Mechanical Engineering (Technical)

Thermodynamics, SOM, TOM, machine design, fluid mechanics and manufacturing.

6 MonthsDuration 12Chapters50Topics

Syllabus · पाठ्यक्रम

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01Engineering Mechanics 4 topics
  1. Force systems and moments
  2. Equilibrium and Lami's theorem
  3. Friction
  4. Kinematics and kinetics
02Strength of Materials 4 topics
  1. Stress, strain and elastic constants
  2. Thin cylinders
  3. Bending and torsion
  4. Columns and Euler's theory
03Thermodynamics 4 topics
  1. Laws of thermodynamics
  2. Thermodynamic processes
  3. Carnot cycle and heat engines
  4. Entropy
04IC Engines 4 topics
  1. Otto, Diesel and dual cycles
  2. Two and four stroke engines
  3. Combustion and knocking
  4. Engine performance
05Refrigeration & Air Conditioning 4 topics
  1. Vapour compression cycle
  2. COP and ton of refrigeration
  3. Refrigerants
  4. Psychrometry basics
06Heat Transfer 5 topics
  1. Conduction - Fourier's law
  2. Thermal resistance
  3. Convection
  4. Radiation - Stefan-Boltzmann law
  5. Heat exchangers
07Fluid Mechanics & Hydraulic Machines 4 topics
  1. Fluid properties and pressure
  2. Bernoulli's equation and flow measurement
  3. Turbines - Pelton, Francis, Kaplan
  4. Pumps
08Theory of Machines 4 topics
  1. Kinematic pairs and mechanisms
  2. Instantaneous centres
  3. Gears and gear trains
  4. Flywheel and governors
09Machine Design 4 topics
  1. Factor of safety
  2. Theories of failure
  3. Fatigue and endurance limit
  4. Design of shafts, keys and joints
10Engineering Materials 4 topics
  1. Ferrous and non-ferrous materials
  2. Iron-carbon diagram
  3. Heat treatment
  4. Mechanical properties
11Manufacturing Processes 5 topics
  1. Casting
  2. Welding
  3. Metal forming
  4. Machining and tool life
  5. Non-traditional machining
12Industrial Engineering & Metrology 4 topics
  1. Inventory control and EOQ
  2. PERT and CPM
  3. Measuring instruments and least count
  4. Limits, fits and tolerances

About

You will be able to

  • Solve engineering mechanics and strength of materials problems - elastic constants, thin cylinders, columns
  • Apply laws of thermodynamics and analyse Carnot, Otto and refrigeration cycles
  • Answer IC engine, refrigeration, heat transfer and fluid machinery questions at JE / GATE level
  • Solve theory of machines and machine design questions - gears, flywheels, failure theories, fatigue
  • Explain engineering materials, the iron-carbon diagram and manufacturing processes including tool life
  • Use basic industrial engineering and metrology formulas such as EOQ and least count

Who it is for

  • SSC JE (Mechanical), RRB JE and state JE / AE aspirants
  • GATE Mechanical Engineering aspirants who want objective practice
  • Diploma and B.Tech mechanical students preparing for technical exams

What you need

  • Diploma or degree in Mechanical Engineering (final year students can join)
  • Scientific calculator and steam / refrigerant tables for practice

Questions

Is this course enough for SSC JE Mechanical paper?

It covers the mechanical technical syllabus. General intelligence and general awareness are taught as separate subjects.

Are numericals included?

Yes. Every chapter has formula sheets and solved numericals at JE level, with harder GATE-type questions at the end.

Can diploma students join?

Yes. The course starts from basics and suits both diploma and degree holders.

How long is the course?

About 6 months with chapter tests and full mock papers.

Download the syllabus (PDF)

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