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LICENCIATURA en Ingeniería (honores) / Ciencias de la Computación

Agencia para estudiar en Australia

Consejos para elegir lo ideal

AUSTRALIA STUDY ESPAÑA Y LATINO-AMERICA SERVICIOS EDUCATIVOS

es una organización educativa que brinda asistencia gratuita para usted.

Viva, estudie y trabaje en Australia.

Ya sea que desee extender su visa en Australia o encontrar un nuevo curso para estudiar, podemos brindarle el mejor apoyo, precios y becas. Le ayudaremos con sus inscripciones, alojamiento, orientación laboral y visa para que pueda disfrutar

Estudiar en Australia

Australia es uno de los lugares más populares del mundo para trabajar y estudiar. Sus estándares internacionales en calidad de vida y excelencia educativa se sustentan en un fuerte crecimiento económico. Australia es conocida por su inmensa belleza natural, emocionantes ciudades cosmopolitas, diversas actividades culturales y un estilo de vida saludable al aire libre.

Las instituciones australianas de educación superior

utilizan tecnología líder en el mercado y sistemas de capacitación profesional que se comparan con los estándares de la industria. Nuestras instituciones tienen una excelente reputación internacional y se utilizan como modelos para otros países de la región de Asia y el Pacífico.

El nivel de vida

de los estudiantes se encuentra entre los mejores del mundo. Australia tiene cinco de las 30 mejores ciudades del mundo para estudiantes en función de la combinación de estudiantes, la asequibilidad, la calidad de vida y la actividad del empleador, todos elementos importantes para los estudiantes al elegir el mejor destino de estudio. Esperar diversidad en Australia. Tendrá acceso ilimitado a atracciones culturales, incluidas galerías de arte, museos y teatros muy respetados, así como restaurantes y tiendas de clase mundial. Si le apasiona el deporte, puede ver y participar en una multitud de actividades durante todo el año, como senderismo, ciclismo, escalada, fútbol, ​​natación y surf.

Este programa dual es su boleto para desempeñar un papel en la construcción de la próxima generación de tecnologías de vanguardia con las principales empresas de todo el mundo.

Al estudiar el programa dual, obtendrá dos títulos solicitados en menos tiempo que si estudia los programas por separado. Las habilidades y el conocimiento que desarrollará a través del programa de ciencias de la computación complementarán su experiencia en ingeniería y, juntos, le permitirán labrarse una carrera en las industrias de alta tecnología del futuro.

El programa de ingeniería  ofrece la mayor variedad de disciplinas de ingeniería en Queensland, con 5 especializaciones principales y 14 especializaciones para elegir. El plan de estudios flexible lo equipará para trabajar en áreas de ingeniería tanto establecidas como emergentes.

Se beneficiará de experiencias

prácticas en todos los aspectos de la ingeniería, más opciones de estudio para mayores oportunidades profesionales y contacto directo con la industria, sus futuros empleadores, a lo largo de su carrera.

La informática  combina los estudios teóricos de algoritmos y estructuras de datos con los desafíos prácticos de implementarlos en sistemas de hardware y software. A través de este programa, desarrollará las sólidas habilidades analíticas, lógicas y de desarrollo necesarias para avanzar en la informática y sus aplicaciones. Puede especializarse en ciberseguridad, ciencia de datos, aprendizaje automático, lenguajes de programación o informática científica.

Se graduará con calificaciones altamente valoradas y solicitadas, listo para una carrera emocionante en tecnología de punta.

Grandes Ligas

Adapte sus estudios a sus objetivos. Este programa ofrece estas opciones:

  • Ingeniería Aeroespacial
  • Ingeniería Biomédica
  • Ingeniería de bioprocesos
  • Ingeniería Química

Como vas a aprender

Sus experiencias de aprendizaje están diseñadas para adaptarse mejor a los resultados de aprendizaje de los cursos que elija.

  • Conferencias
  • Tutoriales
  • Estudio en el extranjero
  • Trabajo de laboratorio
  • Talleres de trabajo

Bachelor of Engineering (Honours)

Flexible First Year

During the first year of study students can choose to commence in their chosen specialisation or undertake the flexible first year. The flexible first year allows students to keep their options open as to which specialisation they chose to pursue in second year.

Students will be required to choose their program specialisation by the commencement of second year. First Year Foundation Courses and First Year Engineering Electives can contribute to your chosen specialisation as either a compulsory courses or as electives. Please refer to the specialisation course list.

Students undertaking the flexible first year program will complete 16 units comprising:

    1. 8 units for all Core Courses; and
    2. 2 to 6 units from First Year Engineering Foundation Courses; and
    3. 0 to 4 units from Preparatory Science and Mathematics Courses; and
    4. 0 to 4 units from First Year Engineering Electives

Note: Choosing fewer than 6 units from First Year Engineering Foundation Courses may either limit specialisation choices in year 2 or increase the duration of study.

