كلية الهندسة - ميكاترونيك




مناهج


MECHATRONICS ENGINEERING






MECHATRONICS ENGINEERING
 
To produce graduates having good analytical and design knowledge of integrated Mechatronics system (electrical, mechanical, electronics and computer) to cater for the needs of automation industry.
 
Mechatronics Engineering Programme Objectives
  1. To produce graduates with broad based knowledge and fundamentals of engineering to solve problems, generate new ideas and develop products for the need of the society.
  2. To produce graduates with competencies in engineering design and analysis.
  3. To produce successful and productive engineers with skills in communication, management, teamwork and leadership.
  4. To produce graduates with good understanding of moral values, professional ethics and responsibility toward society and environment.
  5. To produce graduates who recognize the importance of and engage in life-long learning.
Mechatronics Engineering Programme Learning outcomes
  1. The ability to acquire and apply knowledge of mathematics, science, and engineering fundamentals.
  2. The ability to acquire a broad based education necessary to understand the impact of engineering solutions in a global and societal context.
  3. The ability to have in-depth understanding and technical competency in relevant engineering.
  4. The ability to undertake problem identification, formulation and solution.
  5. The ability to design a system, component, or process for operational performance.
  6. The ability to design and conduct experiments, as well as to analyze and interpret data.
  7. The ability to understand the principles of sustainable design and development.
  8. The ability to effectively communicate orally, in writing and using multimedia tools.
  9. The ability to function effectively as an individual and in group with the capacity to be a leader or manager as well as an effective team member.
  10. The ability to recognize the need for life long learning and possess the ability to pursue independent learning for professional development.
  11. The ability to understand the social, cultural, global and environmental responsibilities of a professional engineer, and the need for sustainable development.
  12. The ability to understand and commit to professional and ethical responsibilities.
 
 

 General Outlines
The abbreviations, various codes and other definitions are given a follows:
Abbreviations
 
UR – University Requirement
FR – Faculty Requirement
CE – Civil Engineering
MT – Mechatronic  Engineering
CSE – Computer Science and Engineering
ECE – Electronics and Communication Engineering
IT – Information Technology
L – Lecture Hours, T – Tutorial Hours, P – Practical Hours, CH –Credit Hour
 
Definition of the Credit Hour (CH)
 
v  One lecture (L) hour per week per semester is assigned to one credit.
v  Two tutorial (T) hours per week per semester are assigned to one credit. However, if it is less than two hours no credit is given.
v  Three practical (P) hours per week per semester are assigned to one credit. However, if it is less than three hours no credit is given.
 
Practical Summer Training  (Non-credit Requirement)
The student is required to spend minimum period of eight weeks during summer vacations as a part of B.Sc. degree requirement in a factory, public/private engineering establishments or an industrial enterprise. Upon the completion of each period a technical report is to be submitted.
 
Course Numbering
 
The three digits of the number denoting a course will be used with the following criteria.
1-  The first digit will correspond to the level at which the course is offered.
2-  The second digit will be usually used to identify different areas within the department.
3-  The last digit will be odd for courses given in the first semester, and even for courses  
  given in the second semester, and zero for courses given in both semesters.
 
 
University and Faculty Requirement (UR & FR) Course Areas Code number :
 
Humanities : 0 – Languages, 1 – Social Science
Basic Sciences:   2 – Mathematics, 3 – Physics,  4 – Chemistry
Engineering Science and Arts: 5 – Eng Arts, 6 – Eng Sciences
 
University requirements
Course Code
 Course Title
 Credit
UR 101
 Arabic Language I
 2
UR 103
 Arabic Language II
 2
UR 102
 English Language I *
 3
UR 104
 English Language II*
 3
UR 161
 Islamic Culture
 2
UR 151
 Introduction to computer **
 3
 
 Total Number of Hours
 15

*  English Courses will be enhanced through Intensive English Proficiency Practice.
** For Engineering  May be introduced under other Course name 
 
