2015 Offshore Undergraduate

Bachelor of Engineering (Honours)

Testamur Title of Degree:

Bachelor of Engineering (Honours)

Abbreviation:

BE(Hons)

UOW Course Code:

360

Total Credit Points:

220

Duration:

4 years full-time

Home Faculty:

Faculty of Engineering and Information Sciences

Intake Session(s):

UG Spring, UG Summer, UG Autumn

Delivery Mode:

On-campus

Delivery Campus:

UOW Dubai

Additional Information:

UOW Dubai

Overview

The Bachelor of Engineering (BEng) degree will provide you with the theory, skills and models relevant to your particular field of engineering study, alongside the pertinent tools, devices and technologies used and practiced in the profession, in order to become a qualified engineer able to contribute effectively in the workplace. It will enhance your analytical, decision-making, and critical thinking skills in the context of organisational challenges and help you design engineering solutions based on integrating, synthesising, and evaluating the various technological alternatives available in today’s knowledge economy.

For all three engineering majors (Electrical, Computer, Telecommunications), the program of study is common until the end of the Autumn Session in third year. In the middle of your third year, you will have the opportunity to select a major, which you will pursue until the end of your studies in the fourth year. 

Course Learning Outcomes

Students graduating from the Bachelor of Engineering (Honours) will be able to: 

  1. Demonstrate professional knowledge, with a strong grounding in engineering & awareness of current local and international trends and challenges.
  2. Navigate disciplinary literature with particular skills in gathering & synthesising information independently to support an argument or strategy.
  3. Implement common research methods in the field of engineering, analyse data & evaluate the validity of findings. Graduates will also exercise critical judgement in determining new directions and strategies for carrying out further investigation.
  4. Draw from established engineering concepts, methods and industry standards to develop innovative solutions to complex engineering problems relating to the resptive engineering major.
  5. Communicate clearly and coherently in writing to a range of audiences, with an ability to integrate knowledge, research, data, analysis and critical evaluation.
  6. Communicate verbally to a range of audiences using appropriate language in presentations, consultation and negotiation.
  7. Work productively as part of a team with the capacity for leadership, recognising the roles, responsibilities and accountabilities of team members.
  8. Show respect for the views, values and culture of others in settings involving colleagues, clients, communities and end users, and consider alternate perspectives in design and project management.
  9. Make complex considerations in regards to professional ethics and accountability, account for and mitigate risk, and operate with a commitment to professionalism in all work.
  10. Appreciate the importance of sustainable engineering design, and seek to maximise positive social and environmental outcomes in engineering design, practice and development.

 

Course Structure

To complete the Bachelor of Engineering (Honours) program you should accrue an aggregate of at least 220 credit points by satisfactory completing:

  1. General Education (GED) Requirements
  2. Bachelor of Engineering (Honours) Core Subjects
  3. Subjects constituting a major in either Computer Engineering, Electrical Engineering, or Telecommunications Engineering.

All students enrolled in the Bachelor of Engineering program should sit the Challenge Tests for Mathematics and Physics and, if necessary, may be requested to complete foundation subjects in Mathematics and Physics.

 

Area of General Education Subject Code subject Name Credit Points
General Education (GED) Requirements
Islamic Studies or History or Culture ARTS017 Islamic Culture 6
Humanities or Arts ARTS035 Introduction to Philosophy 6
English or Arabic or Other Languages ENG 011 Academic English 6
ENG 012 Academic Reading and Writing 6
Social or Behavioural Sciences LAW 101 OR
PSYC015
Law, Business and Society OR
Introduction to Psychology
6
ISIT301 Professional Practice & Ethics 6
Subject Code subject Name Credit Points
Core Subjects
CSCI191 Engineering Programming 1 6
ECTE171 Electrical Engineering Practice 6
MATH141 Foundations of Engineering Mathematics 6
PHYS141 Fundamentals of Physics A 6
CSCI192 Engineering Programming 2 6
ENGG291 Engineering Fundamentals 6
MATH142 Essentials of Engineering Mathematics 6
PHYS142 Fundamentals of Physics B 6
ECTE172 Introduction to Circuits and Devices 6
MATH291 Differential Equations 3
ECTE233 Digital Hardware 6
ECTE203 Signals and Systems 6
ECTE250 Engineering Design and Management 2 6
ECTE202 Circuits and Systems 6
MATH253 Linear Algebra 4
ECTE222 Power Engineering 1 6
ECTE212 Electronics 6
ECTE350 Engineering Design and Management 3 6
ECTE333 Microcontroller Architecture and Applications 6
ECTE301 Digital Signal Processing 6
ECTE365 Communication System Modelling 6
STAT291 Engineering Statistics 3
ECTE344 Control Theory 6
ECTE363 Communication Systems 6
ECTE457 Thesis* 18
ECTE399 Professional Experience 0

* Instead of completing ECTE457 Thesis (18 CP), students may complete ECTE451 Engineering Project I (6 CP) and ECTE458 Engineering Project II (12 CP).

