Exam Scheme:

Note :-

1. Objective type paper
2. All questions carry equal marks.
3. There will be Negative Marking.
4. Medium of Competitive Exam: Bilingual in English & Hindi.

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Syllabus : Mechanical Engineering-I

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1. Engineering Materials:
   1. Crystal structure
   2. Space lattice
   3. Miller indices
   4. Imperfection in crystals
   5. Mechanism of plastic deformation
   6. Theory of work hardening and recrystallization
   7. Concept of creep
   8. Fatigue and fracture
   9. Phase diagrams
   10. Heat treatment of steels
   11. Plain carbon steel
   12. Alloy steels
   13. Effect of alloying elements in steel
   14. Composition
   15. Application and properties of common engineering materials

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2. Mechanics of Solids:
   1. Stress and strain in two dimensions
   2. Principal stresses and strains
   3. Isotropy and anisotropy
   4. Uniaxial loading
   5. Thermal stresses
   6. Bending moment and shear force diagrams
   7. Bending stresses and deflection of beams
   8. Shear stress distribution
   9. Torsion of shafts
   10. Helical springs
   11. Combined stresses
   12. Struts and columns

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3. Theory of Machine:
   1. Kinematic analysis of mechanisms
   2. Instantaneous centre of rotation
   3. Straight line mechanisms
   4. Steering mechanisms
   5. Hooke's Joint
   6. Brakes and dynamometers
   7. Cams
   8. Governors
   9. Gears and Gear trains
   10. Fly wheel and turning moment diagram
   11. Friction (types)
   12. Laws of friction
   13. Inclined plane
   14. Ball & roller bearings
   15. Single and multiplate clutches
   16. Balancing of rotating and reciprocating masses
   17. Gyroscopic motion
   18. Vibration analysis of free, damped and forced vibration of single degree of freedom
   19. Vibration isolation and transmissivity

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4. Machine Design:
   1. Design of machine elements subjected to direct stress
   2. Factor of safety
   3. Stress-strain relations
   4. Theory of fatigue
   5. Endurance limit
   6. S-N diagram
   7. Design of shaft
   8. Coupling
   9. Springs
   10. Clutch
   11. Brakes
   12. Bearings
   13. Gear
   14. Thick and thin cylinder
   15. Concept of fracture in ductile and brittle metals
   16. Creep behavior in metals

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5. Production Engineering:
   1. Foundry-
      1. Patterns and their allowances
      2. Moulding sand and its properties
      3. Moulding and casting methods
   2. Principles of welding, brazing and soldering
   3. Metal forming-
      1. Rolling
      2. Forging
      3. Extrusion and Drawing
   4. Principles of metal cutting
   5. Various cutting tools
   6. Tool wear and tool life
   7. Jigs and Fixtures
   8. Economics of machining
   9. Types of machine tools
   10. Standards of measurements
       1. Limits
       2. Fits and Tolerances
       3. Linear and Angular measurements
   11. Numerical control machine tools
   12. CAM
   13. FMS
   14. CIMS
   15. Principles of non-traditional machining processes

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6. Industrial Engineering:
   1. Type of business, public corporations and co-operative societies
   2. Forms of organization
   3. Management structure
   4. Work study and productivity
   5. Motion study
   6. Time study
   7. Theory of work sampling
   8. Material handling:
      1. Functions
      2. Engineering & economic factors
   9. Production Planning and Control
   10. Product life cycle
   11. Concurrent engineering
   12. Types of plant layout

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7. Operation Research and Production Management:
   1. Linear programming
   2. Assignment
   3. Transportation
   4. Game Theory
   5. Statistical quality control
   6. Inventory control
   7. Forecasting
   8. Aggregate planning
   9. MRP
   10. MRP-II
   11. Scheduling
   12. Break-Even analysis
   13. Make v/s buy decision
   14. Concept of CPM and PERT