UOW Master of Engineering
University of Wollongong · Faculty of Engineering and Information Sciences · Wollongong, Australia- Full time
- Australian campus
- 2 years
Tuition, Wollongong living estimate and visa fee.
2027 indicative total
full-time route
2027 Handbook
skill floors apply
international 2027
new 2027 files
What is the UOW Master of Engineering?
The UOW Master of Engineering is a full-time, 2 years Australian-campus coursework master’s at Wollongong. It is course 423, CRICOS 083844B, carries 96 credit points and has a published 2027 tuition planning figure of AUD 102,048, about INR 69.98 lakh, for international students.
The 2027 route covers professional engineering practice across civil, computer, electrical, environmental, materials, mechanical, mechatronic, mining and telecommunications majors, plus a management route. UOW has published the course fee, entry rule and Handbook structure, but it has not published one fixed international closing date for Autumn and Spring 2027, except where the course runs separate selection rounds. That missing date is treated as a planning risk rather than filled from the domestic calendar.
How much does the UOW Master of Engineering cost?
The full-course planning total is AUD 160,188, about INR 1.10 crore. It combines the AUD 102,048 2027 tuition planning figure, AUD 535 a week from UOW’s Wollongong cost guide for the full duration, and the current Student visa charge.
| Item | INR | Local currency | When it is due |
|---|---|---|---|
| Published 2027 course tuition | INR 69.98 lakh | AUD 102,048 | Across the standard course |
| Wollongong living guide for 2 years | INR 38.16 lakh | AUD 55,640 | AUD 535 per week |
| Student visa primary charge | INR 1.71 lakh | AUD 2,500 | At visa application |
| Full-course planning total | INR 1.10 crore | AUD 160,188 | Before OSHC, flights and housing bond |
UOW's current guide uses AUD 535 a week for a person renting one room in a shared two-bedroom Wollongong apartment. Its underlying rent and accommodation inputs are dated 2023 and 2024, so this is a transparent planning estimate, not a quote. Converted at AUD 1 = INR 68.58, derived from ECB reference rates dated 10 September 2026. OSHC, flights, housing bond and personal course extras need separate quotes.
UOW lists AUD 25,512 as the 2027 session fee and AUD 102,048 as the indicative course fee. The table uses the university’s course total rather than multiplying session fees independently.
The living row applies UOW’s AUD 535 weekly shared-apartment example across 2 years. Actual rent, food, transport and utilities can differ, and the source’s underlying housing data is older than the tuition figure.
The gross tuition remains in the headline because UOW’s 30% Postgraduate Academic Excellence Scholarship is conditional. Eligible 2027 international coursework applicants need at least an 85% equivalent result, and excluded programmes cannot use the award.
UOW’s separate 2027 Country Scholarship currently lists India and advertises a 20% tuition reduction for eligible Australian-campus coursework. Course exclusions and non-combination rules still apply, so the written offer controls and this page does not subtract either scholarship from the planning total.
The table excludes OSHC, flights, a housing deposit, exchange spread, health checks, police certificates and programme-specific equipment or placement travel. Those gaps need the offer, insurer quote and personal travel plan before any payment.
Can an Indian applicant meet the UOW Master of Engineering entry rules?
The binding scholastic rule is a recognised four-year Bachelor of Engineering qualification with an equivalent average mark of 60%. UOW assesses an Indian qualification for Australian equivalence and does not publish one percentage that safely applies to every Indian institution.
| Requirement | Published rule | What you do |
|---|---|---|
| Qualifying qualification (India) | a recognised four-year Bachelor of Engineering qualification with an equivalent average mark of 60% | Upload complete marksheets, award and grading information |
| Discipline existing base (India) | Already-held study must support Materials Engineering for Master of Engineering | Provide formal syllabus details where prerequisite matching applies |
| English (India) | IELTS Scholastic 6.5 overall with 6.0 in each skill or accepted equivalent | Use a valid test under the present alumnus policy |
| India English proof (India) | An Indian English-medium qualification is not an automatic general waiver | Check the live country and test rules before applying |
| Master's proof (India) | Purpose and existing base for an applied engineering project tied to the admitted technical major and professional practice | Supply the CV, portfolio, referee or research proof this master's credential requests |
Build a visible discipline map before applying. Candidate proof = formal prerequisite + matching Indian discipline + syllabus topics + credit or hours + result. For example, a programming prerequisite should be matched to one marksheet discipline and its formal syllabus, not only to a project listed on a CV.