Core Courses

Course CodeUnitsCourse Title
ENGG11002Professional Engineering
[ ENGG10012Programming for Engineers
[ or
[ CSSE10012Introduction to Software Engineering
[ MATH10512Calculus & Linear Algebra I
[ or
[ MATH10712Advanced Calculus & Linear Algebra I
[ MATH10522Multivariate Calculus & Ordinary Differential Equations
[ or
[ MATH10722Advanced Multivariate Calculus & Ordinary Differential Equations

First Year Engineering Foundation Course

Course CodeUnitsCourse Title
ENGG13002Introduction to Electrical Systems
ENGG15002Thermodynamics : Energy and the Environment
ENGG17002Statics and Materials

Preparatory Science and Math Courses

Course CodeUnitsCourse Title
CHEM10902Introductory Chemistry
PHYS11712Physical Basis of Biological Systems
MATH10502Mathematical Foundations II
Preparatory Science and Mathematics Courses are only permitted to be taken if the high school equivalent has not been successfully completed with a grade of B (HA) or higher

First Year Engineering Electives

Course CodeUnitsCourse Title
BIOL10402Cells to Organisms
BIOE10012Principles of Biomedical & Bioprocess Engineering
CHEM11002Chemistry 1
ENGG16002Introduction to Research Practices – The Big Issues
ERTH15012Earth Processes & Geological Materials for Engineers
PHYS10022Electromagnetism & Modern Physics

Chemical Engineering Specialisation

Bachelor of Engineering (Honours) (plan code CHEMIE2455)

For the BE(Hons), students must complete a total of 64 units comprising –

  1. 8 units for all Core Courses; and
  2. 52 units for one of
    1. Specialisation and Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified Major; or
    2. Specialisation and Minor option being
      (i) 36 units for Specialisation; and
      (ii) 8 units for a specified Minor; and
      (iii) 8 units for specified electives; or
    3. Specialisation and No Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified electives

      and

  3. 0 to 4 units from Preparatory Science and Mathematics Courses; and
  4. 0 to 4 units from Program Electives; and
  5. 0 to 4 units from General Electives

    NB: of the 64 units required for the program, students must complete at least 24 units of courses at level 3 or higher and no more than 24 units at level 1

Core Courses

Course CodeUnitsCourse Title
ENGG11002Professional Engineering
[ ENGG10012Programming for Engineers
[ or
[ CSSE10012Introduction to Software Engineering
[ MATH10512Calculus & Linear Algebra I
[ or
[ MATH10712Advanced Calculus & Linear Algebra I
[ MATH10522Multivariate Calculus & Ordinary Differential Equations
[ or
[ MATH10722Advanced Multivariate Calculus & Ordinary Differential Equations

Preparatory Science and Math Courses

Course CodeUnitsCourse Title
CHEM10902Introductory Chemistry
PHYS11712Physical Basis of Biological Systems
MATH10502Mathematical Foundations II
Preparatory Science and Mathematics Courses are only permitted to be taken if the high school equivalent has not been successfully completed with a grade of B (HA) or higher

Specialisation in Chemical Engineering

For the specialisation in Chemical Engineering, students must complete 36 units comprising –

    1. (i) 34 units for all Compulsory Courses; and
    1. (ii) 2 units from Program Electives

Compulsory Courses

Level 1

Course CodeUnitsCourse Title
CHEM11002Chemistry 1
ENGG15002Thermodynamics : Energy and the Environment

Level 2

Course CodeUnitsCourse Title
CHEE20012Process Principles
CHEE20032Fluid & Particle Mechanics
CHEE20102Engineering Investigation & Statistical Analysis
CHEE20202Process Equipment and Control Systems
CHEE20302Chemical Thermodynamics
CHEE20402Heat and Mass Transfer
CHEM20562Physical Chemistry for Engineering

Level 3

Course CodeUnitsCourse Title
CHEE30042Unit Operations
CHEE30052Reaction Engineering
CHEE30072Process Modelling & Dynamics
CHEE30202Process Systems Analysis

Level 4

Course CodeUnitsCourse Title
CHEE40014Process Engineering Design Project
CHEE40022Risk in Process Industries
ENGG49002Professional Practice and the Business Environment

Chemical Engineering No Major Option

Complete 16 units comprising –

  1. 8 to 16 units from Chemical Engineering Advanced Electives or Chemical Engineering Research Electives; and
  2. 0 to 8 units from any Chemical Engineering Breadth Electives; and
  3. 0 to 4 units from Program Electives; and
  4. 0 to 4 units from General Electives

Chemical Engineering Advanced Electives

Course CodeUnitsCourse Title
BIOE43052Biomaterials: Materials in Medicine
BIOE60282Metabolic Engineering
BIOE60342Cell and Tissue Engineering
CHEE30082Special Topics C
CHEE33012Polymer Engineering
CHEE40032Special Topics A
CHEE40092Transport Phenomena
CHEE40122Industrial Wastewater & Solid Waste Management
CHEE40202Bioprocess Engineering
CHEE40222Principles of Adsorption
CHEE43032Interface and Colloid Science and Engineering
ENGG35002Reservoir Engineering
ENGY40002Energy Systems
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy
MATE43022Electrochemistry and Corrosion
MATE63012Nanomaterials
MECH43042Net Shape Manufacturing
MINE32082Physical Separation Processes
MINE32122Pyrometallurgy
MINE32192Process Mineralogy and Comminution
MINE42032Flotation
MINE42042Hydrometallurgy and Electrometallurgy
Courses on this list may require pre-requisites. Please seek academic advice if required.

