Free Course Image Basics of engineering mechanics

Free online courseBasics of engineering mechanics

Duration of the online course: 10 hours and 33 minutes

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Build core mechanics skills for exams and real design work with this free engineering mechanics course in Hindi, packed with numericals and problem-solving practice.

In this free course, learn about

  • Core engineering mechanics concepts: force, scalar/vector quantities, and idealizations
  • Force systems: composition, resolution, and equivalent force-couple systems
  • Moments/torque and Varignon’s theorem for solving planar mechanics problems
  • Free-body diagrams (FBD): isolating bodies and correctly showing all external forces
  • Kinematics of particles: displacement, velocity, acceleration, and equations of motion
  • Newton’s laws and applying them to solve dynamics numerical problems
  • Static equilibrium conditions and solving with Lami’s theorem (3-force systems)
  • Support reactions for beams/structures and solving reaction numericals
  • Frames and trusses: identifying members, joints, and internal/external forces
  • Truss analysis using method of joints and method of sections (with numericals)
  • Friction fundamentals: limiting friction, angle of friction, and angle of repose
  • Applications of friction: wedge and ladder problems with equilibrium analysis
  • Centroid, center of mass/gravity; moment of area and centroid by integration
  • Area moment of inertia; parallel/perpendicular axis theorems and polar MOI

Course Description

Engineering Mechanics is the starting point for understanding how real structures and machines behave in the world. If you want to feel confident with forces, motion, and equilibrium problems, this free online course in Hindi helps you build the foundation required for core mechanical and engineering subjects. It focuses on the ideas that power problem solving in diploma and B.Tech programs, competitive exams, and day-to-day engineering thinking: representing forces correctly, choosing the right equations, and turning diagrams into accurate results.

You will begin with the essentials of force systems and moments, then learn how to simplify complex situations using clear Free Body Diagrams. From there, the course strengthens your command over kinematics and Newton’s laws with plenty of numerical practice, so formulas stop feeling memorized and start feeling usable. As you progress, you will connect these tools to equilibrium conditions and key methods used in statics, helping you approach typical textbook and exam questions with a reliable step-by-step mindset.

For learners aiming at structural understanding, the course introduces frames and trusses and builds intuition through analysis methods that are widely used in engineering mechanics. Friction is covered in a practical way, including angles related to friction and common applications such as wedges and ladders, which often appear in problem sets. You will also develop a solid base for design-oriented topics by working with centroid, centre of mass, centre of gravity, and area properties, along with moment of inertia and important axis theorems.

By the end, you should be able to model engineering situations more confidently, solve numericals with better accuracy, and carry forward a strong mechanics base into strength of materials, machine design, and related professional courses.

Course content

  • Video class: Introduction | Basics of Engineering Mechanics in Hindi part 1 10m
  • Video class: System of Forces | basics of engineering mechanics in Hindi part 2 10m
  • Video class: Moment of Force | Basics of Engineering Mechanics in Hindi part 5 17m
  • Video class: Free body diagram ( FBD ) | Basics of Engineering Mechanics in Hindi part 6 15m
  • Video class: Kinematics | Basics of Engineering Mechanics in Hindi part 7 19m
  • Video class: kinematics numerical | Basics of Engineering Mechanics in Hindi part 8 15m
  • Video class: Newton's law of motion | Basics of Engineering Mechanics in Hindi part 9 21m
  • Video class: Newton's law of motion numerical | Basics of Engineering Mechanics in Hindi part 10 24m
  • Video class: Conditions of Equilibrium | Basics of Engineering Mechanics in Hindi part 11 25m
  • Video class: Lami's Theorem | Basics of Engineering Mechanics in Hindi part 12 22m
  • Video class: Equilibrium numerical | Basics of Engineering Mechanics in Hindi part 13 30m
  • Video class: equilibrium numerical 2 | Basics of Engineering Mechanics in Hindi part 14 18m
  • Video class: Reaction of support | Basics of Engineering Mechanics in Hindi part 15 22m
  • Video class: support reaction numerical | Basics of Engineering Mechanics in Hindi part 16 25m
  • Video class: Support reaction numerical 2 | Basics of Engineering Mechanics in Hindi part 17 28m
  • Video class: What is Frame and Truss? | Basics of Engineering Mechanics in Hindi part 18 10m
  • Video class: Method of joints in Truss analysis | Basics of Engineering Mechanics in Hindi part 19 41m
  • Video class: Method of joints numerical in truss analysis | Basics of Engineering Mechanics in Hindi part 20 27m
  • Video class: Method of section in truss analysis | Basics of Engineering Mechanics in Hindi part 21 23m
  • Video class: Friction force | Basics of Engineering Mechanics in Hindi part 22 17m
  • Video class: Friction numerical | Basics of Engineering Mechanics in Hindi part 23 11m
  • Video class: Angle of friction | Basics of Engineering Mechanics in Hindi part 24 15m
  • Video class: Angle of Repose | Basics of Engineering Mechanics in Hindi part 25 17m
  • Video class: Friction in Wedge | Basics of Engineering Mechanics in Hindi part 26 19m
  • Video class: Friction in Ladder | Basics of Engineering Mechanics in Hindi part 27 26m
  • Video class: Centroid Centre of Mass and Centre of Gravity | Basics of Engineering Mechanics in Hindi part 28 13m
  • Video class: How to calculate Moment of Area and Centroid | Basics of Engineering Mechanics in Hindi part 29 30m
  • Video class: Centroid of triangle by integration method | Basics of Engineering Mechanics in Hindi part 30 24m
  • Video class: Moment of Inertia | Basics of Engineering Mechanics in Hindi part 31 14m
  • Video class: Parallel Axis theorem | Basics of Engineering Mechanics in Hindi part 32 19m
  • Video class: perpendicular axis theorem, polar moment of inertia | Basics of Engineering Mechanics in Hindi 33 10m

This free course includes:

10 hours and 33 minutes of online video course

Digital certificate of course completion (Free)

Exercises to train your knowledge

100% free, from content to certificate

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Course comments: Basics of engineering mechanics

MM

Mujammil Malik

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computer sciences engineering nhi hai is me

AA

Areeb Ahmad

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awesome

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