YouÌýcanÌýchoose electives from a wide range ofÌýundergraduateÌýcoursesÌýoffered at UNSW Engineering.ÌýThis includes ourÌýÌýprogramÌýas a discipline electiveÌý(courses:Ìý,Ìý,Ìý). Get involved in cutting-edge researchÌýand earn credit for project-basedÌýlearning.ÌýÌý
Engineering students,Ìýwho have completedÌýtheÌýrelevant amount of credit andÌýENGG1000Ìýcan applyÌýto start in T1 each year.ÌýThe VIP course is 6ÌýUoCÌýspread over three terms (2ÌýUoCÌýper term),ÌýStudents can enrol for up to 20ÌýUoCÌýper term if they wish without having to apply for overload approval.ÌýStudentsÌýcan only apply for oneÌýproject at a timeÌýandÌýwill be accepted into a projectÌýupon approvalÌýfrom the lead academic.Ìý
Visit ourÌýÌýfor more information on how to apply.ÌýÌý
To learn more about your electives, chooseÌýyour UNSW Engineering schoolÌýbelow andÌýselectÌýtheÌýcourse code to view the currentÌýUNSWÌýHandbookÌýpage. Click on the [ÌýT ]Ìýto view the current UNSW Class Timetable.ÌýPlease note:Ìý
- Course availability is subject to timetabling and teaching resources.
- Courses may have a number of requisites.ÌýYouÌýshould plan ahead to make sure that the requisites of the courses are satisfied.
- You must ensureÌýyou haveÌýroom inÌýyourÌýdegree toÌýmeetÌýprogram requirements prior to enrolment.
- Refer to theÌýÌýfor the year you commenced your current program. You can also find detailed information on minimum and maximum UOC requirements for each elective type.
School of Chemical Engineering
-
Course CodeÌý
°ä´Ç³Ü°ù²õ±ðÌý°Õ¾±³¾±ð³Ù²¹²ú±ô±ðÌý
Course TitleÌý
Elective TypeÌý
Advanced PolymersÌý
¶Ù±ð±è³Ù³óÌý
Complex Fluids Microstructure and RheologyÌý
¶Ù±ð±è³Ù³óÌý
Data-driven decision making in chemical engineering and food scienceÌý
¶Ù±ð±è³Ù³óÌý
Advanced Process ControlÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]
Advanced Reaction EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Advanced Particle Systems EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Advanced Transport PhenomenaÌý
¶Ù±ð±è³Ù³óÌý
Fuel and EnergyÌý
µþ°ù±ð²¹»å³Ù³óÌý
Pharmaceutical Design and EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Topics in Business Management in Chemical EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Process Engineering in the Petroleum IndustryÌý
µþ°ù±ð²¹»å³Ù³óÌý
[ÌýT ]
Membrane ProcessesÌý
µþ°ù±ð²¹»å³Ù³óÌý
Analytical Chemistry: Essential MethodsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Entrepreneurial EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Fundamentals of Humanitarian EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Food PreservationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Advanced Food EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Energy StorageÌý
µþ°ù±ð²¹»å³Ù³óÌý
Polymer ScienceÌý
µþ°ù±ð²¹»å³Ù³óÌý
Research Thesis ExtensionÌý
PracticeÌý
Engineering Vertically Integrated ProjectÌý
PracticeÌý
[ÌýT ]
Rehabilitation and Assistive Technology
PracticeÌý
Engineering Vertically Integrated ProjectÌý
PracticeÌý
Student Initiated ProjectÌý
PracticeÌý
Humanitarian Engineering ProjectÌý
PracticeÌý
Engineering Vertically Integrated ProjectÌý
PracticeÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Research Thesis AÌý
¶Ù±ð±è³Ù³óÌý
Research Thesis BÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Research Thesis CÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Research Thesis ExtensionÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Fuel and EnergyÌý
¶Ù±ð±è³Ù³óÌý
Pharmaceutical Design and EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Data-driven Decision Making in Chemical Engineering and Food ScienceÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Advanced Polymer Science and ResearchÌý
¶Ù±ð±è³Ù³óÌý
Process Engineering in the Petroleum IndustryÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]Ìý
Membrane ProcessesÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]
Advanced Reaction EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Advanced Particle Systems EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Fundamentals of Humanitarian EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Student Initiated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Humanitarian Engineering ProjectÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Advanced Food EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Energy StorageÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Biotechnology and BioengineeringÌý
Prescribed ElectiveÌý
Ìý
Commercial BiotechnologyÌý
Prescribed ElectiveÌý
Ìý
Human BiochemistryÌý
Prescribed ElectiveÌý
Ìý
Environment and SustainabilityÌý
Prescribed ElectiveÌý
Ìý
Research Thesis AÌý
Prescribed ElectiveÌý
Ìý
Research Thesis BÌý
Prescribed ElectiveÌý
Ìý