Chemical Engineering Research Electives

Course CodeUnitsCourse Title
CHEE40062Research Project
CHEE40072Research Project
CHEE40264Research Thesis
CHEE40274Thesis Project

Chemical Engineering Breadth Electives

Course CodeUnitsCourse Title
CHEM12002Chemistry 2
ENGG41032Engineering Asset Management
FIRE37002Introduction to Fire Safety Engineering
FOOD20002Food Science
FOOD30112Food Product Development
FOOD30172Food Safety & Quality Management
MATH20012Calculus & Linear Algebra II
METR31002Control System Implementation
MICR20002Microbiology & Immunology
MICR20012Food Microbiology I
Courses on this list may require pre-requisites. Please seek academic advice if required.

Chemical Engineering Breadth Electives can also be chosen from course lists for the following majors:

  1. Biomedical Engineering
  2. Bioprocess Engineering
  3. Environmental Engineering
  4. Materials Engineering
  5. Metallurgical Engineering

Major in Biomedical Engineering

For the Major in Biomedical Engineering, students must complete 16 units comprising –

  1. 4 units for one of:
    1. 4 units for Biomedical Engineering courses for Chemical Engineers; or
    2. 4 units for Biomedical Engineering courses for Electrical Engineers; or
    3. 4 units for Biomedical Engineeering courses for Mechanical Engineers; and
  2. 8 units for Biomedical Engineering Compulsory Courses; and
  3. 4 units from Biomedical Engineering Electives.

Biomedical Eng Courses for Chemical Eng

Course CodeUnitsCourse Title
BIOE60342Cell and Tissue Engineering
CHEE40202Bioprocess Engineering

Biomedical Compulsory Courses

Course CodeUnitsCourse Title
BIOE10012Principles of Biomedical & Bioprocess Engineering
BIOE30012Quantitative Methods in Biomedical Engineering
BIOE43052Biomaterials: Materials in Medicine
BIOE69012Medical Device Engineering

Biomedical Engineering Electives

Course CodeUnitsCourse Title
BIOC20002Biochemistry & Molecular Biology
BIOE60282Metabolic Engineering
BIOE60342Cell and Tissue Engineering
BIOE64032Biomedical Instrumentation
BIOE66012Medical Imaging
BIOL10402Cells to Organisms
BIOL22002Molecular Cell Biology I
BIOL22022Genetics
BIOL30142Advanced Bioinformatics
BIOM20112Integrative Cell & Tissue Biology
BIOM20122Systems Physiology
BIOM20202Human Anatomy
BIPH20002Foundations of Biophysics
COMP47022Machine Learning
COMS41132Photonics
COMS41042Microwave Engineering
CSSE20022Programming in the Large
CSSE40112Advanced Embedded Systems
ELEC46202Digital Signal Processing
ELEC46302Image Processing and Computer Vision
MATE63012Nanomaterials
MECH33012Materials Selection
MECH49502Advanced Manufacturing in Practice
METR42022Robotics & Automation
MICR20002Microbiology & Immunology
SCIE21002Bioinformatics 1: Introduction
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project

Major in Bioprocess Engineering

For the major in Bioprocess Engineering, students must complete 16 units comprising –

  1. 12 units for all Bioprocess Engineering Compulsory Courses; and
  2. 0 to 4 units from Bioprocess Engineering Electives; and
  3. 0 to 4 units from Bioprocess Engineering Research Electives.

Bioprocess Eng Compulsory Courses

Course CodeUnitsCourse Title
BIOC20002Biochemistry & Molecular Biology
[ BIOE10012Principles of Biomedical & Bioprocess Engineering
[ or
[ BIOL10202Genes, Cells & Evolution
BIOE60282Metabolic Engineering
BIOL22022Genetics
BIOT30092Quality Management Systems in Biotechnology
CHEE40202Bioprocess Engineering

Bioprocess Engineering Electives

Course CodeUnitsCourse Title
BIOC30052Molecular Systems Biology
BIOE30012Quantitative Methods in Biomedical Engineering
BIOE43052Biomaterials: Materials in Medicine
BIOE60342Cell and Tissue Engineering
BIOL33032Genomics
BIOT30042Commercialisation of Biotechnology Products
CHEE40122Industrial Wastewater & Solid Waste Management
FOOD10012Principles of Food Preservation
FOOD30082Food Process Engineering II
SCIE21002Bioinformatics 1: Introduction

Bioprocess Eng Research Electives

Course CodeUnitsCourse Title
CHEE40062Research Project
CHEE40072Research Project
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project

Major in Environmental Engineering

For the major in Environmental Engineering, students must complete 16 units comprising –

  1. 8 units for all Environmental Engineering Compulsory Courses; and
  2. 4 to 8 units from Environmental Engineering Electives; and
  3. 0 to 4 units from:
    1. Environmental Engineering Research Electives; and/or
    2. Environmental Engineering Breadth Electives; and/or
    3. Chemical Engineering Advanced Electives; and/or
    4. Civil Engineering Advanced Electives

Environmental Eng Compulsory Courses

Course CodeUnitsCourse Title
ENVE25012Environmental Systems
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy

Environmental Engineering Electives

Course CodeUnitsCourse Title
CHEE40122Industrial Wastewater & Solid Waste Management
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL41452Groundwater Modelling and Management
CIVL45252Sustainable Infrastructure Design
ENGY40002Energy Systems
ENVE61102Environmental Sensor System & Monitoring
ENVM31032Regulatory Frameworks for Environmental Management & Planning
WATR61052Integrated Urban Water Management
WATR61062Emerging Issues in the Urban Water Cycle and Public Water
WATR61082Advanced Unit Operations in Water Management
WATR61092Drinking Water Supply: Source, Treatment, Distribution