Major Study: Electrical Engineering

To satisfy the requirements for a major in Electrical Engineering, you will need to satisfactorily complete the Bachelor of Engineering (Honours) core subjects, as listed above, plus the following additional subjects:

  • ECTE323 Power Engineering 2
  • Four major subjects from Electrical Engineering list

 

Subject Code subject Name Credit Points Session(s)
Electrical Engineering Major Subjects
ECTE423 Power System Analysis 6 Autumn
ECTE433 Embedded Systems 6 Autumn
ECTE441 Intelligent Control 6 Autumn
ECTE412 Power Electronics and Drives 6 Spring
ECTE426 Power Distribution Systems 6 Spring
ECTE442 Computer Controlled Systems 6 Spring
ECTE465 Wireless Communication Systems 6 Spring
ECTE471 Robotics and Flexible Automation 6 Spring

Major Study: Telecommunications Engineering

To satisfy the requirements for a major in Telecommunications Engineering, you will need to satisfactorily complete the Bachelor of Engineering (Honours) core subjects, as listed above, plus the following additional subjects:

  • ECTE469 Queuing Theory and Optimisation
  • Four major subjects from Telecommunication Engineering list

 

Subject Code subject Name Credit Points Session(s)
Telecommunication Major Subjects
ECTE401 Multimedia Signal Processing 6 Autumn
ECTE482 Network Engineering 6 Autumn
ECTE465 Wireless Communication Systems 6 Spring

Major Study: Computer Engineering

To satisfy the requirements for a major study in Computer Engineering, you will need to satisfactorily complete the Bachelor of Engineering (Honours) core subjects, as listed above, plus the following additional subjects:

  • CSCI213 Java Programming and Applications
  • Four major subjects from Computer Engineering list

 

Subject Code subject Name Credit Points Session(s)
Computer Engineering Major Subjects
ECTE401 Multimedia Signal Processing 6 Autumn
ECTE431 Real-Time Computing 6 Not offered in 2015
ECTE433 Embedded Systems 6 Autumn
CSCI318 Software Engineering Practices & Principles 6 Autumn
ECTE471 Robotics and Flexible Automation 6 Spring

Variation in Course Structure

 

Code

Subjects

UOWD

UOW

 

Total Credit Points

220

192

 

General Education Subjects

UOWD specific requirement from the CAA to satisfy 36 Credit Points from the General Education Subject List.

The two General Schedule subjects required by UOW (Year 3 and Year 4) are covered as part of the General Education at UOWD

 

Common Core Subjects

CSCI191

Engineering Programming(6 CP)

Core

Core

ECTE171

Introduction to Electrical Engineering Systems (6 CP)

Core

Core

MATH141

Foundations of Engineering Mathematics (6 CP)

Core

Core

PHYS141

Fundamentals of Physics A (6 CP)

Core

Core

CSCI192

Engineering Programming 2 (6 CP)

Core

Core

ENGG291

Engineering Fundamentals (6 CP)

Core

Core

MATH142

Essentials of Engineering Mathematics (6 CP)

Core

Core

PHYS142

Fundamentals of Physics B (6 CP)

Core

Core

ECTE172

Introduction to Circuits and Devices (6 CP)

Core

Core (offered as ECTE170)

MATH291

Diff Equations (3 CP)

Core

Equivalent to UOW Core Subject MATH283 (6CP)

STAT291

Engineering Statistics(3 CP)

ECTE233

Digital Hardware 1 (6 CP)

Core

Core

ECTE203

Signals and Systems(6 CP)

Core

Core

ECTE250

Engineering Design and Management(6 CP)

Core

Core

ECTE202

Circuits and Systems(6 CP)

Core

Core

MATH253

Linear Algebra (4 CP)

Core subject offered only in UOWD

N/A

ECTE222

Power Engineering 1(6 CP)

Core

Core

ECTE212

Electronics(6 CP)

Core

Core

ECTE350

Engineering Design and Management 3 (6 CP)

Core

Core

ECTE333

Digital Hardware 2(6 CP)

Core

Core

ECTE301

Digital Signal Processing(6 CP)

Core

Core

ECTE364

Data Communications(6 CP)

Core

Core

ECTE344

Control Theory(6 CP)

Core

Core

ECTE363

Communications Systems(6 CP)

Core

Core

ECTE399

Professional Experience (0)

Core

Core

ECTE457

Thesis (18CP)

Core

Offered as ECTE451 (6CP) and ECTE458 (12CP)

Area of Major of Study (UOWD uses the same list of subjects for specialisations and Major at UOW )

Electrical Engineering

ECTE323  + 3  Major Subjects + 1 Specilization

ECTE323  + 3  Major Subjects + 1 Specilization + 1 Elective (General Schedule Subject)

Telecommunications Engineering

ISIT201 (6CP) + ECTE469 (6CP) + 2 Major subjects + 1 Specilization

ISIT201 (6CP) + ECTE469 (6CP) + 2 Major subjects + 1 Specilization + 1 Elective (General Schedule Subject)

Computer Engineering

CSCI213 (6CP) + ECTE432 + 2 Major Subjects+ 1 Specilization

CSCI213 (6CP) + ECTE432 + 2 Major Subjects+ 1 Specilization + 1 Elective (General Schedule Subject)

Last reviewed: 25 February, 2015