FACULTY REQUIREMENTS
 
Course Code
 Course Name
 Credits
FR 121
 Engineering Calculus  I
4
FR 122
 Engineering Calculus  II
 4
FR 221
 Linear Algebra & Vector Calculus III
 4
FR 321
 Probability and Statistics
 3
FR 222
 Numerical Methods for Engineers
 3
FR 131
 Physics I
 3
FR 132
 Physics II
 4
FR 151
 Engineering Graphics
3
FR 152
 Introduction to Computer
 3
FR 301
 Technical English Report Writing
3
FR 451
 Engineering Economy & Management
 3
 
 Summer Training I
-
 
 Summer Training II
 -
 
 Total Number of Hours
 36

 
Codes for the Programme different Areas
1
 Mechatronic  MT
2
 Electronics  EC
3
 Computing  CE

 
DEPARTMENT REQUIREMENTS
Department Mandatory Courses
The list of Mechatronic core courses is given as follows:
 
Course Code
 Course Title
 L
 T
 P
 CH
MT 111
 Work Shop Technology
 2
 0
 3
 3
FR152
 Computer Systems & Programming I
 2
 0
 3
 3
CSE 231
 Object Oriented Programming
 2
 0
 3
 3
MT 211
 Machine drawing
0
 0
 3
 1
ECE  221
 Electrical Circuits I
 2
 2
 0
 3
MT 212
 Thermal and Fluid science
 2
 2
 0
 3
MT 212
 Thermal and Fluid science Lab
 0
 0
 2
 1
CSE  231
 Computer  Application  Lab
 0
 0
 3
 1
CSE  232
 Digital logic
2
 2
 0
 3
CSE  232
 Digital logic  Lab.
 0
 0
 2
 1
ECE 222
 Electrical Circuits II
 2
 2
 0
 3
ECE  222
 Electrical Circuits  Lab
 0
 0
 2
 1
CSE  233
 Signal Analysis and Systems
 2
 2
 0
 3
MT 213
 Engineering Mechanics
 2
 2
 0
 3
ECE  223
 Electronics I
 2
 2
 0
 3
CSE  331
 Assembly Language & Microprocessor
 2
 2
 0
 3
MT 311
 System dynamics and Vibration
 2
 2
 0
 3
MT 312
 Strength of Material 1
 2
 2
 0
 3
ECE 321
 Electronics II
 2
 2
 0
 3
MT 313
 Dynamics and Vibration Lab
0
 0
 3
 1
ECE 321
 Electronics  Lab
 0
 0
 3
 1
CSE 314
 Discrete Mathematics
 2
 2
 0
 3
MT 315
 Mechanics of Machinery
 2
 2
 0
 3
CSE  322
 Micro Processor Lab.
 0
 0
 2
 1
MT 316
 Engineering Measurement and Instrumentation
 2
 2
 0
 3
ECE 323
 Electric Machines
 2
 2
 0
 3
ECE  323
 Electric Machines Lab
 0
 0
 2
 1
MT 411
 Design of Machine Elements
 2
 2
 0
 3
MT 412
 Control Systems
 2
 2
 0
 3
CSE 431
 Microprocessors & Microcontrollers
 2
 2
 0
 3
CSE  431
 Microprocessors& Microcontrollers Lab
 0
 0
 2
 1
ECE  421
 Digital signal Processing
 2
 2
 0
 3
MT  413
 Course Project I
 0
 2
 2
 2
MT  417
 Seminar
 0
 2
 0
 1
MT  414
 Modern Control systems
 2
 2
 0
 3
MT  414
 Measurement and Control Lab.
 0
 0
 2
 1
ECE 421
 Power Electronics
 2
 2
 0
 3
MT 415
 Computer aided Design
 2
 2
 0
 3
MT 416
 Course Project II
 0
 2
 2
 2
MT 511
 Mechatroics Systems Design
 2
 2
 0
 3
MT 512
 Design of Hydraulic  and Pneumatics Systems
 2
 2
 0
 3
MT 513
 Robotics Systems
 2
 2
 2
 3
MT 515
 Project  I
 0
 0
 0
 3
MT  516
 Hydraulic and Pneumatic Control
 2
 2
 0
 3
MT 518
 Project  II
 0
 0
 0
 3
TOTAL
 48
 50
 35
 103

