The Department of Mechatronics Engineering

The educational aim of the undergraduate program in the Department of Mechatronics Engineering is to develop diversified multi-technological approach by integrating mechanical engineering, computer engineering, electronics and information sciences. Presently, there are 104 students enrolled in the two academic sessions at undergraduate level in the department of Mechatronics Engineering. Mechatronics engineers cater the national needs of industries in the field of robotics, automated manufacturing equipments, automobiles, security systems, treatment plants, medical equipments, etc..

Faculty

  • Associate Professor

    • Dr. Bakht Bahadur Rana, Ph.D. (UK)

  • Assistant Professor
    • Engr. Amir Sultan, M.Sc. Engg. (UK)

  • Lecturers
    • Engr. Hafiz Muhammad Khurram Ali, B.Sc. Engg. (UET Taxila)
    • Engr. Shahid Mehmood, B.Sc. Engg. (UET Taxila)
    • Engr. Irfan Azhar, B.Sc. Engg. (UET Lahore)

Shared Faculty

  • Professors
    • Prof. Dr. Shahab Khushnood, PhD Engg (NUST)
    • Prof. Sajid Bashir, MSc Engg (UET Taxila)
    • Prof. M. Iram Baig, MSc Engg (UET Lahore)
    • Prof. Dr. Khalid Munawar, PhD Engg (Japan)
  • Associate Professors
    • Dr. Jehanzaib Mirza, PhD Engg (UET Taxila)
    • Mr. Abdur Rauf, MSc (PU)
    • Mr. M. Aslam Kahut, MSc (PU)
    • Hafiz M. Rafi, MA (PU)
  • Assistant Professors
    • Engr. Zahid Suleman Butt, MSc Engg (UET Taxila)
    • Engr. Gulistan Raja, MSc Engg (Japan)
  • Lecturer
    • Engr. Rashid Sajid, MSc Engg (UET Lahore)

-------------------------

Courses of study

Mechatronics Engineering program provides foundation for design of electromechanical devices ranging from large scale automated manufacturing systems to micro-scale sensors and instrumentation.
Mechatronics Engineering is related to multidisciplinary fields such as Mechanical Engineering, Electrical Engineering, Computer Science and Control Systems. Mechatronics control is about the introduction of Mechatronics unit and integration of hydraulic control system, electric control system and computer control system. The content of engineering design methodology focuses on system modeling, performance simulation and optimal design. Fluid transmission teaches the basic theory of fluid power, hydraulic transmission, pneumatic transmission and common drive systems.

Laboratories

  • Engineering Mechanics Lab
  • Workshop
  • Microcontroller Lab
  • Mechatronics Lab
  • Computer Lab


    • Computer Fundamentals & Programming
    • CAD
    • Object Oriented Programming
    • Data Structures & Algorithms
    • Numerical Methods

As sub-campus Chakwal is in developmental phase, therefore some laboratory facilities are yet in the process of completion. For all such practicals where laboratory facilities are not presently available, facilities at UET Taxila are being shared.

Courses under semester system

1st Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

ET 111

Electrical Engineering

3

1

100

50

ET 112

Computer Fundamentals & Programming

3

1

100

50

MT 113

Engineering Mechanics-I

3

1

100

50

MT 114

Workshop

3

2

100

100

MA 115

App. Mathematics-I

4

0

100

0

Total

16

5

500

250

Semester Total for Part-I & II

21

750

           

2nd Semester

       

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 121

Engineering Graphics & Computer Aided Drafting

2

1

50

50

MT 122

Thermodynamics

3

1

100

50

MT 123

Engineering Mechanics-II

3

1

100

50

ET 124

Circuit Analysis

3

1

100

50

HS 125

Communication Skills

3

1

100

50

HS 126

Pak  & Islamic Studies/Ethical Behavior

2

0

50

0

Total

16

5

500

250

Semester Total for Part-I & II

21

750

           
   

Credit =

42

Marks =

1500

3rd Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 211

Fundamental of Mechatronics Engineering

3

1

100

50

MT 212

Electronic Circuits

3

1

100

50

MT 213

Mechanics of Materials

2

1

100

50

MT-214

Object Oriented Programming

1

2

50

100

MA 215

Applied Mathematics-II

3

 

150

 

Total

12

5

500

250

Semester Total for Part-I & II

17

750

           

4th Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 221

Digital Systems

3

1

100

50

MT 222

Theory of Machines

3

1

100

50

MT 223

Machine Design & CAD

2

1

100

75

MT 224

Machine Tools & Manufacturing Processes

2

1

100

25

MT 225

Industrial Materials

2

1

100

50

Total

12

5

500

250

Semester Total for Part-I & II

17

750

           
   

Credit =

34

Marks =

1500

5th Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 311

Mechatronics Components

3

1

100

50

MT 312

Electromechanical Machine Design

3

2

100

50

MT 313

Algorithms & Data Structures

2

1

100

50

MT 314

Hydraulic & Pneumatic Systems

3

1

50

100

MT 315

Numerical Methods for Engineers

3

0

150

 

Total

15

5

500

250

Semester Total for Part-I & II

20

750

           

6th Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 321

Mechatronics Design-I

3

1

100

50

MT 322

Mechatronics & Instrumentation

3

1

100

50

MT 323

AC, DC Drives

3

1

100

50

MT 324

Microprocessor & Microcontrollers

3

1

100

50

MT 325

Engineering Economic

3

0

100

 

MT 326

Professional Ethics

2

0

50

 

Total

17

4

550

200

Semester Total for Part-I & II

21

750

           
   

Credit =

41

Marks =

1500

7th Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 411

Mechatronics Design-II

3

1

100

50

MT 412

Digital Signal Processing

3

1

100

50

MT 413

Feedback & Control System

3

1

100

50

MT 414

Engineering Management

3

1

100

50

MT 415

Artificial Intelligence

3

1

100

50

Total

15

5

500

250

Semester Total for Part-I & II

20

750

           

8th Semester

         

Course No.

Course Title

Credit hours

Marks

Part I

Part II

Part I

Part II

MT 421

Intelligent Mechatronics

3

1

100

50

MT 422

Industrial Control & Manufacturing System

3

1

100

50

MT 423

Automation & Robotics

3

1

100

25

MT 424

Mechatronics & System Dynamics

3

1

100

25

MT 425

Project

0

4

0

200

Total

12

8

400

350

Semester Total for Part-I & II

20

750

           
   

Credit =

40

Marks =

1500

 


Informaiton for this section is provided by: Muhammad Asim, Network Supervisor
[UET Sub-Campus Chakwal], Email:masim@uettaxila.edu.pk
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Page Updated:08/18/2008