The complete scholastic condition is a recognised four-year Bachelor of Engineering qualification with an equivalent average mark of 60%. Meeting the stated minimum makes a file assessable, while selection can still consider relative performance and the master’s credential-specific proof.
The latest formal structure contains 111 specified discipline entries captured from the 2026 Handbook. Recheck the 2027 Handbook before accepting because availability, approved options and advanced-standing rules can change.
Three entry checks for Master of Engineering
A minimum result does not guarantee selection
UOW can rank files by academic performance, relevance, quota, portfolio, test, experience or supervision where the programme states those factors.
Advanced standing is an assessed decision
A related Indian degree title does not by itself create a shorter route. Detailed subjects, credits and recency conditions can decide the result.
English evidence has country conditions
The graduate policy excludes ordinary English-medium tertiary evidence from some countries, including India, so an MOI letter should not be promised as a waiver.
How should an Indian applicant apply for the UOW Master of Engineering?
New international coursework applications starting from Trimester 3 2026 onwards go through the StudyLink Applicant Portal. UOW has not published one fixed international closing date for the ordinary 2027 route, so the plan works backwards from the session start and leaves visa time.
Choose Master of Engineering, confirm the full-time Australian-campus route, submit through StudyLink with academic, identity and English evidence, meet offer conditions, obtain OSHC and a CoE, then make the separate Student visa application.
| Step | Task | Allowance | Why it matters |
|---|---|---|---|
| 01 | Map course entry | 14 days | Match the exact degree, marks, prerequisites and any experience or portfolio rule. |
| 02 | Complete English evidence | 90 days | Allow time for a valid test and possible retake. |
| 03 | Prepare official documents | 28 days | Collect marksheets, award, passport, translations and course-specific evidence. |
| 04 | Submit the application | 1 day | Use the course's No fixed 2027 international cut-off published timing. |
| 05 | Meet offer and CoE conditions | 30 days | Confirm tuition payment, OSHC and any academic conditions. |
| 06 | Apply for the Student visa | 60 days | Use the live Home Affairs document and processing guidance. |
The allowances are preparation estimates, not deadlines or processing times published by University of Wollongong. Start dates remain unconfirmed.
Prepare complete transcripts, the award certificate, passport identity and accepted English evidence. Add course-specific proof such as subject syllabi, a CV, employment letters, registration evidence or placement documents where the entry rule calls for them.
The next teaching window is Autumn and Spring 2027. UOW directs international applicants to its international page instead of printing a fixed 2027 cut-off, so a domestic date is not used as a substitute.
UOW gives its normal coursework timing in plain language:
“For coursework degrees, we recommend applying no later than 4 months before your preferred intake of commencement. This will allow sufficient time for your application to be assessed.”University of Wollongong, international application guidance
That isn’t a hard deadline, doesn’t override a course closure, and can’t promise visa processing; this guide therefore won’t treat it as one.
After an offer, meet every condition and check the tuition deposit, OSHC and refund terms before transferring money. A conditional offer isn’t a Confirmation of Enrolment and can’t support the separate Student visa application.
What jobs can follow the UOW Master of Engineering?
Workplace fit depends on the subjects, assessed work and earlier experience the candidate can documentation. UOW publishes no placement rate or income distribution for this exact programme. The table therefore separates plausible career path families from programme outputs and makes clear that employment, sponsorship and professional recognition are not guaranteed.
| Measure | Finding | Basis |
|---|---|---|
| Plausible career path families | civil, electrical, mechanical, mining, materials, environmental, telecommunications and engineering-management work | Verified study structure and programme workplace list |
| Inspectable programme output | an applied engineering project tied to the admitted technical major and professional practice | 2027 Handbook structure |
| UOW-wide employer satisfaction | 83% | QILT Employer Satisfaction Survey 2024, not course-specific |
| Guaranteed placement or sponsorship | None published | No course guarantee found |
Career path names are possible directions, not a cohort placement rate or income forecast. The 83% employer-satisfaction figure covers UOW graduates across the university.