Research Thesis CÌý
Prescribed ElectiveÌý
Ìý
Research Thesis ExtensionÌý
Prescribed ElectiveÌý
Ìý
Pharmaceutical Design and EngineeringÌý
Prescribed ElectiveÌý
Ìý
Data-driven Decision Making in Chemical Engineering and Food ScienceÌý
Prescribed ElectiveÌý
Ìý
Topics in Business Management in Chemical EngineeringÌý
Prescribed ElectiveÌý
Ìý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Fundamentals of Humanitarian EngineeringÌý
Prescribed ElectiveÌý
Ìý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Humanitarian Engineering ProjectÌý
Prescribed ElectiveÌý
Ìý
Engineering Vertically Integrated ProjectÌý
Prescribed ElectiveÌý
Ìý
Advanced NutritionÌý
Prescribed ElectiveÌý
Ìý
Physiology 1AÌý
Prescribed ElectiveÌý
Ìý
Physiology 1BÌý
Prescribed ElectiveÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Ìý
Biotechnology and BioengineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Commercial BiotechnologyÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Human BiochemistryÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Heat and Mass TransferÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Environment and SustainabilityÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Research Thesis AÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Research Thesis BÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Research Thesis CÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Research Thesis ExtensionÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Pharmaceutical Design and EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Data-driven Decision Making in Chemical Engineering and Food ScienceÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Topics in Business Management in Chemical EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Fundamentals of Humanitarian EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Humanitarian Engineering ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Unit Operations in Food ProcessingÌý
¶Ù±ð±è³Ù³óÌý
School of Civil and Environmental Engineering
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Building Information ModellingÌý
¶Ù±ð±è³Ù³óÌý
Design Practice AÌý
Capstone Course (CivilÌýEngineering)Ìý
Design Practice BÌý
Capstone Course (Environmental Engineering)Ìý
Problem Solving for EngineersÌý
¶Ù±ð±è³Ù³óÌý
Operations and ProjectsÌý
¶Ù±ð±è³Ù³óÌý
Engineering ContractsÌý
¶Ù±ð±è³Ù³óÌý
Sustainability in ConstructionÌý
¶Ù±ð±è³Ù³óÌý
Rock and Slope EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Advanced Topics in Geotechnical EngineeringÌý
¶Ù±ð±è³Ù³óÌý
GeomechanicsÌý
¶Ù±ð±è³Ù³óÌý
Ground Improvement and Monitoring TechniquesÌý
¶Ù±ð±è³Ù³óÌý
Environmental GeomechanicsÌý
¶Ù±ð±è³Ù³óÌý
Structures PracticumÌý
¶Ù±ð±è³Ù³óÌý
Advanced Concrete StructuresÌý
¶Ù±ð±è³Ù³óÌý
Structural Analysis and Finite ElementsÌý
¶Ù±ð±è³Ù³óÌý
Advanced Materials TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Steel and CompositeÌýStucturesÌý
¶Ù±ð±è³Ù³óÌý
Structural DynamicsÌý
¶Ù±ð±è³Ù³óÌý
Sustainable Timber EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Deformation Monitoring SurveysÌý
¶Ù±ð±è³Ù³óÌý
Urban Transport PlanningÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems - Part 1: Network AnalysisÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems - Part 2: Queuing TheoryÌý
¶Ù±ð±è³Ù³óÌý
Fundamentals of Traffic EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Human Factors in Civil and Transport EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Catchment Modelling and Water Resources ManagementÌý
¶Ù±ð±è³Ù³óÌý
Coastal EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Groundwater Resource InvestigationÌý
¶Ù±ð±è³Ù³óÌý
Advanced Water and Wastewater TreatmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Water EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Planning Sustainable InfrastructureÌý
Required Elective (Environmental Engineering)Ìý
Hazardous Waste TreatmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Water Quality PrinciplesÌý
¶Ù±ð±è³Ù³óÌý
Environmental Sustainability - Methods, Tools, ManagementÌý
¶Ù±ð±è³Ù³óÌý
Air Quality and PollutionÌý
¶Ù±ð±è³Ù³óÌý
Satellite Remote Sensing and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
Urban Transport Planning PracticeÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems Part 2Ìý
¶Ù±ð±è³Ù³óÌý
Catchment and Water Resources ModellingÌý
¶Ù±ð±è³Ù³óÌý
Channels, Rivers and EstuariesÌý
¶Ù±ð±è³Ù³óÌý
Coastal EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Reinforced Concrete DesignÌý
¶Ù±ð±è³Ù³óÌý
Bridge EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Computational Structural MechanicsÌý
¶Ù±ð±è³Ù³óÌý
Steel and Composite StructuresÌý
¶Ù±ð±è³Ù³óÌý
Advanced Materials TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Advanced Mechanics of Structures and MaterialsÌý