 
5-  Department Elective (Specialization) Courses
Elective Courses
Course Code
 Course Title
 L
 T
 P
 CH
 Pre-requisite
***
 Transducers
 2
 0
 3
 3
  
***
 Digital Electronics
 3
 0
 0
 3
  
***
 Intelligent Control
3
 0
 0
 3
  
***
 Industrial Process Control
3
 0
 0
 3
  
***
 Electrical drives
3
 0
 0
 3
  
***
 Micro electro mechanical systems
 3
 0
 0
 3
  
***
 Autotronics
3
 0
 0
 3
  
TOTAL
  
  
  
  
  

 
*** MT 514, MT 517 as appeared in 9th  semester & 10th  semester

Professional Training
The student should undergo a training in any industrial establishment, in the 7th and 8th semesters, the duration of which is one month.
 
Course Code
 Course Title
 
 Professional Training I
 
 Professional Training II

 
Category-wise List of Courses
 
Course Category
 Credits
University Requirements
 15  Credit hours
Faculty Requirements
 36  Credit hours
 Mandatory Courses
 91 Credit hours
Elective Course
 6 Credit hours
Total Credit Hours
 161

 
STUDY PLAN
 
The student follows normally the following typical distribution of courses in the span of 10 semesters or five academic years:
 
First year
Semester 1
 
Course
 Course Name
 L
 T
 P
 C
 Remarks
UR 101
 Arabic Language  I
 2
 0
 0
 2
  
UR 102
 English Language I
 2
 0
 3
 3
  
FR 121
 Engineering Calculus I
3
 2
 0
 4
  
FR  131
 Physics I
 2
 2
 0
 3
  
FR  151
 Engineering  Graphics
 2
 0
 3
 3
  
FR 152
 Introduction to computer
 2
 0
 3
 3
  
 
 Total
 12
 6
 6
 18
  

 
 
Semester 2
 
Course
 Course Name
 L
 T
 P
 C
 Remarks
UR 103
 Arabic Language  II
 2
 0
 0
 2
  
UR 104
 English Language II
2
 0
 3
 3
  
FR  122
 Engineering Calculus II 
3
 2
 0
 4
  
FR  132
 Physics II
 2
 2
 3
 4
  
MT 111
 Workshop Technology
2
 0
 3
 3
  
CSE 131
Computing Systems and Programming 1  
 2
 0
 3
 3
  
CSE 132
 Computer Application Lab
 0
 0
 3
 1
  
 
 Total
 12
 6
 4
 19
  

 

Second year
Semester 3
Course
 Course Name
 L
 T
 P
 C
 Remarks
FR  221
 Linear Algebra & vector Calculus III
3
 2
 0
 4
  
MT 211
 Machine drawing
0
 0
 3
 1
  
ECE  221
 Electrical Circuits I
 2
 2
 0
 3
  
MT 212
 Thermal and Fluid science
 2
 2
 0
 3
  
MT 212
 Thermal and Fluid science Lab
 0
 0
 2
 1
  
CSE 231
Object Oriented Programming
 2
 0
 3
 3
  
CSE  232
 Digital logic
2
 2
 0
 3
  
CSE  232
 Digital logic  Lab.
 0
 0
 2
 1
  
 
 Total
 8
 8
 8
 17
  

Semester 4
Course
 Course Name
 L
 T
 P
 C
 Remarks
FR 222
 Numerical Methods for Engineers
 2
 2
 0
 3
  