Turn an applied engineering project tied to the admitted technical major and professional practice into a work sample that shows the question, proof, method, decisions, result and limitations. That gives an employer more to inspect than a list of discipline names.
The coursework can support civil, electrical, mechanical, mining, materials, environmental, telecommunications and engineering-management work, but employers still set experience, licensing, portfolio, right-to-work and sponsorship requirements. Professional recognition has separate completion and membership conditions where it applies.
The post-study visa is temporary and conditional on age, recent Australian study, English, health insurance and the live rules at submission package. It should not be converted into an employment or permanent-residence claim.
Electrical Engineering for Master of Engineering, Management for ME and Computer Engineering for the Master of Engineering form one master’s credential-specific combination inside Master of Engineering. Their assessments can be discussed together only when the chosen problem, methods and final proof connect. Otherwise the three subjects remain separate marksheet lines rather than a clear professional or research trajectory.
Within Master of Engineering, the decision between Electrical Engineering for Master of Engineering and Management for ME changes the proof available after graduation, while Computer Engineering for the Master of Engineering can either reinforce that choice or pull it elsewhere. A useful study financial cost model therefore names the target output of these exact subjects before enrolment rather than treating every verified option as equally relevant.
An interview explanation for Master of Engineering can connect one assessed task from Electrical Engineering for Master of Engineering to a later task in Management for ME, then show what Computer Engineering for the Master of Engineering adds that the earlier work could not. That progression gives the unit choice a testable purpose without claiming that the master’s credential itself guarantees a particular employer or destination.
Environmental Engineering for Master of Engineering, Mechatronic Engineering for Master of Engineering and Mechanical Engineering for Master of Engineering form one master’s credential-specific combination inside Master of Engineering. Their assessments can be discussed together only when the chosen problem, methods and final proof connect. Otherwise the three subjects remain separate marksheet lines rather than a clear professional or research trajectory.
Within Master of Engineering, the decision between Environmental Engineering for Master of Engineering and Mechatronic Engineering for Master of Engineering changes the proof available after graduation, while Mechanical Engineering for Master of Engineering can either reinforce that choice or pull it elsewhere. A useful study financial cost model therefore names the target output of these exact subjects before enrolment rather than treating every verified option as equally relevant.
An interview explanation for Master of Engineering can connect one assessed task from Environmental Engineering for Master of Engineering to a later task in Mechatronic Engineering for Master of Engineering, then show what Mechanical Engineering for Master of Engineering adds that the earlier work could not. That progression gives the unit choice a testable purpose without claiming that the master’s credential itself guarantees a particular employer or destination.
Telecommunications Engineering for Master of Engineering, Mining Engineering for Master of Engineering and Civil Engineering for the Master of Engineering form one master’s credential-specific combination inside Master of Engineering. Their assessments can be discussed together only when the chosen problem, methods and final proof connect. Otherwise the three subjects remain separate marksheet lines rather than a clear professional or research trajectory.
Within Master of Engineering, the decision between Telecommunications Engineering for Master of Engineering and Mining Engineering for Master of Engineering changes the proof available after graduation, while Civil Engineering for the Master of Engineering can either reinforce that choice or pull it elsewhere. A useful study financial cost model therefore names the target output of these exact subjects before enrolment rather than treating every verified option as equally relevant.
An interview explanation for Master of Engineering can connect one assessed task from Telecommunications Engineering for Master of Engineering to a later task in Mining Engineering for Master of Engineering, then show what Civil Engineering for the Master of Engineering adds that the earlier work could not. That progression gives the unit choice a testable purpose without claiming that the master’s credential itself guarantees a particular employer or destination.
Structural Analysis of Materials, Strategic Management for Engineers and Technologists and Corrosion, Wear and Fatigue form one master’s credential-specific combination inside Master of Engineering. Their assessments can be discussed together only when the chosen problem, methods and final proof connect. Otherwise the three subjects remain separate marksheet lines rather than a clear professional or research trajectory.