¶Ù±ð±è³Ù³óÌý
Structural Health Monitoring Fundamentals and PracticesÌý
¶Ù±ð±è³Ù³óÌý
Hazardous Waste ManagementÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Practice ElectiveÌý
Fundamentals of Humanitarian EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Practice ElectiveÌý
Student Initiated ProjectÌý
Capstone ProjectÌý
Humanitarian Engineering ProjectÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Practice ElectiveÌý
Geospatial Information SystemsÌý
¶Ù±ð±è³Ù³óÌý
Principles of Remote SensingÌý
¶Ù±ð±è³Ù³óÌý
Microwave Remote SensingÌý
¶Ù±ð±è³Ù³óÌý
Industrial Ecology and Sustainable EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Prestressed Concrete DesignÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Architectural History and Theory 2Ìý
PresribedÌýFBE ElectiveÌý
Architectural History and Theory 3Ìý
FBE ElectiveÌý
Digital CommunicationÌý
FBE ElectiveÌý
Ìý
Computational Design Theory 1Ìý
FBE ElectiveÌý
Computational Design I (Fundamentals)Ìý
FBE ElectiveÌý
Ubiquitous CitiesÌý
FBE ElectiveÌý
Building DataÌý
FBE ElectiveÌý
[ÌýT ]Ìý
Computational Design 3 (Advanced)Ìý
FBE ElectiveÌý
Building Information ModellingÌý
FBE ElectiveÌý
Sustainable Transport and Highway EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Design Practice AÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Design Practice BÌý
¶Ù±ð±è³Ù³óÌý
Problem Solving for EngineersÌý
¶Ù±ð±è³Ù³óÌý
Operations and ProjectsÌý
¶Ù±ð±è³Ù³óÌý
Engineering ContractsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Sustainability in ConstructionÌý
¶Ù±ð±è³Ù³óÌý
Rock and Slope EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Advanced Topics in Geotechnical EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ground Improvement and Monitoring TechniquesÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Structures PracticumÌý
¶Ù±ð±è³Ù³óÌý
Advanced Concrete StructuresÌý
¶Ù±ð±è³Ù³óÌý
Advanced Materials TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Steel and Composite StructuresÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Structural DynamicsÌý
¶Ù±ð±è³Ù³óÌý
Urban Transport PlanningÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems - Part 1: Network AnalysisÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems - Part 2: Queuing TheoryÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Fundamentals of Traffic EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Catchment Modelling and Water Resources ManagementÌý
¶Ù±ð±è³Ù³óÌý
Coastal EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Groundwater Resource InvestigationÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Advanced Water and Wastewater TreatmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Water Quality PrinciplesÌý
¶Ù±ð±è³Ù³óÌý
Environmental Sustainability - Methods, Tools, ManagementÌý
¶Ù±ð±è³Ù³óÌý
Air Quality and PollutionÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Satellite Remote Sensing and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
Urban Transport Planning PracticeÌý
¶Ù±ð±è³Ù³óÌý
Transport Systems Part 2Ìý
¶Ù±ð±è³Ù³óÌý
Catchment and Water Resources ModellingÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Channels, Rivers and EstuariesÌý
¶Ù±ð±è³Ù³óÌý
Coastal EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Reinforced Concrete DesignÌý
¶Ù±ð±è³Ù³óÌý
Bridge EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Computational Structural MechanicsÌý
¶Ù±ð±è³Ù³óÌý
Steel and Composite StructuresÌý
¶Ù±ð±è³Ù³óÌý
Advanced Materials TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Advanced Mechanics of Structures and MaterialsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Structural Health Monitoring Fundamentals and PracticesÌý
¶Ù±ð±è³Ù³óÌý
Hazardous Waste ManagementÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Fundamentals of Humanitarian EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
Practice ElectiveÌý
Student Initiated ProjectÌý
Capstone ProjectÌý
Humanitarian Engineering ProjectÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
Practice ElectiveÌý
Ìý
Geospatial Information SystemsÌý
¶Ù±ð±è³Ù³óÌý
Principles of Remote SensingÌý
¶Ù±ð±è³Ù³óÌý
Microwave Remote SensingÌý
¶Ù±ð±è³Ù³óÌý
Industrial Ecology and Sustainable EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Prestressed Concrete DesignÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Ìý
