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University of Queensland (UQ) Course/Program Name
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National :31 Jan
International :30 Nov

MEngSc Electrical Engineering (Part-Time)

Catalog id : 5529
 Course Level
Masters / PG
 Type
Part Time

 Duration
3 Years
 Start month
March

 Tuition fee

International
34944 AUD
National
24640 AUD

Application fee

International 100 AUD
National 100 AUD
Department
Faculty of Engineering, Architecture & Information Technology
Scores accepted
IELTS (min)6.5
TOEFL-IBT (min)87
TOEFL-PBT (min)570

About this course

Students in the Electrical Plan may choose to specialise in the field of Biomedical, Microwave Telecommunications or Power Systems or select courses across a broader spectrum. Biomedical Engineering focuses on the development of instrumentation used in medical diagnosis, imaging and treatment. Microwave telecommunications provides students with skills for the design and manufacture of RF/Microwave communications systems, including wireless and optical technologies. Power Systems focuses on power system stability and reliability, deregulation, condition monitoring, sustainability, renewable energy and future trends. Relevant prior study in the bachelor degree is required for entry to some specialisations. The program extends graduate career opportunities in the public and private sector, nationally and internationally, according to the speciality or courses studied.

Careers

Master of Engineering graduates have acquired experience that enables them to cross disciplinary boundaries, and are equipped to take on advanced engineering work. They will have a combination of business, problem solving and interpersonal skills; as well as technical engineering experience that will enable them to understand markets and develop relationships of trust with customers, suppliers, business partners, and to work within teams.

Study options:

Graduates will have the opportunity to progress to the following programs:

  • Master of Philosophy
  • Doctor of Philosophy

Professional memberships:

Graduates may be eligible for membership with the following professional bodies:

  • Australian Computer Society

While this degree may be accredited by an official industry accreditation body in Australia, completion of the degree may not result in graduates receiving automatic accreditation. Students can contact the relevant registration body for details of any conditions for accreditation.

Check further details on University website

Eligibility Criteria

Academic Requirement:

 For Australian students:

  • Bachelors degree in engineering or related field OR Graduate Diploma in Engineering.

 For International students:

  • Bachelors degree in engineering or related field OR Graduate Diploma in Engineering.
  • IELTS overall 6.5; reading 6; writing 6; speaking 6; listening 6.Study Abroad and Incoming Exchange students are only required to meet the overall score (eg 6.5 IELTS or 87 TOEFL or 64 PTE( Pearson Test of English )).
  • TOEFL (Paper-based Test of English as a Foreign Language): 570 (5.0 in TWE (written), and 54 in reading & listening)

English language requirement:

  • IELTS overall 6.5; reading 6; writing 6; speaking 6; listening 6. 
  • Study Abroad and Incoming Exchange students are only required to meet the overall score (eg 6 IELTS or 87 TOEFL or 64 PTE( Pearson Test of English )).
  • TOEFL (Paper-based Test of English as a Foreign Language): 570 (5.0 in TWE (written), and 54 in reading & listening).

Check further details on University website

Course Modules

      Course Code Course Title       

      Part A:

  • COMP7308 Operating Systems Architecture
  • COMS7201 Computer Networks I
  • CSSE7301 Embedded Systems Design & Interfacing
  • ELEC7101 Fundamentals of Electromagnetic Fields & Waves
  • ELEC7302 Electrical Energy Conversion & Utilisation
  • ELEC7312 Signals, Systems & Control
  • ELEC7401 Electronic Circuits

      Part B:

  • COMS7104 Microwave Engineering
  • COMS7200 Computer Networks II
  • COMS7400 Photonics
  • COMS7410 Communication Systems
  • CSSE7410 Digital System Design
  • CSSE7411 Advanced Embedded Systems
  • ELEC7303 Power Systems Analysis
  • ELEC7311 Power System Protection
  • ELEC7402 Advanced Electronic & Power Electronics Design
  • ELEC7403 Medical & Industrial Instrumentation
  • ELEC7420 Modern Asset Management and Condition Monitoring in Power System
  • ELEC7462 Digital Signal Processing
  • ELEC7463 Image Processing and Computer Vision
  • ELEC7606 Medical Imaging
  • ENGG7000 Systems Engineering
  • ENGG7020 Systems Safety Engineering
  • METR7200 Control Engineering 1
  • METR7202 Advanced Control & Robotics

      Part C:

  • ENGG7302 Advanced Computational Techniques in Engineering

       Part D:

       Field:-Biomedical Engineering:

  • ELEC7901 Advanced Medical Device Engineering
  • ELEC7902 Biomedical Signal Processing

      Field:-Microwave Telecommunications:

  • COMS7305 Advanced Microwave Engineering
  • COMS7307 Advanced Photonics [1]
  • COMS7308 Antenna Design [2]
  • COMS7309 Computational Techniques in Electromagnetics [2]

      Field:-Power Systems:

  • ELEC7051 Transformer Technology Design and Operation [2]
  • ELEC7309 Power System Planning and Reliability
  • ELEC7310 Electricity Market Operation and Security
  • ELEC7313 Renewable Energy Integration: Technologies to Technical Challenges [1]

       Field:-Control:

  • METR7203 Control Engineering 2 [1]

      Courses offered on an occasional basis:

  • COMS7000 Advanced Topics in Communications I
  • COMS7310 Radar and Electronic Warfare Fundamentals
  • COMS7311 Microwave Remote Sensing
  • CSSE7500 Modelling and Simulation
  • CSSE7510 Reconfigurable Embedded Systems - Concepts and Practice
  • CSSE7520 Unmanned Aerial Vehicles - Avionics
  • CSSE7530 VLSI Circuits and Systems
  • ELEC7300 Advanced Topics in Power
  • ELEC7903 Biomedical Engineering in Sports Medicine
  • ENGG7300 Advanced Topics in Engineering I
  • ENGG7301 Advanced Topics in Engineering II

      Part E:

  • ENGG7803 Engineering Postgraduate Project B [3]
  • ENGG7804 Engineering Postgraduate Project B [3]

      Courses offered on an occasional basis:

  • ENGG7802 Engineering Postgraduate Project B [4]
  • ENGG7806 Engineering Postgraduate Project D [4]
  • ENGG7807 Engineering Postgraduate Project D [3]
  • ENGG7808 Engineering Postgraduate Project D [3]

      End notes:

  • [1] Course is offered in even-numbered years only.
  • [2] Course is offered in odd-numbered years only.
  • [3] This course is offered over more than one semester. Enrol in the same course code in each semester.
  • [4] Code for students completing the course in one semester.

Check further details on University website

How to Apply

Applications must be lodged via the Online Application Form.

Additional application information:

For national students:

  • Some courses may incur additional costs (e.g. field trips).
  • Studies are usually on a semester basis. In some cases courses may be presented in a modular short-course format, or through flexible delivery. 
  • Students who successfully complete the Masters program may progress to research higher degrees, e.g. Master of Philosophy (MPhil) or Doctor of Philosophy (PhD).

Check further details on University website

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