Within Master of Engineering, the decision between Structural Analysis of Materials and Strategic Management for Engineers and Technologists changes the proof available after graduation, while Corrosion, Wear and Fatigue can either reinforce that choice or pull it elsewhere. A useful study financial cost model therefore names the target output of these exact subjects before enrolment rather than treating every verified option as equally relevant.
An interview explanation for Master of Engineering can connect one assessed task from Structural Analysis of Materials to a later task in Strategic Management for Engineers and Technologists, then show what Corrosion, Wear and Fatigue adds that the earlier work could not. That progression gives the unit choice a testable purpose without claiming that the master’s credential itself guarantees a particular employer or destination.
Selection and Design of Materials, Advanced Project and Professional Communications and Engineering Workplace Practice form one master’s credential-specific combination inside Master of Engineering. Their assessments can be discussed together only when the chosen problem, methods and final proof connect. Otherwise the three subjects remain separate marksheet lines rather than a clear professional or research trajectory.
Within Master of Engineering, the decision between Selection and Design of Materials and Advanced Project changes the proof available after graduation, while Professional Communications and Engineering Workplace Practice can either reinforce that choice or pull it elsewhere. A useful study financial cost model therefore names the target output of these exact subjects before enrolment rather than treating every verified option as equally relevant.
An interview explanation for Master of Engineering can connect one assessed task from Selection and Design of Materials to a later task in Advanced Project, then show what Professional Communications and Engineering Workplace Practice adds that the earlier work could not. That progression gives the unit choice a testable purpose without claiming that the master’s credential itself guarantees a particular employer or destination.
The size of the option pool needs a deliberate financial cost model. The prior base block, middle options and final combination should form one scholastic trajectory rather than a timetable assembled from attractive but unrelated names.
A strong Master of Engineering financial cost model can be explained in one page before enrolment. List each compulsory discipline, the selected option, the skill or question it develops, and the proof expected at the end. Any choice without a destination in that sequence deserves another look before registration.
Availability is the unresolved part of the unit list. The dossier preserves the complete specified 2026 Handbook proof, including options an individual qualification holder will not take. The 2027 timetable, prerequisites and capacity rules decide the final subset, so the provisional financial cost model needs a second check after the new Handbook appears.
The comparison should also price the time attached to each route. 2 years at the standard load leaves limited room to repair a poor option choice later. An approved research, internship or practicum discipline can add relevant proof, but admission to the master’s credential does not guarantee access to that particular discipline.
The first half and second half of Master of Engineering should support the same target trajectory. The prior base supplies the starting method, middle options add depth, and the final component creates proof that can be discussed outside the classroom. A sequence with no connection between those stages may satisfy credit rules yet remain difficult to explain to an employer or research supervisor.
Cost also changes the value of optional breadth. The verified tuition total is AUD 102,048, while the wider standard-route financial cost model reaches AUD 160,188. At that level, an option earns its place when it strengthens the planned output or closes a documented knowledge gap. General interest alone is a weak reason to spend scarce credit and time on an unrelated discipline.
Accreditation is route-specific. Latest UOW and Engineers Australia documentation supports full accreditation for Civil, Electrical, Environmental, Materials and Mechanical; provisional status for Computer, Mechatronic and Mining; a latest UOW-versus-accreditor conflict for Telecommunications; and no published accreditation for the Management major. Obtain latest written confirmation for the selected route.
How is the University of Wollongong ranked?
UOW is 195th in the QS World University Rankings 2027 and in the 201-250 band in the Times Higher Education World University Rankings 2026. These are university-wide measures, not a ranking of this exact course or an admission rule, and they should not decide a programme choice on their own.
Who is the UOW Master of Engineering for?
