GATE 2021 RANK IMPROVEMENT BATCH Mechanical Engineering

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Key Features and Syllabus covered


What is this course about?

This is a Comprehensive course of 800+ Hours which will cover all subjects from Basic to advance level with Quality questions. The main objective of this batch is to boost the student’s current performance to the next higher level.

Some features of this dedicated batch are:

  • Dedicated core Faculty team of Engineers Academy
  • Subject wise 200+ Quality Practice Questions
  • Regular Subject wise Assessment
  • Bi-Weekly Quiz
  • Regular Online Doubts Sessions

Study Material:  Theory and Objective Books of Technical Subjects, GATE Previous Year Solved Papers , DPP Booklets , Guide for Engineering Mathematics Book  , General Aptitude & Reasoning Book.

Test Series: 60 Online Test
Part Test -20, Subject Test –10, Cascaded Test-5, Full Syllabus Test -15 and Mock Test -10
For more online tests, visit website.... www.onlineengineersacademy.org

 

Curriculum :

1 # FORCE SYSTEM AND EQUILIBRIUM

02:12:48

2 # FORCE SYSTEM AND EQUILIBRIUM

02:16:02

3 # FORCE SYSTEM AND EQUILIBRIUM

02:13:06

4 # Truss

02:16:13

5 # Truss

02:05:25

6 # Friction

02:08:05

7 # Friction

02:07:49

8 # Friction

02:08:50

9 # KINEMATICS

02:12:54

10 # KINEMATICS

01:42:50

11 # KINEMATICS

01:58:11

12 # KINEMATICS

02:00:36

13 # C.G / C.O.M / Centroid

02:00:14

14 # C.G / C.O.M / Centroid

02:03:10

15 # Moment of inertia

01:55:04

16 # Kinetics

02:07:19

17 # Kinetics

02:04:12

18 # Impulse and momentum

02:12:40

19 # Impact

02:00:26

20 # Virtual Work

01:58:44

21 # Projectile motion

02:09:36

22 # Constrained motion

02:08:56

1 # Simple mechanism 01

02:34:10

2 # Simple mechanism 2

02:40:31

3 # Simple mechanism 03

02:41:17

4 # Simple mechanism 04

02:45:26

5 # Simple mechanism 05

02:48:44

6 # Simple mechanism 06

00:30:53

7 # Simple mechanism 06.1

02:02:18

8 # Simple mechanism 7

02:39:22

9 # Simple mechanism 08

02:23:10

10 # Velocity analysis 01

02:28:46

11 # Velocity analysis 02

02:28:21

12 # Velocity analysis 03

02:27:38

13 # Velocity analysis 04

02:40:56

14 # Acceleration analysis

02:12:00

15 # Gear 01

02:06:36

16 # GEAR 1

02:50:44

17 # GEAR 2

02:17:03

18 # GEAR 3

02:29:38

19 # GEAR TRAIN 01

02:22:30

20 # Gear train 02

02:40:54

21 # GEAR TRAIN 03

02:22:26

22 # Flywheel 01

02:10:04

23 # Flywheel 02

02:09:56

24 # Flywheel 03

01:51:01

1 # Introduction

01:30:31

2 # Introduction

01:12:39

3 # Introduction

02:25:40

4 # Modes Of Heat transfer

02:33:22

5 # Modes Of Heat transfer

02:23:11

6 # Conduction

02:35:06

7 # Thermal Conductivity

02:31:45

8 # GENERALIZED HEAT CONDUCTION EQUATION-1

02:38:01

9 # Conduction In Plane Slab

02:52:17

10 # Composite slabs

02:41:07

11 # Steady state conduction through variable area

02:44:22

12 # Conduction in spheres

02:28:56

13 # Critical radius of insulation

02:37:04

14 # Variable thermal conductivity

01:09:20

15 # Heat generation-plane slab

02:35:33

16 # Heat generation -cylinders and spheres

02:34:46

17 # EXTENDED SURFACES

02:25:19

18 # EXTENDED SURFACES

02:45:26

19 # TRANSIENT CODUCTION

02:53:50

20 # TRANSIENT CODUCTION

00:10:12

21 # TRANSIENT CODUCTION

02:34:33

22 # Thermal Radiation

02:45:49

23 # Thermal Radiation 2

02:37:31

24 # Thermal Radiation 3

03:04:45

25 # Thermal Radiation 4

02:34:47

26 # Heat EXCHANGERS

02:52:30

27 # Heat EXCHANGERS - LMTD Method

03:02:41

28 # Heat exchangers- NTU AND PROBLEMS

02:29:17

29 # Convection-1

03:05:36

30 # Convection-2

03:05:31

31 # Convection-3

03:21:01

1 # Basic Concepts Of Thermodynamics

02:03:13

2 # Basic Concepts Of Thermodynamics

02:03:45

3 # Basic Concepts Of Thermodynamics

02:00:55

4 # Basic Concepts Of Thermodynamics