ECE 222
 Electrical Circuits II
 2
 2
 0
 3
  
ECE  222
 Electrical Circuits  Lab
 0
 0
 2
 1
  
ECE  233
 Signal and System Analysis
 2
 2
 0
 3
  
MT 213
 Engineering Mechanics
 2
 2
 0
 3
  
ECE  223
 Electronics I
 2
 2
 0
 3
  
 
 Total
 10
 10
 2
 16
  

Third year
Semester 5
Course
 Course Name
 L
 T
 P
 C
 Remarks
FR 321
 Probability and Statistics
 2
 2
 0
 3
  
CSE  331
 Assembly Language & Microprocessor
 2
 2
 0
 3
  
MT 311
 System dynamics and Vibration
 2
 2
 0
 3
  
MT 312
 Strength of Material 1
 2
 2
 0
 3
  
ECE 321
 Electronics II
 2
 2
 0
 3
  
MT 313
 Dynamics and Vibration Lab
0
 0
 3
 1
  
ECE 321
 Electronics  Lab
 0
 0
 3
 1
  
 
 Total
 10
 10
 4
 17
  

Semester 6
Course
 Course Name
 L
 T
 P
 C
 Remarks
FR 301
 Technical English Report Writing
2
 0
 2
 3
  
CSE 314
 Discrete Mathematics
 2
 2
 0
 3
  
MT 315
 Mechanics of Machinery
 2
 2
 0
 3
  
CSE  322
 Micro Processor Lab.
 0
 0
 2
 1
  
MT 316
 Engineering Measurement and Instrumentation
 2
 2
 0
 3
  
ECE 323
 Electrical Machines
 2
 2
 0
 3
  
ECE  323
 Electrical Machines Lab
 0
 0
 2
 1
  
 
 Total
 8
 8
 4
 17
  

Fourth year
 
  Semester 7
Course
 Course Name
 L
 T
 P
 C
 Remarks
MT 411
 Design of Machine Elements
 2
 2
 0
 3
  
MT 412
 Control Systems
 2
 2
 0
 3
  
CSE 431
 Microprocessors & Microcontrollers
(Embedded Systems)
 2
 2
 0
 3
  
CSE  431
 Microprocessors& Microcontrollers Lab
(Embedded Systems)
 0
 0
 2
 1
  
ECE  421
 Digital signal Processing
 2
 2
 0
 3
  
MT  413
 Course Project I
 0
 2
 2
 2
  
MT  417
 Seminar
 0
 2
 0
 1
  
 
 Total
8
 10
 2
 16
  

 
Semester 8
Course
 Course Name
 L
 T
 P
 C
 Remarks
FR  451
 Engineering Economy & Management
 2
 2
 0
 3
  
MT  414
 Modern Control systems
 2
 2
 0
 3
  
MT  414
 Measurement and Control Lab.
 0
 0
 2
 1
  
ECE 421
 Power Electronics
 2
 2
 0
 3
  
MT 415
 Computer aided Design
 2
 2
 0
 3
  
MT 416
 Course Project II
 0
 2
 2
 2
  
 
 Total
 8
 10
 2
 15
  

 
Fifth year
 
Semester 9   
Course
 Course Name
 L
 T
 P
 C
 Remarks
MT 511
 Mechatroics Systems Design
 2
 2
 0
 3
  
MT 512
 Design of Hydraulic  and Pneumatics Systems
 2
 2
 0
 3
  
MT 513
 Robotics Systems
 2
 2
 2
 3
  
MT 514
 Elective 
2
 2
 0
 3
  
MT 515
 Project  I
 0
 0
 0
 3
  
 
 Total
 8
 8
 2
 15
  

 
Semester 10
Course
 Course Name
 L
 T
 P
 C
 Remarks
MT  516
 Hydraulic and Pneumatic Control
 2
 2
 0
 3
  
MT 517
 Elective
 2
 2
 0
 3
  
MT 518
 Project  II
 0
 0
 0
 6
  
 
 Total
 8
 8
 2
 12