Satellite Remote Sensing and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Structural Health Monitoring Fundamentals and PracticesÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Fundamentals of Humanitarian EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Student Initiated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Humanitarian Engineering ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Environmental Impact AssessmentÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Geospatial Information ScienceÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Land Management ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Land Management and Development Project 2Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Mining Project DevelopmentÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
School of Computer Science & Engineering
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*AnyÌýlevel 3 BIOC courseÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
INFS3xxx
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
INFS4xxx
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
Ìý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
*Any ofÌý
¶Ù±ð±è³Ù³óÌý
School of Electrical Engineering & Telecommunications
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Software Construction: Techniques and ToolsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Computer ArchitectureÌý
µþ°ù±ð²¹»å³Ù³óÌý
Operating SystemsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Electrical Engineering Modelling and SimulationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Distributed Energy GenerationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Real Time InstrumentationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Fundamentals of Quantum EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Fundamentals of Humanitarian EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Rehabilitation and Assistive Technology
µþ°ù±ð²¹»å³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Student Initiated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Humanitarian Engineering ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Computational MathematicsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Mathematical Methods and Partial Differential EquationsÌý
µþ°ù±ð²¹»å³Ù³óÌý
OptimisationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Dynamical Systems and ChaosÌý
µþ°ù±ð²¹»å³Ù³óÌý
Fluids, Oceans and ClimateÌý
µþ°ù±ð²¹»å³Ù³óÌý
Information, Codes and CiphersÌý
µþ°ù±ð²¹»å³Ù³óÌý
Network TechnologiesÌý
µþ°ù±ð²¹»å³Ù³óÌý
Trusted NetworksÌý
µþ°ù±ð²¹»å³Ù³óÌý
Entrepreneurial EngineeringÌý
Practice ElectiveÌý
Ìý
Digital and Embedded Systems DesignÌý
Practice ElectiveÌý
Microelectronic Design and TechnologyÌý
Practice ElectiveÌý
Solid State ElectronicsÌý
Practice ElectiveÌý
Radio Frequency ElectronicsÌý
Practice ElectiveÌý
Quantum Devices and ComputersÌý
Practice ElectiveÌý
Power System EquipmentÌý
Practice ElectiveÌý
Power System AnalysisÌý
Practice ElectiveÌý
Electrical Drive SystemsÌý
Practice ElectiveÌý
Ìý
Power ElectronicsÌý
Practice ElectiveÌý
Power System ProtectionÌý
Practice ElectiveÌý
Advanced Digital Signal ProcessingÌý
Practice ElectiveÌý
Multimedia Signal ProcessingÌý
Practice ElectiveÌý
Biomedical Instrumentation, Measurement and DesignÌý
Practice ElectiveÌý
Continuous - Time Control System DesignÌý
Practice ElectiveÌý
Computer Control SystemsÌý
Practice ElectiveÌý
[ÌýT ]
Real-Time EngineeringÌý
Practice ElectiveÌý
Ìý
Optical Circuits and FibresÌý
Practice ElectiveÌý
Photonic NetworksÌý
Practice ElectiveÌý
Network PerformanceÌý
Practice ElectiveÌý
Wireless Communication TechnologiesÌý
Practice ElectiveÌý
Mobile and Satellite Communications SystemsÌý
Practice ElectiveÌý
Digital Modulation and CodingÌý
Practice ElectiveÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Software Construction: Techniques and ToolsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Computer ArchitectureÌý
µþ°ù±ð²¹»å³Ù³óÌý
Operating SystemsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Electrical Engineering Modelling and SimulationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Electrical EnergyÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Distributed Energy GenerationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Real Time InstrumentationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Fundamentals of Quantum EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Fundamentals of Humanitarian EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Rehabilitation and Assistive Technology
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Student Initiated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Humanitarian Engineering ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Computational MathematicsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Mathematical Methods and Partial Differential EquationsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
OptimisationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Dynamical Systems and ChaosÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Fluids, Oceans and ClimateÌý
µþ°ù±ð²¹»å³Ù³óÌý
Information, Codes and CiphersÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Entrepreneurial EngineeringÌý
Practice ElectiveÌý
Digital and Embedded Systems DesignÌý
Practice ElectiveÌý
Ìý
Microelectronic Design and TechnologyÌý
Practice ElectiveÌý
Solid State ElectronicsÌý
Practice ElectiveÌý
Ìý
Radio Frequency ElectronicsÌý
Practice ElectiveÌý
Quantum Devices and ComputersÌý
Practice ElectiveÌý
Ìý
Power System EquipmentÌý
Practice ElectiveÌý
Power System AnalysisÌý
Practice ElectiveÌý
Ìý
Electrical Drive SystemsÌý
Practice ElectiveÌý
Power ElectronicsÌý
Practice ElectiveÌý
Ìý
Power System ProtectionÌý
Practice ElectiveÌý
Advanced Digital Signal ProcessingÌý
Practice ElectiveÌý
Ìý
Multimedia Signal ProcessingÌý
Practice ElectiveÌý
Biomedical Instrumentation, Measurement and DesignÌý
Practice ElectiveÌý
Ìý
Continuous - Time Control System DesignÌý
Practice ElectiveÌý
Computer Control SystemsÌý
Practice ElectiveÌý
[ÌýT ]Ìý
Real-Time EngineeringÌý
Practice ElectiveÌý
Optical Circuits and FibresÌý
Practice ElectiveÌý
Ìý
Photonic NetworksÌý
Practice ElectiveÌý
Network PerformanceÌý
Practice ElectiveÌý
Ìý
Wireless Communication TechnologiesÌý
Practice ElectiveÌý
Mobile and Satellite Communications SystemsÌý
Practice ElectiveÌý
Ìý
Digital Modulation and CodingÌý
Practice ElectiveÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Software Construction: Technique and ToolsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Computer ArchitectureÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Operating SystemsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Real Time InstrumentationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Computational Mathematics for Science and EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Mathematical Methods and Partial Differential EquationsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
OptimizationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Dynamical Systems and ChaosÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Information, Codes and CiphersÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Analogue and Digital CommunicationsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Network TechnologiesÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Entrepreneurial EngineeringÌý
Practice ElectiveÌý
Ìý
Digital and Embedded Systems DesignÌý
Practice ElectiveÌý
Ìý
Microelectronic Design and TechnologyÌý
Practice ElectiveÌý
Ìý
Solid State ElectronicsÌý
Practice ElectiveÌý
Ìý
Advanced Digital Signal ProcessingÌý
Practice ElectiveÌý
Ìý
Multimedia Signal ProcessingÌý
Practice ElectiveÌý
Ìý
Biomedical Instrumentation, Measurement and DesignÌý
Practice ElectiveÌý
Ìý
Continuous - Time Control System DesignÌý
Practice ElectiveÌý
Ìý
Computer Control SystemsÌý
Practice ElectiveÌý
Ìý
Real - Time EngineeringÌý
Practice ElectiveÌý
Ìý
Optical Circuits and FibresÌý
Practice ElectiveÌý
Ìý
Photonic NetworksÌý
Practice ElectiveÌý
Ìý
Network PerformanceÌý
Practice ElectiveÌý
Ìý
Wireless Communication TechnologiesÌý
Practice ElectiveÌý
Ìý
Mobile and Satellite Communications SystemsÌý
Practice ElectiveÌý
Ìý
Digital Modulation and CodingÌý
Practice ElectiveÌý
School of Mechanical and Manufacturing Engineering
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Space Systems Architectures and OrbitsÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Ìý
The Space SegmentÌý
Recommended Disciplinary ElectiveÌý
Advanced Aerospace PropulsionÌý
Recommended Disciplinary ElectiveÌý
Ìý
Fundamental and Advanced Vibration AnalysisÌý
Recommended Disciplinary ElectiveÌý
Engineering Mechanics 3Ìý
RecommendedÌýDisciplinaryÌýElectiveÌý
Ìý
Computational Fluid DynamicsÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Mechanics of Fracture and FatigueÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Ìý
Composite Materials and MechanicsÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Additive ManufacturingÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Ìý
Engineering ManagementÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Finite Element MethodsÌý
RecommendedÌýDisciplinaryÌýElectiveÌý
Ìý
Software System Design and ImplementationÌý
¶Ù±ð±è³Ù³óÌý
Computer Networks and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]Ìý
Real-Time EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Design and Analysis of Product-Process SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Reliability and Maintenance EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Process Modelling and SimulationÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Strategic Manufacturing ManagementÌý
¶Ù±ð±è³Ù³óÌý