Environmental Eng Research Electives

Course CodeUnitsCourse Title
CHEE40062Research Project
CHEE40072Research Project
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project
CIVL46052Civil Research Part B

Environmental Eng Breadth Electives

Course CodeUnitsCourse Title
ENVM21002Foundations of Sustainable Development
ENVM32012Catchment Processes & Management
ERTH15012Earth Processes & Geological Materials for Engineers
ERTH20042Structural & Metamorphic Geology
ERTH32502Hydrogeology
GEOM10002Fundamentals of Geographic Information & Technologies
GEOM20012Geographical Information Systems
GEOS11002Environment & Society
GEOS21002Environmental Systems
GEOS31022Global Change: Problems & Prospects

Major in Materials Engineering

For the major in Materials Engineereing, students must complete 16 units comprising –

  1. 4 units for one of:
    1. 4 units for all Materials Engineering Courses for Chemical Engineers; or
    2. 4 units for Materials Courses for Mechanical Engineers; and
  2. 8 units for Materials Engineering Compulsory Courses; and
  3. 4 units from Materials Engineering Electives.

Materials Eng Courses for Chemical Eng

Course CodeUnitsCourse Title
ENGG17002Statics and Materials
MECH23002Structures & Materials

Materials Eng Compulsory Courses

Course CodeUnitsCourse Title
CHEE33012Polymer Engineering
MATE43022Electrochemistry and Corrosion
MECH23102Science & Engineering of Metals
MECH33012Materials Selection

Materials Engineering Electives

Course CodeUnitsCourse Title
AERO43002Aerospace Composites
BIOE43052Biomaterials: Materials in Medicine
CHEE40062Research Project
CHEE40072Research Project
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project
MATE63012Nanomaterials
MECH23052Introduction to Engineering Design and Manufacturing
MECH43042Net Shape Manufacturing

Major in Metallurgical Engineering

For the major in Metallurgical Engineering, students must complete 16 units comprising –

  1. 10 units for all Metallurgical Engineering Compulsory Courses; and
  2. 2 to 6 units from Metallurgical Engineering Electives; and
  3.  to 4 units from Metallurgical Engineering Research Electives.

Metallurgical Eng Compulsory Courses

Course CodeUnitsCourse Title
MINE32082Physical Separation Processes
MINE32122Pyrometallurgy
MINE32192Process Mineralogy and Comminution
MINE42032Flotation
MINE42042Hydrometallurgy and Electrometallurgy

Metallurgical Engineering Electives

Course CodeUnitsCourse Title
CHEE40122Industrial Wastewater & Solid Waste Management
ENGY40002Energy Systems
MATE43022Electrochemistry and Corrosion
MATE63012Nanomaterials
MECH23002Structures & Materials
MECH43042Net Shape Manufacturing
MINE22012Metal Production and Recycling

Metallurgical Eng Research Electives

Course CodeUnitsCourse Title
CHEE40062Research Project
CHEE40072Research Project
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project

Chemical Eng with Engineering Minor

Complete 16 units comprising –

  1. 8 units for one of the following minors:
      1. Data Science
      2. Computing
      1. and
  2. 8 units from Chemical Engineering Advanced or Research Electives

Minor in Computing (8 units)

For the minor in Computing, students must complete 8 units comprising –

  1. 4 units for all Computing Minor Compulsory Courses; and
  2. 4 units from Computing Electives

Computing Minor Compulsory Courses

Course CodeUnitsCourse Title
CSSE20022Programming in the Large
COMP35062Algorithms & Data Structures

Computing Elective Courses

Course CodeUnitsCourse Title
COMP47022Machine Learning
COSC25002Numerical Methods in Computational Science
COSC30002Visualization, Computer Graphics & Data Analysis
COSC35002High-Performance Computing
INFS12002Introduction to Information Systems
INFS32082Cloud Computing
MATH32022Operations Research & Mathematical Planning

Minor in Data Science (8 units)

For the minor in Data Science, students must complete 8 units comprising –

  1. 4 units for all Data Science Minor Compulsory Courses; and
  2. 4 units from Data Science Electives

Data Science Minor Compulsory Courses

Course CodeUnitsCourse Title
DATA20012Introduction to Data Science
INFS12002Introduction to Information Systems
Where courses are compulsory in both the Specialisation and Minor, the Compulsory course in the Minor must be substituted by courses from Data Science Minor Electives

Data Science Elective Courses

Course CodeUnitsCourse Title
COMP47022Machine Learning
INFS22002Relational Database Systems
INFS32082Cloud Computing
INFS42032Data Mining
STAT20032Mathematical Probability
STAT20042Statistical Modelling & Analysis

Civil Engineering Specialisation

Bachelor of Engineering (Honours) (plan code CIVILE2455)

For the BE(Hons), students must complete a total of 64 units comprising –

  1. 8 units for all Core Courses; and
  2. 52 units for one of
    1. Specialisation and Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified Major; or
    2. Specialisation and Minor option being
      (i) 36 units for Specialisation; and
      (ii) 8 units for a specified Minor; and
      (iii) 8 units for specified electives; or
    3. Specialisation and No Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified electives

      and

  3. 0 to 4 units from Preparatory Science and Mathematics Courses; and
  4. 0 to 4 units from Program Electives; and
  5. 0 to 4 units from General Electives

