Overview (2027)
Key Information
Duration
Minimum 4 years, up to a maximum of 9 years.
Location
Duration
Minimum 4 years, up to a maximum of 9 years.
Location
Delivered through the Australian Maritime College (AMC), the Bachelor of Maritime Engineering (Specialisation) (Honours) will guide you towards a thriving career in the maritime industry. Your studies will focus on one of two maritime industry specialisations: Naval Architecture, or Ocean Engineering.
Your education will include access to world-class training and research facilities. You will benefit from AMC’s industry connections and experience, providing you with a competitive edge as a graduate.
This is a Joint Award Program for students who have completed years one and two in the Bachelor of Engineering (Naval Architecture) Honours at Edith Cowan University, Western Australia. For students looking to study the four year degree with University of Tasmania, please visit the Bachelor of Engineering (Specialisation) (Honours) course page.
Naval Architecture
Naval Architecture focuses on the design and construction of everything from submarines and naval ships to luxury yachts, ferries, and cargo vessels. Across multiple branches of engineering, you can gain expertise in the shipping, high-speed, offshore, defence, underwater and recreational industries.
Ocean Engineering
Dive into advanced studies of the ocean environment and the conditions that impact the life cycle of marine structures. Ocean Engineering focuses on the design, construction and operation of offshore, subsea and coastal structures. You will also learn about applied wave mechanics, underwater technology and offshore renewable energy concepts.
- 1 Solve complex technical problems using engineering techniques, tools, and resources through the application of science, technology, engineering and mathematics.
- 2 Apply systematic engineering design and analysis processes to solve complex maritime engineering problems.
- 3 Critically evaluate current developments, advanced technologies, and emerging issues to create innovative solutions for the maritime engineering industry.
- 4 Manage maritime engineering projects using systematic approaches, soft skills, and effective communication in the professional and lay domains.
- 5 Practice the personal attributes of a professional engineer by implementing ethical and sustainable engineering practices and professional accountability.
Our ship experiences gives you the chance to undertake a series of hands-on projects at sea. You can take a voyage on one of our training vessels, engage in marine operations, and discover issues unique to the deep-sea environment.
Become a Student Ambassador
Improve your communication, teamwork and leadership skills, meet new people, inspire and help others, and developing lasting friendships and networks as a student ambassador. Our ambassadors proudly represent the University throughout Tasmania in schools, at University and community events, and support a range of recruitment and engagement activities. Through the Student Ambassador Program you will have many opportunities for training and professional development, experience in real-world community engagement and outreach, networking, and public speaking, plus end up with a key point of distinction on your CV.
We have strong collaborative connections with the Australian maritime and shipbuilding industry. This means that when you study at AMC, you’ll get real-work, hands-on experience that you won’t find anywhere else.
The growing maritime, defence, marine and offshore sectors are an exciting and strategic area of growth for AMC and the University of Tasmania. We are a strategic partner in the Naval Shipbuilding College, where we collaborate with industry, government and academia to deliver the expertise and workforce required for Australia’s continuous naval shipbuilding program. Our ties with the maritime and shipbuilding industry provide our students with unmatched opportunities to connect with potential employers and gain real-work, hands-on experience before graduating.
A minimum of 12 weeks real-life work experience is a mandatory requirement of your AMC Engineering qualification. Professional work placements provide students with the opportunity to apply newly acquired skills to a practical working environment. You will also demonstrate advanced knowledge and comprehension of your chosen engineering specialisation.
During this stage of your engineering degree you will demonstrate your ability to resolve complex work-related problems under supervision of qualified engineers. You will engage in various facets of engineering, and can observe and appreciate the attitudes, responsibilities, and ethics expected of engineers.
This work experience is undertaken in the unit JEE494 Engineering Professional Practice.
The Bachelor of Maritime Engineering (Specialisation) (Honours) is an externally accredited degree.