Industrial ManagementÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Operations and Supply Chain Management in EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Production Planning and ControlÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Mechanical Design 2Ìý
¶Ù±ð±è³Ù³óÌý
Refrigeration and Air Conditioning 1Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Fundamentals of Acoustics and NoiseÌý
¶Ù±ð±è³Ù³óÌý
Introduction to MicrofluidicsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Biofluid Dynamics and SystemsÌý
¶Ù±ð±è³Ù³óÌý
Solar Thermal Energy DesignÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Automobile Engine TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Optimisation Methods for Engineering SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Control of Robotic SystemsÌý
¶Ù±ð±è³Ù³óÌý
BiomassÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Wind Energy ConvertersÌý
¶Ù±ð±è³Ù³óÌý
Sustainable Energy for Developing CountriesÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Energy EfficiencyÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Fundamental and Advanced Vibration AnalysisÌý
Recommended Disciplinary ElectiveÌý
Engineering Mechanics 3Ìý
Recommended Disciplinary ElectiveÌý
Computational Fluid DynamicsÌý
Recommended Disciplinary ElectiveÌý
Refrigeration and Air Conditioning 1Ìý
Recommended Disciplinary ElectiveÌý
Mechanics of Fracture and FatigueÌý
Recommended Disciplinary ElectiveÌý
Fundamentals of Acoustics and NoiseÌý
Recommended Disciplinary ElectiveÌý
Composite Materials and MechanicsÌý
Recommended Disciplinary ElectiveÌý
Ìý
Introduction to MicrofluidicsÌý
Recommended Disciplinary ElectiveÌý
Biofluid Dynamics and SystemsÌý
Recommended Disciplinary ElectiveÌý
Solar Thermal Energy DesignÌý
Recommended Disciplinary ElectiveÌý
Automobile Engine TechnologyÌý
Recommended Disciplinary ElectiveÌý
Additive ManufacturingÌý
Recommended Disciplinary ElectiveÌý
Engineering ManagementÌý
Recommended Disciplinary ElectiveÌý
Finite Element MethodsÌý
Recommended Disciplinary ElectiveÌý
Space Systems Architectures and OrbitsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
The Space SegmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Aerospace PropulsionÌý
¶Ù±ð±è³Ù³óÌý
Software System Design and ImplementationÌý
¶Ù±ð±è³Ù³óÌý
Computer Networks and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]Ìý
Real-Time EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Design and Analysis of Product-Process SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Reliability and Maintenance EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Process Modelling and SimulationÌý
¶Ù±ð±è³Ù³óÌý
Strategic Manufacturing ManagementÌý
¶Ù±ð±è³Ù³óÌý
Industrial ManagementÌý
¶Ù±ð±è³Ù³óÌý
Operations and Supply Chain Management in EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Production Planning and ControlÌý
¶Ù±ð±è³Ù³óÌý
Mechanical Design 2Ìý
¶Ù±ð±è³Ù³óÌý
Optimisation Methods for Engineering SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Control of Robotic SystemsÌý
¶Ù±ð±è³Ù³óÌý
BiomassÌý
¶Ù±ð±è³Ù³óÌý
Wind Energy ConvertersÌý
¶Ù±ð±è³Ù³óÌý
Sustainable Energy for Developing CountriesÌý
¶Ù±ð±è³Ù³óÌý
Energy EfficiencyÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Strategic Manufacturing ManagementÌý
Recommended Disciplinary ElectiveÌý
Ìý
Industrial ManagementÌý
Recommended Disciplinary ElectiveÌý
Operations and Supply Chain Management in EngineeringÌý
Recommended Disciplinary ElectiveÌý
Ìý
Production Planning and ControlÌý
Recommended Disciplinary ElectiveÌý
Additive ManufacturingÌý
Recommended Disciplinary ElectiveÌý
Ìý
Finite Element MethodsÌý
Recommended Disciplinary ElectiveÌý
Space Systems Architectures and OrbitsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
The Space SegmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Aerospace PropulsionÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Software System Design and ImplementationÌý
¶Ù±ð±è³Ù³óÌý
Computer Networks and ApplicationsÌý
¶Ù±ð±è³Ù³óÌý
[ÌýT ]Ìý
Real-Time EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Mechanical Design 2Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Fundamental and Advanced Vibration AnalysisÌý
¶Ù±ð±è³Ù³óÌý
Engineering Mechanics 3Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Computational Fluid DynamicsÌý
¶Ù±ð±è³Ù³óÌý
Refrigeration and Air Conditioning 1Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Mechanics of Fracture and FatigueÌý
¶Ù±ð±è³Ù³óÌý
Fundamentals of Acoustics and NoiseÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Composite Materials and MechanicsÌý
¶Ù±ð±è³Ù³óÌý
Introduction to MicrofluidicsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Biofluid Dynamics and SystemsÌý
