Engineering Science

Master

In Brisbane (Australia)

£ 36,688 VAT inc.

Description

  • Type

    Master

  • Location

    Brisbane (Australia)

  • Duration

    1 Year

  • Credits

    16

Are you interested in strengthening your capacity to design, develop, and implement complex systems and engineering projects? The Master of Engineering Science offers advanced study in a range of engineering disciplines, so you can develop your expertise.The Master of Engineering Science is a one-year program designed for applicants with an approved four-year bachelor's degree (or equivalent) in engineering. For more details about admission requirements, check the Program Rules.Complete a range of courses from one of the following fields: Electrical Engineering, Software Engineering, Systems Engineering, or Undeclared (chemical, civil, materials, mechanical, and mechatronic engineering).Undertake a supervised research project relevant to your engineering field. You'll be expected to systematically plan and manage all aspects of your project, and to clearly explain your findings and what they contribute to your field.Benefit from a program that offers a flexible study plan. Because the Master of Engineering Science has such a large number of fields and courses to choose from, you can tailor your studies to suit your interests, your industry, or your career goals.The Master of Engineering Science will build on your knowledge and transform you into an engineer who can lead your company and industry into the future.FAST FACTSGlobal standingThe Faculty of Engineering was ranked 40th in the world by faculty in the 2015/16 QS World University Rankings. Our engineering academics also scored the highest possible rating in the 2015 ERA Outcomes, which means our research is internationally significant.State-of-the-art facilitiesDuring your studies, you'll learn in the $135 million Advanced Engineering Building – a state-of-the-art facility and "living laboratory" that combines teaching and research spaces. We've also got a dedicated Extension Learning Centre for engineering students .EMPLOYABILITYIndustry...

Facilities

Location

Start date

Brisbane (Australia)
See map
Street Lucia, QLD 4072

Start date

On request

About this course

Entry requirementsDegree equivalent to a four-year Australian bachelor honours degree in Engineering (in the relevant field of study for which they wish to enrol) with a GPA of at least 4.5 on a 7 point scale. View additional entry requirements for applicants with overseas qualifications.IELTS overall 6.5; reading 6; writing 6; speaking 6; listening 6. For other English Language Proficiency Tests and Scores approved for UQ, view the English proficiency policy .International students who are accepted into full-time study in the Master of Engineering...

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Reviews

Subjects

  • Computational
  • Medical training
  • Medical
  • Engineering
  • Industry
  • Systems
  • Project
  • Art
  • Materials
  • Electrical
  • Systems Engineering
  • Engineering Science
  • Design
  • Algorithms
  • Operating Systems
  • Networks
  • Software Engineering