The following specialisations of this course are accredited by Engineers Australia:
- Naval Architecture
- Ocean Engineering
Completion of a specialisation may meet the requirements for membership of Engineers Australia. There may be additional requirements for membership beyond the completion of the specialisation.
For further membership requirements, please visit Engineers Australia website.
If you have any queries about the accreditation process, please contact us for further information.
Career outcomes
Harry Hubbert, Australian Maritime College Alumnus
Naval Architecture
The Bachelor of Engineering (Naval Architecture) with Honours prepares students for careers in the shipbuilding industry, designing and constructing luxury super yachts, sailing and power craft, destroyers and patrol boats for the defence industry, underwater vehicles and submarines, and big ocean cruiseliners; the high-speed ferry industry; insurance sector; and marine consultancy firms. It is also an excellent gateway to a career in government in the areas of commercial shipping, transport policy and administration.
Ocean Engineering
The Bachelor of Engineering (Ocean Engineering) with Honours prepares students for careers designing and managing the installation of offshore, subsea and coastal structures for the oil and gas industry, in particular the offshore industry; the renewable energy industry; coastal and environmental engineering; marine consultancy firms; and ocean research organisations.
There are many exciting developments being driven by increased fuel costs and the need to lower the environmental impact of vessels and oil rigs. You can get involved in engineering alternative marine power systems or improving crude oil extraction to reduce emissions while maximising yield.
There is international demand for qualified graduates in the following areas:
- Ship Building
- Alternative energy
- Marine survey
- Statutory bodies
- Military
- Industrial process and power generation sectors.
Postgraduate study
If you successfully complete this course, you may be also be eligible to apply for a range of other postgraduate courses including Graduate Certificates and Graduate Diplomas and Masters by coursework and research. Filter the course list by Postgraduate to view the current courses available.
Course structure
This program is only available to students who have completed the first two years of the Bachelor of Maritime Engineering (Specialisation) (Honours) at Edith Cowan University. Students continue to complete Year 3 and Year 4 requirements as described below.
The Bachelor of Maritime Engineering (Specialisation) (Honours) requires the completion of 400 credit points comprising:
- 300 credit points of Core units
- 75 credit point Specialisation
- 25 credit points of Electives
The Core units are compulsory for all students and consist of 8 units in Year 1 (100 credit points), 8 units in Year 2 (100 credit points), 3 units in Year 3 (37.5 credit points) and 5 units in Year 4 (inclusive of research project and design units) (62.5 credit points).
In Year 3, you will select your engineering Specialisation from the following: Naval Architecture or Ocean Engineering. 6 specialist units (75 credit points) will be completed in Years 3 and 4.
In the Elective component you can choose from any units marked as "Student Electives" which you meet the pre-requisites for, at any level, from across the university. To search for possible Elective units, use the Unit Search tool to search by the discipline that you are interested in.
Your electives can be used to add breadth to your degree, by exploring a variety of different subject areas from within or outside the College of Sciences and Engineering. Alternatively, you can deepen your engagement with specific subject areas, for example, by completing additional units in the same discipline as your major or related fields.
In addition to the 400 credit points, all engineering students must undertake 12 weeks of industrial experience, typically in the summer between your third and fourth year, via a work placement. You will enrol in the unit JEE494 Engineering Professional Practice (0 credit points) and must receive an ungraded pass (UP) in this unit to be eligible to graduate.
We have a team of Student Advisers available to help you structure your studies to meet your desired outcomes. For enrolment assistance please contact us via U Connect today.