    NB: of the 64 units required for the program, students must complete at least 24 units of courses at level 3 or higher and no more than 24 units at level 1

Core Courses

Course CodeUnitsCourse Title
ENGG11002Professional Engineering
[ ENGG10012Programming for Engineers
[ or
[ CSSE10012Introduction to Software Engineering
[ MATH10512Calculus & Linear Algebra I
[ or
[ MATH10712Advanced Calculus & Linear Algebra I
[ MATH10522Multivariate Calculus & Ordinary Differential Equations
[ or
[ MATH10722Advanced Multivariate Calculus & Ordinary Differential Equations

Preparatory Science and Math Courses

Course CodeUnitsCourse Title
CHEM10902Introductory Chemistry
PHYS11712Physical Basis of Biological Systems
MATH10502Mathematical Foundations II
Preparatory Science and Mathematics Courses are only permitted to be taken if the high school equivalent has not been successfully completed with a grade of B (HA) or higher

Specialisation in Civil Engineering

For the specialisation in Civil Engineering, students must complete 36 units comprising –

    1. (i) 30 units for all Compulsory Courses; and
    1. (ii) 4 units from Civil Engineering Advanced Electives; and
    1. (iii) 2 units from Program Electives

Compulsory Courses

Level 1

Course CodeUnitsCourse Title
ENGG17002Statics and Materials

Level 2

Course CodeUnitsCourse Title
CIVL21312Environmental Fluid Mechanics
CIVL21352Introduction to Environmental Engineering
CIVL22102Fundamentals of Soil Mechanics
CIVL23302Structural Mechanics
CIVL24202Fundamentals of Transportation Engineering
CIVL25302Probability & Statistics in Engineering

Level 3

Course CodeUnitsCourse Title
CIVL31552Hydrology and Free Surface Flows
CIVL32102Geotechnical Engineering
CIVL33602Reinforced Concrete Design
CIVL35202Project Management and Professional Practice
CIVL35302Data Analytics in Civil Engineering

Level 4

Course CodeUnitsCourse Title
CIVL41702Environmental Risk Assessment and Management
[ CIVL45142Integrated Design
[ or
[ CIVL45162Integrated Design for Environmental Management
CIVL46002Research Part A

Civil Engineering No Major Option

Students must complete 16 units comprising –

  1. 8 to 16 units from Civil Engineering Advanced Electives; and
  2. 0 to 8 units from any Civil Engineering Breadth Electives; and
  3. 0 to 4 units from Program Electives; and
  4. 0 to 4 units from General Electives.

Civil Engineering Advanced Electives

Course CodeUnitsCourse Title
CIVL32202Rock Mechanics
CIVL33402Structural Analysis
CIVL33502Integrated Structural Design
CIVL33802Structural Steel Design
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL41452Groundwater Modelling and Management
CIVL42302Advanced Soil Mechanics
CIVL42702Geotechnical Investigation & Testing
CIVL42802Advanced Rock Mechanics
CIVL42902Geotechnical Infrastructure
CIVL43332Advanced Concrete Design
CIVL43342Design of Timber Structures
CIVL43402Wind Engineering
CIVL44602Highway Geometric Design
CIVL45222Analytical Methods for the Design of Construction Operations
CIVL45252Sustainable Infrastructure Design
CIVL44502Traffic Flow Theory and Emerging Technologies
CIVL46052Civil Research Part B
CIVL62102Dam Engineering
CIVL62152Ground Improvement
CIVL62202Tailings Design
CIVL62502Underground Structures
CIVL63602Advanced Structural Analysis
CIVL64102Transport Network Modelling
CIVL64122Traffic Behavioural Modelling
CIVL64152Traffic Analysis and Simulation
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy
ENVE61102Environmental Sensor System & Monitoring
FIRE37002Introduction to Fire Safety Engineering
FIRE46102Fire Engineering Design: Solutions for Implicit Safety
FIRE60902Fire Dynamics
FIRE61002Fire Engineering Design: Explicit Quantification of Safety
FIRE61102Structural Fire Engineering
Courses on this list may require pre-requisites. Please seek academic advice if required.

Civil Engineering Breadth Electives

Course CodeUnitsCourse Title
MATH20012Calculus & Linear Algebra II
  1. Environmental Engineering
  2. Fire Safety Engineering
  3. General Civil Engineering
  4. Geotechnical Engineering
  5. Mining Engineering
  6. Structural Engineering
  7. Transport Engineering
  8. Water and Marine Engineering

Courses on this list may require pre-requisites. Please seek academic advice if required.

Major in Environmental Engineering

For the major in Environmental Engineering, students must complete 16 units comprising –

  1. 8 units for all Environmental Engineering Compulsory Courses; and
  2. 4 to 8 units from Environmental Engineering Electives; and
  3. 0 to 4 units from:
    1. Environmental Engineering Research Electives; and/or
    2. Environmental Engineering Breadth Electives; and/or
    3. Chemical Engineering Advanced Electives; and/or
    4. Civil Engineering Advanced Electives

Environmental Eng Compulsory Courses

Course CodeUnitsCourse Title
ENVE25012Environmental Systems
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy

Environmental Engineering Electives

Course CodeUnitsCourse Title
CHEE40122Industrial Wastewater & Solid Waste Management
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL41452Groundwater Modelling and Management
CIVL45252Sustainable Infrastructure Design
ENGY40002Energy Systems
ENVE61102Environmental Sensor System & Monitoring
ENVM31032Regulatory Frameworks for Environmental Management & Planning
WATR61052Integrated Urban Water Management
WATR61062Emerging Issues in the Urban Water Cycle and Public Water
WATR61082Advanced Unit Operations in Water Management
WATR61092Drinking Water Supply: Source, Treatment, Distribution

Environmental Eng Research Electives

Course CodeUnitsCourse Title
CHEE40062Research Project
CHEE40072Research Project
[ CHEE40264Research Thesis
[ or
[ CHEE40274Thesis Project
CIVL46052Civil Research Part B

Environmental Eng Breadth Electives

Course CodeUnitsCourse Title
ENVM21002Foundations of Sustainable Development
ENVM32012Catchment Processes & Management
ERTH15012Earth Processes & Geological Materials for Engineers
ERTH20042Structural & Metamorphic Geology
ERTH32502Hydrogeology
GEOM10002Fundamentals of Geographic Information & Technologies
GEOM20012Geographical Information Systems
GEOS11002Environment & Society
GEOS21002Environmental Systems
GEOS31022Global Change: Problems & Prospects

Major in Fire Safety Engineering

For the major in Fire Safety Engineering, students must complete 16 units comprising –

  1. 6 units for one of:
    1. 6 units from Fire Safety Engineering Courses for Civil Engineers; or
    2. 6 units from Fire Safety Engineering Courses for Mechanical Engineers; and
  2. 10 units for all Fire Safety Engineering Compulsory Courses

Fire Safety Eng Courses for Civil Eng

2 units for

Course CodeUnitsCourse Title
CIVL46052Civil Research Part B

Civil Engineering Advanced Electives

Course CodeUnitsCourse Title
CIVL32202Rock Mechanics
CIVL33402Structural Analysis
CIVL33502Integrated Structural Design
CIVL33802Structural Steel Design
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL41452Groundwater Modelling and Management
CIVL42302Advanced Soil Mechanics
CIVL42702Geotechnical Investigation & Testing
CIVL42802Advanced Rock Mechanics
CIVL42902Geotechnical Infrastructure
CIVL43332Advanced Concrete Design
CIVL43342Design of Timber Structures
CIVL43402Wind Engineering
CIVL44602Highway Geometric Design
CIVL45222Analytical Methods for the Design of Construction Operations
CIVL45252Sustainable Infrastructure Design
CIVL44502Traffic Flow Theory and Emerging Technologies
CIVL46052Civil Research Part B
CIVL62102Dam Engineering
CIVL62152Ground Improvement
CIVL62202Tailings Design
CIVL62502Underground Structures
CIVL63602Advanced Structural Analysis
CIVL64102Transport Network Modelling
CIVL64122Traffic Behavioural Modelling
CIVL64152Traffic Analysis and Simulation
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy
ENVE61102Environmental Sensor System & Monitoring
FIRE37002Introduction to Fire Safety Engineering
FIRE46102Fire Engineering Design: Solutions for Implicit Safety
FIRE60902Fire Dynamics
FIRE61002Fire Engineering Design: Explicit Quantification of Safety
FIRE61102Structural Fire Engineering
Courses on this list may require pre-requisites. Please seek academic advice if required.

Fire Safety Eng Compulsory Courses

10 units for

Course CodeUnitsCourse Title
FIRE37002Introduction to Fire Safety Engineering
FIRE46102Fire Engineering Design: Solutions for Implicit Safety
FIRE60902Fire Dynamics
FIRE61002Fire Engineering Design: Explicit Quantification of Safety
FIRE61102Structural Fire Engineering

Major in General Civil Engineering

For the major in General Civil Engineering, students must complete 16 units comprising –

  1. 8 units from General Civil Engineering Compulsory Courses; and
  2. 4 to 8 units from General Civil Engineering Electives; and
  3. 0 to 4 units from Civil Engineering Advanced Electives.

General Civil Eng Compulsory Courses

8 units for

Course CodeUnitsCourse Title
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL33402Structural Analysis
CIVL33502Integrated Structural Design
CIVL41212Environmental Hydraulics and Flood Management

General Civil Engineering Electives

Course CodeUnitsCourse Title
ERTH15012Earth Processes & Geological Materials for Engineers
CIVL33802Structural Steel Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41452Groundwater Modelling and Management
CIVL42702Geotechnical Investigation & Testing
CIVL43332Advanced Concrete Design
CIVL43342Design of Timber Structures
CIVL43402Wind Engineering
CIVL44602Highway Geometric Design
CIVL45252Sustainable Infrastructure Design
CIVL44502Traffic Flow Theory and Emerging Technologies

Major in Geotechnical Engineering

For the major in Geotechnical Engineering, students must complete 16 units comprising –

  1. 8 units for all Geotechnical Engineering Compulsory Courses; and
  2. 2 to 8 units Geotechnical Engineering Electives; and
  3. 0 to 4 units from Geotechnical Engineering Breadth Electives; and
  4. 0 to 4 units from Civil Engineering Advanced Electives.