Course programme



Program structure
The courses offered in the Master of Engineering Science are set out in the course list. Each course is allocated a certain number of units (#).
The Program Rules explain what is required to complete the Master of Engineering Science. These requirements include the total number of units you need to complete in order to graduate.
To have your degree conferred, you also need to comply with UQ’s policies and rules.
  • Course Code Units Course Title
  • CIVL7135 2 Advanced Environmental Monitoring Techniques for Civil Engineers [1]
  • CIVL7155 2 Physical and numerical modelling of environmental fluid mechanics [2]
  • CIVL7215 2 Ground Improvement & Remediation Technologies [1]
  • CIVL7225 2 Dam and Embankment Engineering [2]
  • CIVL7350 2 Design of Composite Structures
  • CIVL7415 2 Spatial and Quantitative Methods for Transport Data Analytics [2]
  • CIVL7425 2 Advanced Transport Models for Strategic Transport Planning [1]
  • FIRE7660 2 Structural Fire Engineering
  • Course Code Units Course Title
  • CIVL7170 2 Advanced Sustainable Built Environment
  • CIVL7235 2 Underground Structures, Support Design and Construction [2]
  • CIVL7315 2 Advanced Concrete Structures and Concrete Technology
  • CIVL7360 2 Computational Methods for Design Optimization and Advanced Analysis
  • CIVL7435 2 Traffic Simulation: Methods and Applications [1]
  • CIVL7505 2 Research Methods for Civil Engineers
  • FIRE7620 2 Fire Dynamics
  • Course Code Units Course Title
  • CIVL7500 8 Research Thesis [3]
  • CIVL7501 8 Research Thesis [3]
  • CIVL7511 4 Research Project [3]
  • CIVL7512 4 Research Project [3]
  • Course Code Units Course Title
  • COMP7308 2 Operating Systems Architecture
  • COMS7201 2 Computer Networks I
  • CSSE7301 2 Embedded Systems Design & Interfacing
  • ELEC7101 2 Fundamentals of Electromagnetic Fields & Waves
  • ELEC7302 2 Electrical Energy Conversion & Utilisation
  • ELEC7312 2 Signals, Systems & Control
  • ELEC7401 2 Electronic Circuits
  • Course Code Units Course Title
  • COMS7104 2 Microwave Engineering
  • COMS7200 2 Computer Networks II
  • COMS7400 2 Photonics
  • COMS7410 2 Communication Systems
  • CSSE7410 2 Digital System Design
  • CSSE7411 2 Advanced Embedded Systems
  • ELEC7303 2 Power Systems Analysis
  • ELEC7311 2 Power System Protection
  • ELEC7402 2 Advanced Electronic & Power Electronics Design
  • ELEC7403 2 Medical & Industrial Instrumentation
  • ELEC7420 2 Modern Asset Management and Condition Monitoring in Power System
  • ELEC7462 2 Digital Signal Processing
  • ELEC7463 2 Image Processing and Computer Vision
  • ELEC7606 2 Medical Imaging
  • ENGG7000 2 Systems Engineering
  • ENGG7020 2 Systems Safety Engineering
  • METR7200 2 Control Engineering 1
  • METR7202 2 Advanced Control & Robotics
  • Course Code Units Course Title
  • ENGG7302 2 Advanced Computational Techniques in Engineering
  • Course Code Units Course Title
  • ELEC7901 2 Advanced Medical Device Engineering
  • ELEC7902 2 Biomedical Signal Processing
  • Course Code Units Course Title
  • COMS7305 2 Advanced Microwave Engineering
  • COMS7307 2 Advanced Photonics [2]
  • COMS7308 2 Antenna Design [1]
  • COMS7309 2 Computational Techniques in Electromagnetics [1]
  • Course Code Units Course Title
  • ELEC7051 2 Transformer Technology Design and Operation [1]
  • ELEC7309 2 Power System Planning and Reliability
  • ELEC7310 2 Electricity Market Operation and Security
  • ELEC7313 2 Renewable Energy Integration: Technologies to Technical Challenges [2]
  • Course Code Units Course Title
  • METR7203 2 Control Engineering 2 [2]