¶Ù±ð±è³Ù³óÌý
Solar Thermal Energy DesignÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Automobile Engine TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Optimisation Methods for Engineering SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Control of Robotic SystemsÌý
¶Ù±ð±è³Ù³óÌý
BiomassÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Wind Energy ConvertersÌý
¶Ù±ð±è³Ù³óÌý
Sustainable Energy for Developing CountriesÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Energy EfficiencyÌý
¶Ù±ð±è³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Software System Design and ImplementationÌý
Recommended Disciplinary ElectiveÌý
Computer Networks and ApplicationsÌý
Recommended Disciplinary ElectiveÌý
[ÌýT ]
Real-Time EngineeringÌý
Recommended Disciplinary ElectiveÌý
Rehabilitation and Assistive Technology
Recommended Disciplinary ElectiveÌý
Process Modelling and SimulationÌý
Recommended Disciplinary ElectiveÌý
Engineering ManagementÌý
Recommended Disciplinary ElectiveÌý
Optimisation Methods for Engineering SystemsÌý
Recommended Disciplinary ElectiveÌý
Ìý
Control of Robotic SystemsÌý
Recommended Disciplinary ElectiveÌý
Space Systems Architectures and OrbitsÌý
¶Ù±ð±è³Ù³óÌý
The Space SegmentÌý
¶Ù±ð±è³Ù³óÌý
Advanced Aerospace PropulsionÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Rehabilitation and Assistive Technology
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Engineering Vertically Integrated ProjectÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Design and Analysis of Product-Process SystemsÌý
¶Ù±ð±è³Ù³óÌý
Reliability and Maintenance EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Strategic Manufacturing ManagementÌý
¶Ù±ð±è³Ù³óÌý
Industrial ManagementÌý
¶Ù±ð±è³Ù³óÌý
Operations and Supply Chain Management in EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Production Planning and ControlÌý
¶Ù±ð±è³Ù³óÌý
Mechanical Design 2Ìý
¶Ù±ð±è³Ù³óÌý
Fundamental and Advanced Vibration AnalysisÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Engineering Mechanics 3Ìý
¶Ù±ð±è³Ù³óÌý
Computational Fluid DynamicsÌý
¶Ù±ð±è³Ù³óÌý
Refrigeration and Air Conditioning 1Ìý
¶Ù±ð±è³Ù³óÌý
Mechanics of Fracture and FatigueÌý
¶Ù±ð±è³Ù³óÌý
Fundamentals of Acoustics and NoiseÌý
¶Ù±ð±è³Ù³óÌý
Composite Materials and MechanicsÌý
¶Ù±ð±è³Ù³óÌý
Introduction to MicrofluidicsÌý
¶Ù±ð±è³Ù³óÌý
Biofluid Dynamics and SystemsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Solar Thermal Energy DesignÌý
¶Ù±ð±è³Ù³óÌý
Automobile Engine TechnologyÌý
¶Ù±ð±è³Ù³óÌý
Additive ManufacturingÌý
¶Ù±ð±è³Ù³óÌý
BiomassÌý
¶Ù±ð±è³Ù³óÌý
Wind Energy ConvertersÌý
¶Ù±ð±è³Ù³óÌý
Sustainable Energy for Developing CountriesÌý
¶Ù±ð±è³Ù³óÌý
Energy EfficiencyÌý
¶Ù±ð±è³Ù³óÌý
School of Mineral & Energy Resource Engineering
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Engineering Vertically Integrated ProjectÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Research ElectiveÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Surface Mining SystemsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Underground Mining SystemsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Advanced Geotechnical EngineeringÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Advanced Mine VentilationÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Mining Asset Management and ServicesÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Mining in a Global EnvironmentÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Business Practices in the Petroleum IndustryÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Reservoir Engineering AÌý
µþ°ù±ð²¹»å³Ù³óÌý
[ÌýT ]Ìý
Petroleum GeophysicsÌý
µþ°ù±ð²¹»å³Ù³óÌý
Ìý
Field Development GeologyÌý
µþ°ù±ð²¹»å³Ù³óÌý
-
Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
[ÌýT ]
Workplace SafetyÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Material and Energy SystemsÌý
¶Ù±ð±è³Ù³óÌý
Heat and Mass TransferÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Industrial Chemistry for Chemical EngineersÌý
¶Ù±ð±è³Ù³óÌý
Material and Energy Balances in the Chemical Process IndustryÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Physical Chemistry: Molecules, Energy and ChangeÌý
¶Ù±ð±è³Ù³óÌý
Organic Chemistry: Mechanisms and BiomoleculesÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Inorganic Chemistry: The ElementsÌý
¶Ù±ð±è³Ù³óÌý
Analytical Chemistry: Essential MethodsÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Programming FundamentalsÌý
¶Ù±ð±è³Ù³óÌý
Computing 2Ìý
¶Ù±ð±è³Ù³óÌý
Ìý
Management and EthicsÌý
¶Ù±ð±è³Ù³óÌý
Principles of Water EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Ìý
Water and Wastewater EngineeringÌý
¶Ù±ð±è³Ù³óÌý
Microeconomics 1Ìý
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Ìý
Macroeconomics 1Ìý