Geotechnical Eng Compulsory Courses

Course CodeUnitsCourse Title
CIVL32202Rock Mechanics
CIVL42302Advanced Soil Mechanics
CIVL42702Geotechnical Investigation & Testing
CIVL42802Advanced Rock Mechanics

Geotechnical Engineering Electives

Course CodeUnitsCourse Title
CIVL42902Geotechnical Infrastructure
CIVL62102Dam Engineering
CIVL62152Ground Improvement
CIVL62202Tailings Design
CIVL62502Underground Structures

Geotechnical Eng Breadth Electives

Course CodeUnitsCourse Title
CIVL41452Groundwater Modelling and Management
CIVL44602Highway Geometric Design
ERTH15012Earth Processes & Geological Materials for Engineers
ERTH20042Structural & Metamorphic Geology
ERTH32502Hydrogeology
GEOM10002Fundamentals of Geographic Information & Technologies
GEOM20012Geographical Information Systems
MINE31292Applied Mining Geomechanics

Major in Mining Engineering

For the major in Mining Engineering, students must complete 16 units comprising –

  1. 4 units for one of:
    1. 4 units for all Mining Engineering Courses for Civil Engineers; or
    2. 4 units for Mining Engineering Courses for Mechanical Engineers; or
    3. 4 units for all Mining Engineering Courses for Mechatronic Engineers; and
  2. 12 units for all Mining Engineering Compulsory Courses.

Mining Eng Courses for Civil Engineers

4 units from

Civil Engineering Advanced Electives

Course CodeUnitsCourse Title
CIVL32202Rock Mechanics
CIVL33402Structural Analysis
CIVL33502Integrated Structural Design
CIVL33802Structural Steel Design
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL41452Groundwater Modelling and Management
CIVL42302Advanced Soil Mechanics
CIVL42702Geotechnical Investigation & Testing
CIVL42802Advanced Rock Mechanics
CIVL42902Geotechnical Infrastructure
CIVL43332Advanced Concrete Design
CIVL43342Design of Timber Structures
CIVL43402Wind Engineering
CIVL44602Highway Geometric Design
CIVL45222Analytical Methods for the Design of Construction Operations
CIVL45252Sustainable Infrastructure Design
CIVL44502Traffic Flow Theory and Emerging Technologies
CIVL46052Civil Research Part B
CIVL62102Dam Engineering
CIVL62152Ground Improvement
CIVL62202Tailings Design
CIVL62502Underground Structures
CIVL63602Advanced Structural Analysis
CIVL64102Transport Network Modelling
CIVL64122Traffic Behavioural Modelling
CIVL64152Traffic Analysis and Simulation
ENVE31502Environmental Systems Dynamics & Modelling
ENVE31602Environmental Phenomena
ENVE46102Engineering the Circular Economy
ENVE61102Environmental Sensor System & Monitoring
FIRE37002Introduction to Fire Safety Engineering
FIRE46102Fire Engineering Design: Solutions for Implicit Safety
FIRE60902Fire Dynamics
FIRE61002Fire Engineering Design: Explicit Quantification of Safety
FIRE61102Structural Fire Engineering
Courses on this list may require pre-requisites. Please seek academic advice if required.

Mining Engineering Compulsory Courses

Course CodeUnitsCourse Title
MINE31102Integrated Orebody Knowledge
MINE31222Mining Systems
MINE31232Mine Planning
MINE31292Applied Mining Geomechanics
MINE41242Hard Rock Mine Design & Feasibility
MINE41292Mine Process Optimisation

Major in Structural Engineering

For the major in Structural Engineering, students must complete 16 units comprising –

  1. 10 units for all Structural Engineering Compulsory Courses; and
  2. 4 to 6 units from Structural Engineering Electives; and
  3. 0 to 2 units from Civil Engineering Research Electives.

Structural Eng Compulsory Courses

Course CodeUnitsCourse Title
CIVL33402Structural Analysis
CIVL33502Integrated Structural Design
CIVL33802Structural Steel Design
CIVL43332Advanced Concrete Design
CIVL43342Design of Timber Structures

Structural Engineering Electives

Course CodeUnitsCourse Title
CIVL42302Advanced Soil Mechanics
CIVL43402Wind Engineering
CIVL45222Analytical Methods for the Design of Construction Operations
CIVL45252Sustainable Infrastructure Design
CIVL63602Advanced Structural Analysis
FIRE46102Fire Engineering Design: Solutions for Implicit Safety
FIRE61102Structural Fire Engineering

Major in Transport Engineering

For the major in Transport Engineering, students must complete 16 units comprising –

  1. 10 units for all Transport Engineering Compulsory Courses; and
  2. 0 to 2 units from Transport Engineering Electives; and
  3. 4 to 6 units from Civil Engineering Advanced Electives.

Transport Engineering Compulsory Courses

Course CodeUnitsCourse Title
CIVL34202Sustainable Transport Engineering – Planning and Design
CIVL44602Highway Geometric Design
CIVL64102Transport Network Modelling
CIVL64122Traffic Behavioural Modelling
CIVL64152Traffic Analysis and Simulation

Transport Engineering Electives

Course CodeUnitsCourse Title
CIVL44502Traffic Flow Theory and Emerging Technologies

Major in Water and Marine Engineering

For the major in Water and Marine Engineering, students must complete 16 units comprising –

  1. 8 units for all Water and Marine Engineering Compulsory Courses; and
  2. 2 to 4 units from Water and Marine Engineering Electives; and
  3. 2 to 4 units from Water and Marine Engineering Environmental Management Electives; and
  4. 0 to 4 units from Civil Engineering Advanced Electives.

