Master of Media and Communication

Program Overview

The Electrical Engineering program at UOWD provides a comprehensive understanding of electrical and electronic engineering principles, preparing students for careers in renewable energy, heavy industry, robotics, and more. Through a combination of lectures, tutorials, and hands-on experiences, students develop the skills and knowledge to design, develop, and manage electrical systems and devices. The program emphasizes the ethical and social implications of engineering, ensuring graduates are well-rounded professionals.

Program Outline

Degree Overview:

Major in Electrical Engineering

In this program, you will be introduced to the core electrical and electronic engineering principles, including electrical and electronic devices and systems, computer technology, control and electrical power engineering. You will learn how to apply these to:

• Renewable energy generation
• Heavy industry
• Manufacturing installations
• Robotics and automation
• Mining and electrical power distribution,

> along with an understanding of the business context in which engineers work, the impact of engineering on the environment and the ethical, and social issues related to engineering.

Outline:

> Year 1

Subjects in this year include an introduction to computer programming for engineering applications, an introduction to the fundamental physics required for engineering, an introduction to the basic materials used in engineering, an introduction to the key mathematical methods used in engineering, an introduction to the physical laws of electricity and magnetism, leading to an explanation of the generation of electromagnetic waves and some basic ideas in communication theory, how engineers and scientists work together to solve problems, and how to ensure they address any ethical and safety related issues.

> Year 2

Subjects in this year include the use of operational amplifiers in circuits for a range of applications, the fundamentals of digital logic and its application in the design of digital electronic circuits, an understanding of the fundamental principles and physical laws behind the design, analysis and implementation of better Electrical, Electronic and Communication systems in the 21st century, how computers are used to analyse information and how signal and digital processing methods are used to improve communication systems, and how to manage engineering projects.

> Year 3

Subjects in this year include a detailed study of the design and application of microcontrollers, an introduction to the operation of power systems and how energy is generated, transmitted and distributed to customers, how electronic communication systems work and how power electronic components are used to control electrical machines, and learn what is involved in undertaking a professional engineering project

> Year 4

Subjects in year 4 include a large final year research/design engineering project of your choice, 3 subjects from an approved list which covers various electrical specialisations (such as power system analysis, wireless communications, embedded systems, power electronics etc) and 2 further subjects from a variety of discipline areas in engineering and science. Students will also undertake one general education subject of their choice.

Assessment:

The format of assessment will vary across the different subjects taken as part of this program. Some subjects will rely on a combination of assignments, mid-term exams, and final exams, whilst others will rely solely on a combination of course work and final exams. Students undertaking year 4 engineering projects will also be assessed on their research/design project, via a written report and oral presentation. All subjects include a variety of in-class assessment activities to check student progress as the subject progresses. Feedback provided on assessments helps students to identify their strengths and weaknesses, leading to improved progress in the following subjects/assessments.

Teaching:

All lectures and tutorials are delivered by academic staff who are active researchers working at the forefront of their respective fields. The UOWD teaching team uses a variety of engaging teaching methods including lectures, tutorials, workshops, and laboratory sessions designed to help students to better understand the engineering principles taught in different subjects. All teaching is delivered and assessed in English in line with the University's policy. UOWD offers extensive student support services, including access to:

• Small group tutorials
• Individual consultations with teaching staff
• Online learning resources
• A peer assisted learning scheme
• Mathematics and scientific skills support

• Careers:
> There is a significant shortage of engineers in almost all countries worldwide. This shortage has prompted governments and employers to try to attract more individuals, both men and women, to study engineering at university. > Electrical engineers design, develop, test and supervise the manufacturing of electrical equipment and electronic devices, such as computers, medical equipment, and cell phones. They also are involved in the design and operation of electrical power and communication systems. Electrical engineers are employed in a vast range of industries including electronics, computers, telecommunications, manufacturing, power generation and distribution, transportation, healthcare, and government. With further experience, you could move into a management role, such as an engineering manager, a project manager, or a research and development manager.

Other:

• Program duration (full-time): 4 years
• Campus: Dubai
• Tuition fees: (AED 65,628 / USD 17,883 for the complete program of 4 years of study)
• Application deadline: Varies
• Program start date: Varies
• Program structure: Full-time study on campus with a combination of lectures, tutorials, workshops, and laboratory sessions
• Program delivery language: English
• Scholarships are available for outstanding students
• Graduates of the Bachelor of Engineering ( Honours) major in Electrical and Electronics Engineering are eligible for graduate membership of Engineers Australia.