02:07:41

5 # Basic Concepts Of Thermodynamics

01:59:07

6 # Energy Interactions

02:02:21

7 # Energy Interactions

01:57:56

8 # Energy Interactions

02:02:55

9 # First law of thermo dynamics

01:58:22

10 # First law of thermo dynamics

02:01:04

11 # First law of thermo dynamics

02:04:12

12 # SFEE

02:08:11

13 # Unsteady state

01:58:24

14 # Unsteady state

02:07:31

15 # 2nd law

02:01:09

16 # 2nd law

02:04:46

17 # 2nd law

02:03:04

18 # Entropy

02:05:30

19 # Entropy

00:33:25

20 # Entropy

01:16:38

21 # Entropy

02:03:07

22 # AE-AVAILABILITY-IRR

02:11:02

23 # AE-AVAILABILITY-IRR

02:07:06

24 # AE-AVAILABILITY-IRR

02:06:03

25 # PURE SUBSTANCES

02:12:26

26 # PURE SUBSTANCES

02:02:22

27 # PURE SUBSTANCES

02:16:37

28 # PURE SUBSTANCES

02:15:04

29 # Thermodynamic relations

02:13:07

30 # Thermodynamic relations

02:11:33

31 # Thermodynamic relations

01:54:55

1 # Metal Cutting

02:08:12

2 # Metal Cutting-2

02:11:25

3 # Metal cutting-3

02:03:45

4 # Metal Cutting 4

02:00:56

5 # Metal cutting 5

02:01:39

6 # Metal cutting 6

02:03:59

7 # Metal cutting 7

02:03:08

8 # Metal cutting 8

01:59:19

9 # Metal Cutting-8

02:06:31

10 # Metal cutting 8

03:00:18

11 # Metal Cutting - 11

03:10:51

12 # Metal Cutting 12

02:58:36

13 # Metal Cutting - 13

00:00:00

13 # Metal Cuttin13

03:01:09

14 # Tool Life-2

03:05:34

15 # Tool life-3

03:05:49

16 # Casting

02:28:01

17 # CASTING

02:21:09

18 # CASTING

02:20:13

19 # CASTING

02:23:46

20 # CASTING

00:00:00

1 # Introduction

01:55:15

2 # Productivity

02:00:23

3 # Cost Problems

01:54:31

4 # BEA

02:02:59

5 # BEA Problems

02:04:40

6 # Numericals on BEP and Contribution

01:59:54

7 # Make or buy decision problems

01:48:14

8 # Sequencing & Scheduling

00:00:00

8 # Sequencing & Scheduling

01:57:35

9 # Sequencing & Scheduling 1

02:22:25

10 # Sequencing & Scheduling 1

02:07:23

11 # Sequencing & Scheduling 2

01:55:13

12 # Forecasting

01:56:35

13 # Forecasting Methods

02:04:57

14 # Forecasting Methods 2

01:56:43

15 # Forecast error

01:56:46

16 # Forecast error-2

02:06:38

17 # Queuing Theory

02:03:01

18 # Queuing Theory-2

02:19:43

19 # Queuing Theory-3

02:16:11

20 # Network Analysis

02:03:29

21 # CPM

02:19:42

22 # CPM

02:13:06

23 # CPM Problems

02:03:02

24 # PERT

02:20:37

25 # CRASHING

02:20:28

26 # Inventory control

02:25:59

27 # EOQ model

02:10:43

28 # EOQ MODEL

02:26:49

29 # Model 2

02:20:01

30 # Model 3

02:18:18

31 # Modle4

02:38:21

32 # Modle5

01:12:55

33 # LPP

02:30:05

34 # LPP -2

01:36:02

35 # Simplex Method & Duality

02:13:30

36 # Simplex Method & Duality

01:19:15

37 # Transportation Model

02:26:05

38 # Transportation Model

01:48:07

39 # MRP

02:39:37

40 # PPC

01:07:14

1 # Introduction of stress and strain

02:22:45

2 # Application Of hooks Law

02:33:40

3 # Application Of hooks Law -2

02:35:47

4 # Application of hooks law 3

02:45:35

5 # Elastic constant

02:35:20

6 # Elastic constant 2

02:24:29

7 # Strain energy

02:03:16

8 # Strain Energy

02:27:03

9 # Impact loading

02:29:03

10 # Thermal stress and strain

02:08:39

11 # Quiz and practicse

02:44:59

12 # Tensile test and properties of material

02:38:05

13 # SFD AND BMD

02:35:02

14 # SFD AND BMD

02:26:35

15 # SFD AND BMD -3

02:36:03

16 # Sfd and bmd 4

02:40:27

17 # SFD AND BMD 5

02:20:28

18 # Sfd and bmd 6

02:41:23

19 # Bending stress

02:28:48

20 # Bending stress 2

02:41:14

21 # Torsion

02:31:29

22 # Torsion

02:40:05

23 # Torsion 2

01:44:53

24 # Shear stress

02:38:27

25 # Shear stress due to transverse loading

02:36:52

26 # Shear stress due to transverse loading 2

02:26:27

27 # Stress analysis

02:27:36

28 # Stress analysis 2

02:15:31

29 # Stress analysis 3 ( mohr circle )