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Elements of Environmental EconomicsÌý
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Ìý
Strategic Leadership and EthicsÌý
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Entrepreneurial EngineeringÌý
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Ìý
Engineering Vertically Integrated ProjectÌý
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Engineering Vertically Integrated ProjectÌý
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Ìý
Engineering Vertically Integrated ProjectÌý
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Business FinanceÌý
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Ìý
Environmental Systems, Processes and IssuesÌý
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Peak Carbon: Climate Change and Energy PolicyÌý
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Ìý
Australian Climate and VegetationÌý
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Australian Surface Environments and LandformsÌý
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Ìý
Introduction to GIS and Remote SensingÌý
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Mineral and Energy ResourcesÌý
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Ìý
Environmental GeophysicsÌý
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Environmental ChangeÌý
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Ìý
Engineering Statistics and Experiment DesignÌý
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Marketing FundamentalsÌý
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Ìý
Mathematical ComputingÌý
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Physical Properties of MaterialsÌý
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Thermodynamics and Phase EquilibriaÌý
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Managing Organisations and PeopleÌý
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Health and Safety at WorkÌý
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Engineering Design 2Ìý
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Ìý
Drilling Fluids and CementingÌý
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Geomechanics AÌý
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Ìý
Petroleum Geomechanics BÌý
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Digital Core AnalysisÌý
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School of Photovoltaic & Renewable Engineering
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Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Ìý
Energy StorageÌý
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Ìý
Ìý
Renewable Energy PolicyÌý
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Life Cycle Assessment Depth Bioenergy and Renewable Fuels Depth Wind Energy Converters Depth Ìý
Ìý
Sustainable Energy for Developing CountriesÌý
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Ìý
Ìý
Advanced PhotovoltaicsÌý
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Ìý
[ÌýT ]Ìý
Advanced Solar Cell CharacterisationÌý
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Renewable Energy System Modelling and Analysis Depth Hybrid Renewable Energy Systems Depth Advanced Photovoltaic Manufacturing Depth Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
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Ìý
Ìý
Fundamentals of Humanitarian EngineeringÌý
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Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
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Ìý
Ìý
Humanitarian Engineering ProjectÌý
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Ìý
Ìý
Engineering Vertically Integrated ProjectÌý
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Course CodeÌý
Course TimetableÌý
Course TitleÌý
Elective TypeÌý
Ìý
Solar CellsÌý
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Ìý
Photovoltaic Technology and ManufacturingÌý
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Life Cycle Assessment
Depth
Bioenergy and Renewable Fuels Depth Ìý
Sustainable Energy for Developing CountriesÌý
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Renewable Energy System Modelling and Analysis Depth Hybrid Renewable Energy Systems Depth Ìý
Electrical EnergyÌý
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Ìý
Electromagnetic EngineeringÌý
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Ìý
Fundamentals of Humanitarian EngineeringÌý
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Ìý
Student Initiated ProjectÌý
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Ìý
Humanitarian Engineering ProjectÌý
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Energy Storage Depth Solar Thermal Energy Design Depth