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GATE 2022 is the most awaiting and prestigious exam conducted by the Indian Institute of Technology (IIT) Kharagpur. The candidates should expect tough competition as the number of candidates applying for the post is increasing yearly. The candidates are nee to be a graduate of the one who is the final stage of the graduation. The candidates can register themselves and submit the application form to appear for the upcoming exam. The candidates need to check the eligibility criteria proposed by the exam conducting body. The candidates have to perform well in the exam to be selected. Read further for the gate 2022 mechanical engineering study plan.
Is it possible to crack the exam within a limited period using the available resources? Yes, if you are preparing according to the study plan. The study plan can help the candidates to crack the exam with ease. The study plan for the GATE Mechanical Engineering is discussed here. Those candidates who wish to crack the exam in the best way can follow the below-mentioned expert study plan. Do your best!
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Study Plan GATE 2022 Mechanical Engineering
The candidates can utilize the below give the table below to form the individual study plan. Based on this study plan the candidates can also prepare a study timetable and make the preparation most fruitful. Check here for the GATE ME preparation plan
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Chapter Number | Name of the chapter | Number of days required to finish each topic |
Chapter 1 | Linear Algebra | 2 days |
Chapter 2 | Probability & distribution | 1 day |
Chapter 3 | Numerical methods | 1 day |
Chapter 4 | Calculus | 3 days |
Chapter 5 | Differential Equations | 2 days |
– | REVISION | – |
Chapter 6 | Complex Variables | 1 day |
Chapter 7 | Laplace Transforms+ Fourier series | 0.5 day |
Chapter 8 | Force and moment systems | 1 day |
Chapter 9 | Equilibrium of force systems | 2 days |
Chapter 10 | Structural analysis | 2 days |
– | REVISION | – |
Chapter 11 | Kinematics and dynamics of particles and rigid bodies in plane motion | 2 days |
Chapter 12 | Friction | 1 day |
Chapter 13 | Work and energy principle | 1 day |
Chapter 14 | Impulse and momentum | 1 day |
Chapter 15 | Basics of fluid mechanics | 2 days |
– | REVISION | – |
Chapter 16 | Properties of fluids | 1 day |
Chapter 17 | Pressure and fluid statics | 2 days
|
Chapter 18 | Kinematics | 3 days |
Chapter 19 | Bernoulli’s equations and their applications | 2 days |
Chapter 20 | Dynamics of fluid flow | 2 days |
Chapter 21 | Flow-through conduits/pipes | 2 days |
Chapter 22 | External flow | 2 days |
Chapter 23 | Hydraulic turbines | 2 days |
REVISION | ||
Chapter 24 | Simple stress and strain | 2 days |
Chapter 25 | Strain energy and impact load | 2 days |
Chapter 26 | Shear force and bending moment diagram | 2 days |
Chapter 27 | Bending stress and shear stress | 2 days |
– | REVISION | – |
Chapter 28 | Pure torsion | 2 days |
Chapter 29 | Combined stress and strain | 3 days |
Chapter 30 | Column and pressure level | 2 days |
Chapter 31 | Slope and deflection | 2 days |
Chapter 32 | Basic concepts of thermodynamics | 2 days |
Chapter 33 | The first law of thermodynamics | 2 days |
Chapter 34 | The second law of thermodynamics | 3 days |
Chapter 35 | Available energy and thermodynamic relations | 2 days |
– | REVISION | – |
Chapter 36 | Properties of pure substance and gas mixture | 2 days |
Chapter 37 | Refrigeration | 2 days |
Chapter 38 | Psychrometry | 2 days |
Chapter 39 | Power plant engineering | 3 days |
Chapter 40 | Internal combustion engine | 2 days |
Chapter 41 | Metal casting | 3 days |
Chapter 42 | Welding | 3 days |
– | REVISION | – |
Chapter 43 | Metal forming | 3 days |
Chapter 44 | Metal cutting | 3 days |
Chapter 45 | Power metallurgy | 2 days |
Chapter 46 | Metrology | 2 days |
Chapter 47 | Mechanics | 2 days |
Chapter 48 | Gears | 2 days |
Chapter 49 | Gear train | 1 day |
– | REVISION | – |
Chapter 50 | Flywheel | 1 day |
Chapter 51 | Vibrations | 2 days |
Chapter 52 | Cams and followers | 1 day |
Chapter 53 | governors | 1 day |
Chapter 54 | Static, dynamic loading and theories of failure | 3 days |
Chapter 55 | Design of bearings | 2 days |
Chapter 56 | Clutches brakes and rope designs | 3 days |
Chapter 57 | Welded and riveted joints | 2 days |
Chapter 58 | Design of spur gears and springs | 2 days |
Chapter 59 | Design of shafts, keys and couplings | 2 days |
Chapter 60 | Introduction to modes of heat transfer | 1 day |
Chapter 61 | Introduction to conduction | 1 day |
Chapter 62 | One dimensional steady-state conduction without heat generation
|
1 day |
Chapter 63 | One dimensional steady-state conduction with heat generation | 1 day |
Chapter 64 | Extended surface | 1 day |
Chapter 65 | Transient heat conduction | 1 day |
Chapter 66 | Radiation | `2 days |
Chapter 67 | Convection | 1 day |
Chapter 68 | Natural convection | 1 day |
Chapter 69 | Heat exchangers | 2 days |
Chapter 70 | Forecasting | 1 day |
Chapter 71 | Inventory control | 2 days |
Chapter 72 | Project management | 2 days |
Chapter 73 | Plant layout | 1 day |
Chapter 74 | Line balancing | 2 days |
Chapter 75 | Sequencing model | 1 day |
Chapter 76 | Queuing theory | 2 days |
Chapter 77 | Linear programming problem | 2 days |
Chapter 78 | Assignment model | 1 day |
The study plan can cover the complete syllabus and can help the candidates to locate the focus point in the syllabus. The study notes can be prepared along with it. The candidates can learn the important formulas, equations, concepts etc related to each chapter. The study plan allows the candidates to learn everything related to the topic in a single stretch. The study plan can reduce the effort of the candidates and reap the best results. The study plan for the GATE 2022 Mechanical Engineering can help the candidates to attempt the mock test series, previous year question papers, test series and revision tests based regularly.
GATE Mechanical Engineering Exam Strategy
- Prepare study notes
- Learn daily
- Revise the topics
- Select the best books
- Identify the focus area in the syllabus
- Devote more time for difficult papers
- Learn the exam pattern and syllabus
- Find the best study resources
- Attempt the previous year question paper
- Attempt mock tests
- Use test series and improve the time management and speed management
- Learn the topics thoroughly
While preparing for the GATE, ensure to keep track of the syllabus and exam pattern. Make sure you use the authentic books and ensure to take brief notes instead of long ones. You should have book marks and points to remember as a last minute quick view piece. Don’t read all the information together. Locate focus areas and relevant topics can be taken note of.
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