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25 Interview Questions-Answers on Control System

25 Interview Questions-Answers on Control System

25 Interview Questions-Answers on Robotics

25 Interview Questions-Answers on Robotics

Mechanics (Lecture 12): Analysis of Trusses, Method of Joints, Zero force members

Mechanics (Lecture 12): Analysis of Trusses, Method of Joints, Zero force members

Mechanics (Lecture 11): Analysis of Trusses, Method of Joints, Zero force members

Mechanics (Lecture 11): Analysis of Trusses, Method of Joints, Zero force members

Mechanics (Lecture 10): Analysis of Trusses, Method of joints

Mechanics (Lecture 10): Analysis of Trusses, Method of joints

Mechanics (Extra lecture): Revision of Equilibrium of rigid bodies

Mechanics (Extra lecture): Revision of Equilibrium of rigid bodies

Mechanics (Extra lecture): Revision of Equilibrium of points (Part 2: Numerical)

Mechanics (Extra lecture): Revision of Equilibrium of points (Part 2: Numerical)

Mechanics (Extra lecture): Revision of Equilibrium of points (Part 1: Theory)

Mechanics (Extra lecture): Revision of Equilibrium of points (Part 1: Theory)

Mechanics (Lecture 9): Analysis of Trusses, Assumptions, Stable, Deficient, and Redundant trusses

Mechanics (Lecture 9): Analysis of Trusses, Assumptions, Stable, Deficient, and Redundant trusses

Mechanics (Lecture 8): Equilibrium of Rigid Bodies

Mechanics (Lecture 8): Equilibrium of Rigid Bodies

Mechanics (Lecture 7): Equilibrium of Rigid Bodies

Mechanics (Lecture 7): Equilibrium of Rigid Bodies

Mechanics (Lecture 6): Equilibrium of Rigid Bodies

Mechanics (Lecture 6): Equilibrium of Rigid Bodies

Mechanics (Lecture 5): Equilibrium of rigid bodies, Moment balance, Types of supports, Beam

Mechanics (Lecture 5): Equilibrium of rigid bodies, Moment balance, Types of supports, Beam

Mechanics (Lecture 4): Free body diagram, Lami's theorem, Sine, Cosine, Triangle & Parallelogram Law

Mechanics (Lecture 4): Free body diagram, Lami's theorem, Sine, Cosine, Triangle & Parallelogram Law

Mechanics (Lecture 3): Equilibrium of points

Mechanics (Lecture 3): Equilibrium of points

Mechanics (Lecture 1): Introduction

Mechanics (Lecture 1): Introduction

Mechanics (Lecture 2): Equilibrium of points

Mechanics (Lecture 2): Equilibrium of points

MATLAB Simscape - Basic Modeling tutorial (Pneumatic system)

MATLAB Simscape - Basic Modeling tutorial (Pneumatic system)

Part 2 stress strain relations

Part 2 stress strain relations

Analysis of strain. Part 3 Analysis of strain

Analysis of strain. Part 3 Analysis of strain

Stress strain relations: Part 1

Stress strain relations: Part 1

Analysis of strain. Part 2 Analysis of strain

Analysis of strain. Part 2 Analysis of strain

Analysis of strain. Part 1 Analysis of strain

Analysis of strain. Part 1 Analysis of strain

Analysis of strain. Part 4

Analysis of strain. Part 4

Revision, part 2: MATLAB implementation

Revision, part 2: MATLAB implementation

Communication and decision making

Communication and decision making

Revision, Part 1: Robot Dynamics, Trajectory planning and Robot Control

Revision, Part 1: Robot Dynamics, Trajectory planning and Robot Control

Process modelling

Process modelling

System Development Life Cycle, part 2: Alternative approaches of building IS

System Development Life Cycle, part 2: Alternative approaches of building IS

System development life cycle (SDLC), Part 1: Traditional method

System development life cycle (SDLC), Part 1: Traditional method

Work system framework, Part 4: Performace based system analysis

Work system framework, Part 4: Performace based system analysis

Robot control, Part - 3: Lyapunov stability

Robot control, Part - 3: Lyapunov stability

Robot control, Part - 2: Nonlinear control

Robot control, Part - 2: Nonlinear control

Robot control, Part -1: Linear control

Robot control, Part -1: Linear control

Trajectory planning, Part 3: Linear functions with parabolic blends

Trajectory planning, Part 3: Linear functions with parabolic blends

Trajectory planning, Part 2: Polynomial function

Trajectory planning, Part 2: Polynomial function

Trajectory planning, Part 1: Introduction

Trajectory planning, Part 1: Introduction

Robot Dynamics, Part 3: Generalized Lagrangian Formulation

Robot Dynamics, Part 3: Generalized Lagrangian Formulation

Robot Dynamics, Part 2: Lagrangian Formulation

Robot Dynamics, Part 2: Lagrangian Formulation

Robot Dynamics, Part 1: Inertia Tensor

Robot Dynamics, Part 1: Inertia Tensor

Work system framework, Part 3: Principle based analysis

Work system framework, Part 3: Principle based analysis

Work System Framework, Part 2: Examples and Work system viewpoints

Work System Framework, Part 2: Examples and Work system viewpoints

Work system framework, Part 1: Introduction

Work system framework, Part 1: Introduction

Concepts of theories of failure - A concise note

Concepts of theories of failure - A concise note