02:23:45

30 # Stress analysis 4

02:16:41

31 # Strain analysis

02:21:37

32 # Problem on strain analysis

02:13:01

33 # Deflection 9moment area method )

02:52:03

34 # Deflection ( area moment method )

02:56:41

35 # Deflection ( superposition )

02:49:36

36 # Superpostion and di metthod

03:05:03

37 # Strain energy method

02:35:43

38 # Strain energy method and pressure vessal

02:55:55

39 # Pressure vessal and column

03:20:49

40 # Column

02:51:36

41 # Practice session

02:04:52

1 # Ideal refrigeration cycle

02:26:49

2 # VCRS

02:32:08

3 # VCRS- 2

02:22:27

4 # VCRS 3

02:31:30

5 # VCRS - 4

02:24:33

6 # VARS

02:00:04

7 # Air Refrigeration cycle

02:34:28

8 # Refrigerant

02:34:57

9 # Refrigerant 2

02:22:19

10 # Psychrometry -1

02:33:11

11 # Psychrometry - 2

02:36:11

12 # Psychrometry - 3

02:17:41

13 # Psychrometry - 4

02:32:57

14 # Psychrometry - 5

02:34:12

15 # Basics of I C ENGINE

02:34:07

16 # Air Standard Cycles 1

02:29:52

17 # Air Standard Cycles 2

02:09:39

18 # Air Standard Cycles 3

02:31:15

19 # Air Fuel Cycle

02:28:22

20 # Air Fuel Cycle 2

02:37:12

21 # Engine Performance Parameters

02:29:07

22 # Practice session on I C ENGINE

02:20:58

1 # Introduction

01:57:27

2 # Introduction-2

01:58:53

3 # Introduction-3

01:57:51

4 # Introduction-4

00:00:00

4 # Introduction-4

01:50:49

5 # Introduction-5

01:55:35

6 # Pressure & its measurement

01:54:58

7 # Pressure & its measurement-2

01:57:18

8 # Pressure & its measurement-3

01:56:18

9 # BUOYANCY & FLOATATION

02:00:30

10 # BUOYANCY & FLOATATION 2

01:56:44

11 # BUOYANCY & FLOATATION-3

01:51:58

12 # Hydrostatic force

02:57:08

13 # Hydrostatic force-2

01:56:09

14 # Hydrostatic force-3

02:54:11

15 # Fluid kinematics

02:47:51

16 # Fluid kinematics- 2

01:56:49

17 # Fluid kinematics- 3

02:14:23

18 # Fluid kinematics- 4

00:00:10

19 # Fluid kinematics- 4

02:08:43

20 # Fluid kinematics- 5

01:57:39

21 # Fluid dynamics

02:01:37

22 # Fluid dynamics- 2

01:57:14

23 # Flow measurement device

02:19:22

24 # Flow measurement device- 2

02:27:08

25 # Vortex flow

00:46:43

26 # Vortex flow.

01:16:17

27 # Vortex flow-2

02:21:32

28 # Flow through pipe

02:19:31

29 # Rigid body motion (translation)

02:24:59

30 # Laminar flow

02:26:30

31 # Laminar flow- 2

02:21:23

32 # Dimensional analysis

02:09:02

33 # Boundary layer theory

02:17:11

34 # Boundary layer theory- 2

02:35:02

35 # Boundary layer theory- 3

02:11:10

36 # Turbulent flow

02:20:50

37 # Hydraulic machine

02:10:52

38 # Hydraulic turbine

02:25:42

39 # Hydraulic machine- 2

02:09:24

40 # Hydraulic machine- 3

02:19:40

41 # Hydraulic machine- 4

02:13:16

42 # Hydraulic machine- 5

02:24:07

43 # Hydraulic machine- 6

02:29:22

44 # Hydraulic machine- 6

02:29:57

45 # Hydraulic machine- 7

02:35:41

1 # Introduction of rankine cycle

02:28:00

2 # Rankine cycle- 2

02:26:02

3 # Rankine cycle- 3

02:19:04

4 # Gas power plant

02:26:53

5 # Gas power plant - 2

02:29:39

6 # Gas power plant - 3

02:06:02

7 # Reciprocating compressor

02:15:49

8 # Reciprocating compressor-2

02:22:08

9 # Centrifugal compressor

02:22:34

10 # Axial flow compressor

02:16:54

11 # Steam turbine

01:35:06

12 # Steam turbine- 2

02:23:43

13 # Compressible flow

02:39:15

14 # Compressible flow-2

01:54:40

₹ 22000


What You will Get

  • Online Classes

    Online Classes of purchased course which will cover the Technical & Non-Technical Syllabus.

  • Unlimited Access

    Get unlimited access during the validity of the course. You can access the course 24/7 as per your convenience

  • Student Interaction

    Students can interact with our teachers using the chat and email option

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