  • Course Code Units Course Title
  • COMS7000 2 Advanced Topics in Communications I
  • COMS7310 2 Radar and Electronic Warfare Fundamentals
  • COMS7311 2 Microwave Remote Sensing
  • CSSE7500 2 Modelling and Simulation
  • CSSE7510 2 Reconfigurable Embedded Systems - Concepts and Practice
  • CSSE7520 2 Unmanned Aerial Vehicles - Avionics
  • CSSE7530 2 VLSI Circuits and Systems
  • ELEC7300 2 Advanced Topics in Power
  • ELEC7903 2 Biomedical Engineering in Sports Medicine
  • ENGG7300 2 Advanced Topics in Engineering I
  • ENGG7301 2 Advanced Topics in Engineering II
  • Course Code Units Course Title
  • ENGG7803 4 Engineering Postgraduate Project B [3]
  • ENGG7804 4 Engineering Postgraduate Project B [3]
  • Course Code Units Course Title
  • ENGG7802 4 Engineering Postgraduate Project B [4]
  • ENGG7806 8 Engineering Postgraduate Project D [4]
  • ENGG7807 8 Engineering Postgraduate Project D [3]
  • ENGG7808 8 Engineering Postgraduate Project D [3]
  • Course Code Units Course Title
  • COMP7308 2 Operating Systems Architecture
  • COMP7505 2 Algorithms & Data Structures
  • COMP7702 2 Artificial Intelligence
  • COMS7003 2 Information Security
  • COMS7201 2 Computer Networks I
  • CSSE7001 2 The Software Process
  • CSSE7301 2 Embedded Systems Design & Interfacing
  • INFS7202 2 Web Information Systems
  • INFS7204 2 Service-Oriented Architectures
  • INFS7907 2 Advanced Database Systems
  • Course Code Units Course Title
  • COMP7402 2 Compilers and Interpreters
  • COMP7500 2 Advanced Algorithms & Data Structures
  • COMP7703 2 Machine Learning
  • COMS7200 2 Computer Networks II
  • COMS7507 2 Advanced Computer and Network Security
  • CSSE7014 2 Distributed Computing
  • CSSE7411 2 Advanced Embedded Systems
  • DECO7450 2 Advanced Human-Computer Interaction
  • ENGG7000 2 Systems Engineering
  • ENGG7800 2 Engineering Project Management
  • INFS7203 2 Data Mining
  • INFS7205 2 Advanced Techniques for High Dimensional Data
  • Course Code Units Course Title
  • CSSE7100 2 Reasoning about Programs
  • CSSE7610 2 Concurrency: Theory and Practice
  • INFS7410 2 Information Retrieval and Web Search
  • Course Code Units Course Title
  • ENGG7020 2 Systems Safety Engineering
  • ENGG7302 2 Advanced Computational Techniques in Engineering
  • Course Code Units Course Title
  • COMP7000 2 Special Topics in Computer Science 7A
  • COMP7001 2 Special Topics in Computer Science 7B
  • CSSE7090 2 Advanced Topics in Software Engineering A
  • CSSE7091 2 Advanced Topics in Software Engineering B
  • DECO7000 2 Special Topics in Design Computing 7A
  • DECO7001 2 Special Topics in Design Computing 7B
  • ENGG7300 2 Advanced Topics in Engineering I
  • ENGG7301 2 Advanced Topics in Engineering II
  • Course Code Units Course Title
  • ENGG7803 4 Engineering Postgraduate Project B [3]
  • ENGG7804 4 Engineering Postgraduate Project B [3]
  • Course Code Units Course Title
  • ENGG7802 4 Engineering Postgraduate Project B [4]
  • ENGG7806 8 Engineering Postgraduate Project D [4]
  • ENGG7807 8 Engineering Postgraduate Project D [3]
  • ENGG7808 8 Engineering Postgraduate Project D [3]
  • Course Code Units Course Title
  • COMP7308 2 Operating Systems Architecture
  • COMP7702 2 Artificial Intelligence
  • COMS7003 2 Information Security
  • COMS7201 2 Computer Networks I
  • CSSE7001 2 The Software Process
  • Course Code Units Course Title
  • COMP7402 2 Compilers and Interpreters
  • COMP7500 2 Advanced Algorithms & Data Structures
  • COMP7703 2 Machine Learning
  • COMS7200 2 Computer Networks II
  • COMS7410 2 Communication Systems
  • COMS7507 2 Advanced Computer and Network Security