The master's credential fits an class member whose record supports the required starting level, whose next step needs the final assessed work and whose finances work without assumed Australian earnings. It is weaker when the verified enrolment-stage, duration or professional conditions conflict with the target route.
| Verdict | Your background | Why |
|---|---|---|
| Strong fit | Candidate prepared for the compulsory starting work | The marksheet and syllabus show the required starting level. |
| Strong fit | Candidate who needs the final assessed component | The assessed output supports a defined professional or research use. |
| Needs evidence | Candidate seeking advanced standing | Credit can reduce time and tuition but is an individual assessment task task task. |
| Needs evidence | Qualification holder spending plan outline the standard route | AUD 160,188 excludes flights, rental bond and unexpected fee movement. |
| Do not shortlist | Candidate affected by the main drawback | The verified master's limitation conflicts with the target scholastic, professional or spending plan outline route. |
| Do not shortlist | Candidate relying on guaranteed work | No qualification, internship option or temporary visa guarantees employment. |
A strong correspondence connects earlier proof into the compulsory starting work, followed by a clear audience for the final assessed result. The master’s is less useful when that sequence does not serve the target destination.
A bad fit can still meet the formal minimum. The duration, starting level, delivery rules and final assessed work must support the target next step, while the university-wide ranking cannot settle those master’s credential-level questions.
The finance case uses AUD 160,188 before work income. Qualification holder work rights are limited while study is in session, so casual earnings are not a safe basis for tuition or essential living costs.
What does the 2027 UOW Master of Engineering syllabus contain?
The 2027 UOW Handbook record requires 96 credit points. The table preserves every distinct named subject published across the course’s core, major and choice structures. It is a catalogue pool, not one student’s combined timetable. Use the option notes to build the actual route.
| Code | Component | UOW credit points | Where it sits |
|---|---|---|---|
| MAJ40330 | Materials Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40312 | Electrical Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ43011 | Management for ME | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40317 | Computer Engineering for the Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40310 | Environmental Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40401 | Mechatronic Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40331 | Mechanical Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40373 | Telecommunications Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40382 | Mining Engineering for Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MAJ40315 | Civil Engineering for the Master of Engineering | 96 | Published Handbook route or option group linked from the 2027 course |
| MATL913 | Structural Analysis of Materials | 6 | |
| ENGG954 | Strategic Management for Engineers and Technologists | 6 | |
| MATL952 | Corrosion, Wear and Fatigue | 6 | |
| MATL972 | Selection and Design of Materials | 6 | |
| MMMB940 | Advanced Project | 12 | |
| ENGG980 | Professional Communications and Engineering Workplace Practice | 12 | |
| MATL903 | Recent Developments in Materials | 6 | |
| ENGG950 | Innovation and Design | 6 | |
| ENGG951 | Engineering Project Management | 6 | |
| ENGG952 | Engineering Computing | 6 | |
| ENGG955 | Engineering Research Methods | 6 | |
| MATL905 | Metallic Materials | 6 | |
| MATL907 | Polymeric Materials | 6 | |
| MATL906 | Ceramic Materials | 6 | |
| MATL932 | Surface Engineering of Materials | 6 | |
| MATL938 | Casting and Forming | 6 | |
| ENGG941 | Sustainability for Engineers, Scientists and Professionals | 6 | |
| ENG8434 | Introduction to Materials Welding and Joining | 6 | |
| MATL937 | Process Metallurgy | 6 | |
| ENGG909 | The Science of Materials | 6 | |
| ECTE962 | Telecommunications System Modelling | 6 | |
| ECTE992 | The Future Internet: Architectures and Communication Protocols | 6 | |
| ENGG953 | Modelling of Engineering Management Systems | 6 | |
| ECTE923 | Power System Analysis | 6 | |
| ECT8477 | Programming Autonomous Systems | 6 | |