Water and Marine Eng Compulsory Courses

Course CodeUnitsCourse Title
CIVL41112Ocean, Coastal and Estuarine Engineering
CIVL41122Hydro and Ocean Powered Renewable Energy Systems
CIVL41212Environmental Hydraulics and Flood Management
CIVL43402Wind Engineering

Water and Marine Eng Electives

Course CodeUnitsCourse Title
CIVL41452Groundwater Modelling and Management
ENVE61102Environmental Sensor System & Monitoring

Water and Marine Environmental Mgmt Elec

Course CodeUnitsCourse Title
ENVM31032Regulatory Frameworks for Environmental Management & Planning
ENVM31152Climate Change & Environmental Management
ENVM32012Catchment Processes & Management
ERTH32502Hydrogeology

Civil Engineering with Engineering Minor

Complete 16 units comprising:

  1. 8 units for one of the following minors:
      1. Data Science
      2. Computing
      1. and
  2. 8 units from Civil Engineering Advanced Electives

Minor in Computing (8 units)

For the minor in Computing, students must complete 8 units comprising –

  1. 4 units for all Computing Minor Compulsory Courses; and
  2. 4 units from Computing Electives

Computing Minor Compulsory Courses

Course CodeUnitsCourse Title
CSSE20022Programming in the Large
COMP35062Algorithms & Data Structures

Computing Elective Courses

Course CodeUnitsCourse Title
COMP47022Machine Learning
COSC25002Numerical Methods in Computational Science
COSC30002Visualization, Computer Graphics & Data Analysis
COSC35002High-Performance Computing
INFS12002Introduction to Information Systems
INFS32082Cloud Computing
MATH32022Operations Research & Mathematical Planning

Minor in Data Science (8 units)

For the minor in Data Science, students must complete 8 units comprising –

  1. 4 units for all Data Science Minor Compulsory Courses; and
  2. 4 units from Data Science Electives

Data Science Minor Compulsory Courses

Course CodeUnitsCourse Title
DATA20012Introduction to Data Science
INFS12002Introduction to Information Systems
Where courses are compulsory in both the Specialisation and Minor, the Compulsory course in the Minor must be substituted by courses from Data Science Minor Electives

Data Science Elective Courses

Course CodeUnitsCourse Title
COMP47022Machine Learning
INFS22002Relational Database Systems
INFS32082Cloud Computing
INFS42032Data Mining
STAT20032Mathematical Probability
STAT20042Statistical Modelling & Analysis

Electrical Engineering Specialisation

Bachelor of Engineering (Honours) (plan code ELECTE2455)

For the BE(Hons), students must complete a total of 64 units comprising –

  1. 8 units for all Core Courses; and
  2. 52 units for one of
    1. Specialisation and Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified Major; or
    2. Specialisation and Minor option being
      (i) 36 units for Specialisation; and
      (ii) 8 units for a specified Minor; and
      (iii) 8 units for specified electives; or
    3. Specialisation and No Major option being
      (i) 36 units for a Specialisation; and
      (ii)16 units for specified electives

      and

  3. 0 to 4 units from Preparatory Science and Mathematics Courses; and
  4. 0 to 4 units from Program Electives; and
  5. 0 to 4 units from General Electives

    NB: of the 64 units required for the program, students must complete at least 24 units of courses at level 3 or higher and no more than 24 units at level 1

Core Courses

Course CodeUnitsCourse Title
ENGG11002Professional Engineering
[ ENGG10012Programming for Engineers
[ or
[ CSSE10012Introduction to Software Engineering
[ MATH10512Calculus & Linear Algebra I
[ or
[ MATH10712Advanced Calculus & Linear Algebra I
[ MATH10522Multivariate Calculus & Ordinary Differential Equations
[ or
[ MATH10722Advanced Multivariate Calculus & Ordinary Differential Equations

Preparatory Science and Math Courses

Course CodeUnitsCourse Title
CHEM10902Introductory Chemistry
PHYS11712Physical Basis of Biological Systems
MATH10502Mathematical Foundations II
Preparatory Science and Mathematics Courses are only permitted to be taken if the high school equivalent has not been successfully completed with a grade of B (HA) or higher

Specialisation in Electrical Engineering

For the specialisation in Electrical Engineering, students must complete 36 units comprising –

    1. (i) 34 units for all Compulsory Courses; and
    1. (ii) 2 units from Program Electives.
 

Compulsory Courses

Level 1

Course CodeUnitsCourse Title
ENGG13002Introduction to Electrical Systems

Level 2

Course CodeUnitsCourse Title
CSSE20102Introduction to Computer Systems
CSSE23102Computer Systems Principles and Programming
ELEC20042Circuits, Signals & Systems
ELEC23002Electromagnetism and Electromechanics
ELEC24002Electronic Circuits and Amplifiers
ENGG28002Team Project I
MATH20012Calculus & Linear Algebra II
MATH20101Analysis of Ordinary Differential Equations
STAT22011Analysis of Engineering & Scientific Data

Level 3

Course CodeUnitsCourse Title
CSSE30102Embedded Systems Design & Interfacing
ELEC30042Signals, Systems & Control
ELEC31002Fundamentals of Electromagnetic Fields & Waves
ENGG38002Team Project II

Level 4

Course CodeUnitsCourse Title
ENGG49002Professional Practice and the Business Environment
METR42012Control Engineering 1
[ ENGG48114Thesis Project
[ or
[ ENGG48124Thesis Project

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