  • CSSE7014 2 Distributed Computing
  • CSSE7410 2 Digital System Design
  • CSSE7411 2 Advanced Embedded Systems
  • DECO7450 2 Advanced Human-Computer Interaction
  • MGTS7523 2 System Dynamics
  • METR7200 2 Control Engineering 1
  • METR7202 2 Advanced Control & Robotics
  • Course Code Units Course Title
  • ENGG7000 2 Systems Engineering [5]
  • [ ENGG7800 2 Engineering Project Management
  • [ or
  • [ PLAN7901 2 Principles of Project Management
  • Course Code Units Course Title
  • ECON7000 2 Foundations in Microeconomics
  • ENGG7020 2 Systems Safety Engineering [5]
  • MGTS7601 2 Managing Organisational Behaviour
  • Course Code Units Course Title
  • CSSE7032 2 Models of Software Systems
  • ECON7740 2 Benefit-Cost Analysis & Project Evaluation
  • ENGG7302 2 Advanced Computational Techniques in Engineering
  • ENGG7601 2 Experimental Design
  • LAWS7023 2 Business and Corporate Law
  • Course Code Units Course Title
  • ENGG7300 2 Advanced Topics in Engineering I
  • ENGG7301 2 Advanced Topics in Engineering II
  • Course Code Units Course Title
  • ENGG7803 4 Engineering Postgraduate Project B [3]
  • ENGG7804 4 Engineering Postgraduate Project B [3]
  • Course Code Units Course Title
  • ENGG7802 4 Engineering Postgraduate Project B [4]
  • ENGG7806 8 Engineering Postgraduate Project D [4]
  • ENGG7807 8 Engineering Postgraduate Project D [3]
  • ENGG7808 8 Engineering Postgraduate Project D [3]
  • Course Code Units Course Title
  • ENGG7600 2 Advanced Engineering Practice
  • ENGG7601 2 Experimental Design
  • MATE7001 2 Environmental Performance of Materials
  • Course Code Units Course Title
  • ENGG7240 4 Engineering Project 4A [4]
  • ENGG7241 4 Engineering Project 4A [3]
  • ENGG7242 4 Engineering Project 4A [3]
  • ENGG7281 8 Engineering Project 8A [3]
  • ENGG7282 8 Engineering Project 8A [3]
  • Course Code Units Course Title
  • ENGG7240 4 Engineering Project 4A [4]
  • ENGG7241 4 Engineering Project 4A [3]
  • ENGG7242 4 Engineering Project 4A [3]
  • ENGG7281 8 Engineering Project 8A [3]
  • ENGG7282 8 Engineering Project 8A [3]
  • Course Code Units Course Title
  • ENGG7240 4 Engineering Project 4A [4]
  • ENGG7241 4 Engineering Project 4A [3]
  • ENGG7242 4 Engineering Project 4A [3]
  • ENGG7281 8 Engineering Project 8A [3]
  • ENGG7282 8 Engineering Project 8A [3]
  • Course Code Units Course Title
  • ENGG7240 4 Engineering Project 4A [4]
  • ENGG7241 4 Engineering Project 4A [3]
  • ENGG7242 4 Engineering Project 4A [3]
  • ENGG7280 8 Engineering Project 8A [4]
  • ENGG7281 8 Engineering Project 8A [3]
  • ENGG7282 8 Engineering Project 8A [3]
  • Course Code Units Course Title
  • ENGG7802 4 Engineering Postgraduate Project B [4]
  • ENGG7803 4 Engineering Postgraduate Project B [3]
  • ENGG7804 4 Engineering Postgraduate Project B [3]
  • ENGG7280 8 Engineering Project 8A [4]
  • ENGG7281 8 Engineering Project 8A [3]
  • ENGG7282 8 Engineering Project 8A [3]
  • Course Code Units Course Title
  • ENGG7302 2 Advanced Computational Techniques in Engineering
  • ENGG7602 2 Advanced Engineering Laboratory Techniques
  • MATE7013 2 Advanced Manufacturing
  • METR7203 2 Control Engineering 2
  • PLAN7901 2 Principles of Project Management
  • PLAN7902 2 Applications of Project Management
  • Course Code Units Course Title
  • CHEE7600 2 Special Topics in Chemical Engineering
  • CIVL7603 2 Special Topics in Civil Engineering
  • MATE7605 2 Special Topics in Materials Engineering
  • MECH7900 2 Special Topics in Mechanical Engineering
  • METR7603 2 Special Topics in Mechatronic Engineering

Engineering Science

£ 36,688 VAT inc.