - Deletion || Design and Analysis of Algorithm (DAA)

Lecture 8 (Unit 2) DAA || B-Tree : Cartesian Product || Design and Analysis of Algorithm (DAA)

Lecture 7 (Unit 2) DAA || B-Tree || Design and Analysis of Algorithm (DAA)

Lecture 6 (Unit 2) || Fibonacci Heap (Part 2) || Design and Analysis of Algorithm (DAA)

Lecture 5 (Unit 2) || Fibonacci Heap (Part 1) || Design and Analysis of Algorithm (DAA)

Lecture 6 (Unit 5) || Surface Integral - Vector Calculus || Engineering Mathematics I

Lectrure 5 (Unit 5) || Line Integral - Vector Calculus || Engineering Mathematics I

Lecture 4 (Unit 5) || Directional Derivative - Vector Calculus || Engineering Mathematics I

Lecture 3 Unit 5 || Divergence & Curl - Vector Calculus || Engineering Mathematics I

Lecture 2 (Unit 5) || Gradient - Vector Calculus || Engineering Mathematics I

Lecture 1 (Unit 1) || Vector Calculus - Basic Concepts and Properties || Mathematics I

Lecture 0 (Unit 5) || Vector Calculus || Engineering Mathematics I

Lecture 9 (Unit 4) || Liouvillie's Extension of Dirichlet's Integral || Engineering Mathematics I

Lecture 8 (Unit 4) || Dirichlet's Integral || Engineering Mathematics I

Lecture 7 (Unit4) || Change of Variables || Engineering Mathematics I

Lecture 6 (Unit 4) || Change of variable || Engineering Mathematics I

Lecture 0 (Unit 4) || Multiple Integration || Engineering Mathematics - I

Lecture 1 (Unit 4) || Double Integration || Engineering Mathematics I

Lecture 2 (Unit 3) || Change of order of Integration || Engineering Mathematics I

Lecture 3 (Unit 4) || Beta & Gamma Function || Engineering Mathematic I

Lecture 4 (Unit 4) || Double Integration in Polar Coordinates || Engineering Mathematics-I

Lecture 5 (Unit 4) || Triple Integration || Engineering Mathematics I

Lecture 0 (Unit 3) || Differential Calculus || Engineering Mathematics - I

Lecture 9 (Unit 3) || Lagrange's Method of Undetermined Multipliers || (Engineering Mathematics-I)

Previous Year Questions on Differential Calculus -II || Engineering Mathematics I

Lecture 8 (Unit 3) || Maxima and Minima - Numerical || Engg Mathematics - I

Lecture 7 (Unit 3) || Maxima And Minima || Differential Calculus-2 || Engg Mathematics I

Lecture 0 (Unit 5) || Non-Destructive Testing || Material Engineering

Lecture 0 (Unit 2) || Phase Diagrams || Material Engineering

Lecture 0 || Course Description || Material Engineering

Lecture 3 (Unit 2) || Binomial Heap (Part-1) || Design and Analysis of Algorithms (DAA)

Lecture 2 (Unit 2) || Red Black Tree - Deletion || Design and Analysis of Algorithms (DAA)

Lecture 1 (Unit 2) || Red Black Tree - Insertion, Search || Design and Analysis of Algorithms (DAA)

Lecture 0 (Unit 2) || Advanced Data Structures || Design and Analysis of Algorithms (DAA)

Lecture 3 (Unit 5) || Magnetic Particle Testing || Materials Engineering

Lecture 1 (Unit 1) || Crystal Structure || Materials Engineering

Lecture 2 (Unit 2) || Interpretation of Binary Phase Diagrams || Materials Engineering

Lecture 5 (Unit 5)|| Material Behavior at a Very Low and High Temperature - Non Destructive Testing

Lecture 2 (Unit 5) || Liquid Penetrant Testing - Non Destructive Testing || Material Engineering

Lecture 4 (Unit 5) || Eddy Current Testing - Non Destructive Testing || Material Engineering

Lecture 1 (Unit 5) || Non-Destructive Testing - Creep and Failures || Material Engineering

Lecture 5 (Unit 2) || Phase Diagrams - Microstructural aspects of Phases || Material Engineering

Lecture 4 (Unit 2) || Phase Diagrams - Iron and Iron Carbide Phase Diagram || Material Engineering

Lecture 3 (Unit 2) || Phase Diagrams - Binary Eutectic Systems || Material Engineering

Lecture 1 (Unit 2) || Phase Diagrams - Alloys and Solid Solution || Material Engineering

Lecture 5 (Unit 1)|| Hardness: Rockwell, Brinell & Vickers - Crystal Structure||Material Engineering

Lecture 4 (Unit-1) || Mechanical Properties & Measurement - Crystal Structure|| Material Engineering

Lecture 3 (Unit 1) || Dislocation Strengthening Mechanism - Crystal Structure|| Material Engineering

Lecture 1 (Unit 1) || Imperfections in Solids - Crystal Structure || Material Engineering

Course Description || Engineering Mathematics - I

Lecture 6 (Unit 3) || Jacobians - Functional Relationship || Diff Calculus || Engg Mathematics I

Lecture 5 (Unit 3)|| Jacobians of Implicit Functions || Differential Calculus || Engg Mathematics I