| CSCI935 | Computer Vision Algorithms and Systems | 6 | |
| ECTE927 | Renewable and Distributed Generation | 6 | |
| ENGG956 | Financial Management for Engineered Assets | 6 | |
| ECTE903 | Image and Video Processing | 6 | |
| ECTE967 | Mobile Networks | 6 | |
| CSCI933 | Machine Learning Algorithms and Applications | 6 | |
| ECTE987 | Optoelectronic Sensing | 6 | |
| MECH941 | Micro/Nano Robotic Systems | 6 | |
| ECTE906 | Advanced Signals and Systems | 6 | |
| ECTE940 | Advanced Project | 12 | |
| ECTE826 | Power Distribution Systems | 6 | |
| ECTE871 | Robotics and Flexible Automation | 6 | |
| ECTE833 | Embedded Systems | 6 | |
| ECTE812 | Power Electronics and Drives | 6 | |
| ECTE829 | Smart Power Grids | 6 | |
| ECTE841 | Intelligent Control | 6 | |
| ECTE842 | Computer Controlled Systems | 6 | |
| ECTE955 | Advanced Laboratory | 6 | |
| ENGG958 | Life-Cycle and Risk Management | 6 | |
| OPS 908 | Supply Chain Management | 6 | |
| ENGG960 | Maintenance Requirement Analysis | 6 | |
| ISIT917 | Business Intelligence and Knowledge Management | 6 | |
| MBA 909 | Responsible Leadership Effectiveness | 6 | |
| MBA 902 | Strategic Marketing Management | 6 | |
| ISIT901 | Information Systems and Strategy | 6 | |
| MGNT969 | Job Analysis, Recruitment and Selection | 6 | |
| CIVL958 | Construction Management | 6 | |
| ENGG961 | Systems Reliability Engineering | 6 | |
| MGNT978 | Cross Cultural Management | 6 | |
| MGNT915 | Management of Change | 6 | |
| ENGG939 | Engineering Logistics | 6 | |
| ECTE832 | Computer Architecture | 6 | |
| ECTE882 | Network Engineering | 6 | |
| ECTE801 | Multimedia Signal Processing | 6 | |
| ENVE926 | Air and Noise Pollution Management | 6 | |
| ENGG948 | Sustainable Energy Technologies | 6 | |
| ENVE925 | Water Quality Engineering and Management | 6 | |
| CMEE940 | Advanced Project | 12 | |
| ENVE929 | Site Contamination and Remediation Technologies | 6 | |
| ENVE923 | Industrial Waste Engineering and Cleaner Production | 6 | |
| ENVE930 | Coastal, River and Groundwater Engineering | 6 | |
| ENVE927 | Environmental Engineering Processes Design | 6 | |
| CIVL909 | Advanced Foundation Engineering | 6 | |
| CIVL912 | Engineering Hydrology | 6 | |
| ENVE931 | Membrane Processes and Applications | 6 | |
| CIVL904 | Sustainable Road and Transport Engineering | 6 | |
| CIVL903 | Concrete Technology | 6 | |
| MINE911 | Studies in Surface Mining | 6 | Published Handbook route or option group linked from the 2027 course |
| MECH950 | Advanced Robotics | 6 | |
| MECH913 | Pneumatic Transport of Bulk Solids | 6 | |
| MECH949 | Advanced Computer Control of Machines and Processes | 6 | |
| MECH970 | Advanced Applied Topics in Mechatronics | 6 | |
| ENGG947 | Advanced Building Design for Energy Efficiency and Sustainability | 6 | |
| MECH920 | Computational Methods for Fluid Dynamics | 6 | |
| ECTE942 | Computer Controlled Systems | 6 | |
| MECH918 | Sustainable Energy in Buildings | 6 | |
| MECH934 | Advanced Manufacturing Processes | 6 | |
| ECTE941 | Intelligent Control | 6 | |
| ENGG965 | Ocean Engineering | 6 | |
| MECH928 | Finite Element Techniques in Mechanical Engineering | 6 | |
| MECH935 | Integrated Manufacturing Systems | 6 | |
| ECTE896 | Optical Communication Systems | 6 | |
| ECTE865 | Wireless Communication Systems | 6 | |
| MINE920 | Studies in Underground Mining | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE916 | Mineral Valuation and Risk Analysis | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE929 | Mine Planning and Development | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE822 | Foundations of Mine Planning and Design | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE961 | Advanced Mining Safety | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE825 | Principles of Geometallurgy | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE923 | Rock Mechanics | 6 | Published Handbook route or option group linked from the 2027 course |
| MINE912 | Environmental Control in Mines | 6 | Published Handbook route or option group linked from the 2027 course |
| CMEE901 | Tunnelling and Underground Construction | 6 | |
| ENGG957 | Engineering Asset Management System Design and Implementation | 6 | |
| CIVL980 | Advanced Computer Applications | 6 | |
| CIVL911 | Structural Design Based on Australian Standards | 6 | |
| CIVL908 | Advanced Soil Mechanics | 6 | |
| Total | 96 |
The note “Published Handbook subject linked from the 2027 course” applies to 92 components in this table.
