Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

General

4

2

–

2

Human
Rights

1

A

6

3

–

3

Mathematic-1

2

A

4

3

2

1

Computer
Application

3

M

2

3

3

–

Engineering
&  Industrial Drawing

4

M

6

3

–

3

Mechanics

5

M

6

4

2

2

Electrical
Technology

6

M

6

9

9

–

Work
shop

7

M

8

5

2

3

Thermodynamics-1

8

42

32

18

14

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

A

6

3

–

3

Mathematic-2

1

A

4

3

2

1

Computer
Application

2

M

6

4

2

2

Strength
of Materials

3

M

6

4

2

2

Thermodynamics-2

4

M

5

4

3

1

Mechanical
Drawing

5

M

6

4

2

2

Fluid
Mechanics

6

M

6

4

2

2

Engineering
Materials

7

M

6

4

2

2

Theory
of Machine

8

M

–

6

6

–

Training

9

45

36

21

15

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

M

6

4

2

2

Electrical
& Electronic Engineering

1.       

M

6

4

2

2

Vibration

2.       

M

6

4

2

2

Material technology

3.       

A

6

3

1

2

Engineering Numerical Analyses

4.       

M

6

4

2

2

Production lines design

5.       

M

6

5

3

2

Manufacturing Processes

6.       

M

4

3

2

1

Hydraulic Machines

7.       

A

4

3

2

1

Computer Applications / 3

8.       

M

–

6

6

–

Training

9.       

44

36

22

14

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

M

9

6

3

3

Robots

1.       

M

6

5

3

2

Machines Maintenance

2.       

M

9

6

3

3

Machines Design

3.       

A

6

5

3

2

Computer Application

4.       

M

4

6

6

–

Project

5.       

M

4

3

2

1

Advanced
Engineering materials

6.       

M

4

2

–

2

Industrial Engineering

7.       

M

4

2

–

2

Engineering
Economics

8.       

M

8

5

2

3

Control & Measurement
Engineering System

9.       

54

40

22

18

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

A

6

3

–

3

Engineering
& Numerical analysis 

1.       

M

7

5

3

2

Machine Design

2.       

M

6

4

2

2

Introduction to Renewable energy

3.       

M

8

5

2

3

Heat & Mass Transfer

4.       

M

8

5

2

3

Gas Dynamic

5.       

M

6

4

2

2

Electrical
& Electronic Engineering

6.       

A

4

2

–

2

Combustion and pollution
engineering

7.       

M

4

3

2

1

Computer Application

8.       

M

–

6

6

–

Training

9.       

49

37

19

18

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

M

6

3

–

3

Wind
Energy & Geothermal System

1.       

M

6

4

2

2

Bio Fuels

2.       

M

8

5

2

3

Solar Energy

3.       

M

6

3

–

3

Thermal System Design

4.       

M

8

5

2

3

Control & Measurement
Engineering System

5.       

A

4

2

–

2

Industrial Management 

6.       

M

8

5

2

3

Photovoltaic Energy Conservation

7.       

A

8

6

4

2

Computer Design 

8.       

M

4

6

6

–

Project

9.       

58

39

18

21

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

A

4

3

2

1

Computer
Application

1.       

A

6

3

–

3

Engineering
& Assistance Numerical Analysis

2.       

M

6

4

2

2

Electrical
& Electronic Engineering

3.       

M

6

4

2

2

Vibration 

4.       

M

8

5

2

3

Heat
Transfer

5.       

M

7

5

3

2

Mechanical
Design

6.       

M

3

4

4

–

Refrigeration
& Air conditioning System Drawing          

7.       

M

5

4

3

1

Refrigeration
& Air conditioning Device Maintenance

8.       

M

6

4

2

2

Refrigeration
& Air-conditioning -2 

9.       

–

6

6

–

Training

10.   

51

42

26

16

SUM

Observation

Subject Type

Num. of Units

Number of Hours

Subject

No.

S

Pr

Th

G

4

2

–

2

Engineering
Management & Quality Control               

1.       

A

4

3

2

1

Computer
Application      

2.       

M

8

5

2

3

Refrigeration
Systems      

3.       

M

8

5

2

3

Air
conditioning Systems

4.       

M

6

2

2

2

Renewable
Energy

5.       

M

9

3

3

3

Control
Circuits

6.       

M

6

4

2

2

Power
Plants

7.       

M

4

6

6

–

Project

8.       

49

35

19

16

SUM