- Complete 96 credit points under course 423.
- Follow the core, major, capstone and choice rules for the admitted route.
- Do not add every displayed option together because many rows are alternatives.
- Recheck prerequisites and session availability before enrolment.
The sequence begins with Materials Engineering for Master of Engineering and reaches Advanced Soil Mechanics. Those subjects show how the course moves from the expected starting level to its final assessed evidence.
The 2027 Handbook remains the controlling source when it is released. The full displayed pool doesn’t equal one student’s timetable, so prerequisites, teaching periods, option caps and advanced-standing decisions still need checking before enrolment.
Should an Indian applicant shortlist the UOW Master of Engineering?
Shortlist the Master of Engineering when your qualification and proof meet the master’s credential-specific rule, the standard duration fits your finances, and you can explain how the final assessed work supports your next step. Check the scholastic correspondence before paying because UOW can rank prospective learners above the verified minimum.
The strongest case connects earlier scholastic work to the required starting level, then uses the final assessed component to create proof a target employer or research supervisor can inspect. The master's credential offers a defined route, but it does not promise admission, placement, income, sponsorship or permanent residence.
A major must correspondence the earlier engineering existing base, and the Management major is excluded from the verified Engineers Australia accreditation statement. One broad page cannot turn these majors into interchangeable professional pathways. The financial downside also remains material, and the spending plan outline case must work before flights, rental bond, later fee movement and master's credential-specific extras.
- UOW Master of Engineering is a 2 years full-time coursework master's worth 96 credit points.
- The 2027 indicative course tuition is AUD 102,048.
- The gross full-course planning total is AUD 160,188, about INR 1.10 crore, before OSHC, flights and a housing bond.
- The academic starting rule is a recognised four-year Bachelor of Engineering degree with an equivalent average mark of 60%.
- The current English line is IELTS Academic 6.5 overall with 6.0 in each skill.
- UOW publishes no programme-level guarantee of admission, placement, salary, sponsorship or permanent residence.
Frequently asked questions
How much is UOW Master of Engineering for international students?
UOW lists AUD 102,048 as the indicative 2027 course tuition. Adding its AUD 535-a-week Wollongong living example for 2 years and the AUD 2,500 visa charge gives a gross AUD 160,188 plan, about INR 1.10 crore, before OSHC, flights, housing bond and personal extras.
How long is UOW Master of Engineering full time?
The standard full-time route is 2 years and 96 UOW credit points. Credit for prior learning may reduce time where the course rules allow it, but a related Indian degree title does not create automatic exemption. Obtain UOW's formal credit decision before relying on a shorter budget.
What is the 2027 deadline for UOW Master of Engineering?
UOW does not publish one fixed 2027 international cut-off on the ordinary course page. It directs international applicants to its international-students page and says late files are not guaranteed consideration in time. Use the live course page and StudyLink route, then allow a visa buffer instead of borrowing the domestic deadline.
What Indian marks are needed for UOW Master of Engineering?
The course rule is a recognised four-year Bachelor of Engineering degree with an equivalent average mark of 60%. UOW checks overseas comparability and the full transcript, so this page does not invent one universal Indian percentage beyond the result the course itself states. Where subjects, recency, experience or professional evidence apply, the file must prove each condition separately.
What IELTS score does UOW Master of Engineering require?
The current course line is IELTS Academic 6.5 overall with 6.0 in each skill, or an accepted equivalent under UOW's English policy. Test validity and skill-level minimums apply. An English-medium Indian degree should not be assumed to waive the requirement without a written UOW assessment of the specific qualification and study history.
Can an Indian graduate work in Australia after UOW Master of Engineering?
A qualifying Indian master's graduate may separately meet the Temporary Graduate visa Post-Higher Education Work rules in force at application. Age, Australian study, English, health insurance, timing and other conditions apply. The visa is temporary and does not guarantee a job, professional registration, employer sponsorship or permanent residence.
Sources
These sources support the programme, admission, cost, experience and immigration information used on this page.
Sources checked on September 15, 2026. The next intake covered here is Autumn and Spring 2027.
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