Note: 24V3 students complete Years 3 and 4 of 24V1This unit is an introduction to a range of concepts that are fundamental to understanding electrical theory. You will develop an understanding of electrical circuits and circuit analysis through workshops, tutorials, and laboratory work. The unit provides you with the…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This unit introduces students to the use of materials in an engineering context. Students will learn the properties used to classify materials from an engineering perspective, and how these are determined. Students will apply this knowledge to characterise materials using…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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In this unit you will develop knowledge and skills for solving problems in engineering dynamics based on fundamental theory developed using Newtonian Mechanics with an introductory focus on particle kinematics and kinetics. This leads to the development of problem solving…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This unit aims to develop student competency in analysing static equilibrium problems through the systematic application of rigid body mechanics principles. Students will examine objects at rest or in uniform motion, employing structured analytical approaches to solve engineering problems. Upon…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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The unit is primarily designed for students to develop basic to intermediate computer-based skills to solve engineering problems using mathematical and programming techniques. The emphasis is on developing solutions and algorithms by building well structured and efficient computer programs and…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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View all details for JEE158 Engineering Problem Solving and Data Analysis
This unit aims to introduce students to the professional practice of engineering (including ongoing learning, ethics and safety) and develops skills in technical communication, engineering drawings, engineering design process, and project management techniques. Students will apply this knowledge to work…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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View all details for JEE159 Engineering Design and Communication
The applicability of calculus and linear algebra is so broad that fluency in it is essential for a successful career in a variety of areas including science and engineering. This unit is devoted to the conceptual and logical development of…
Credit Points: 12.5
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| Hobart | Semester 1 | ||||
| Launceston | Semester 1 | ||||
| Online | Semester 1 | ||||
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This unit is a continuation of KMA152, with emphasis on the application of single-variable calculus and linear algebra to problems in mathematics, the physical and biological sciences, economics, and engineering. Topics include complex numbers, linear equations and matrices, numerical integration…
Credit Points: 12.5
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| Hobart | Semester 2 | ||||
| Launceston | Semester 2 | ||||
| Online | Semester 2 | ||||
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This is the foundation unit in the study of structures. By applying the knowledge gained in Engineering Statics, the students are introduced to fundamental theories and techniques required to analyse the state of stress and strain in structural members subjected…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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The design and analysis of engineering fluid systems and marine vehicles requires knowledge of the principles and behaviour of moving and stationary fluids. This unit provides students with knowledge and understanding of fluid flow phenomena via flow visualization, theory and…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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Energy is one of the 21st century’s biggest engineering issues, and thermodynamics (the science of energy) will play a key role in understanding the energy needs. JEE223 Thermal Engineering is a foundation unit designed to introduce the laws and concepts…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This unit provides students with knowledge of the fundamental concepts of statical stability and trim of intact and damaged floating structures and the associated practical implications and applications within a regulated environment. This is a unit pivotal to an adequate…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
| Online | Semester 2 | ||||
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This unit introduces the ocean environment and the role of maritime engineers in the design of maritime infrastructure. The unit covers essential elementary knowledge of marine sciences, types of marine crafts and maritime structures, marine systems, and ocean renewable energy…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
| Online | Semester 1 | ||||
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View all details for JEE246 Introduction to Maritime Science, Engineering and Technology
This unit aims to introduce students to the fundamental knowledge and tools required for the analysis of oscillating systems within the maritime engineering field. Students will be required to perform calculations enabling them to model systems such as ocean waves…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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Maritime Design and Production aims to develop students’ knowledge in the design and production of maritime infrastructure. Students will explore all stages of the project lifecycle from response to tender, design conception, manufacturing and delivery and finally decommissioning. Students will…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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Maritime Systems aims to develop students’ understanding of the key systems on board maritime platforms. Students will learn to explain, predict performance and select components for integrated systems including powering systems, hydraulic systems, instrumentation and control systems, and emerging power…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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This is an advanced unit that introduces students to the linearised elastic analysis techniques required for the design of structural systems used in maritime engineering projects. Building upon the knowledge gained in previous structure-themed units, students are introduced to new…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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Finite Element Analysis (JEE350) is an advanced unit that introduces the student to the theory and application of the Finite Element Method in engineering analysis and design. In addition to learning the theoretical bases of the finite element method the…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This unit facilitates translation of theory learned across a range of prior and concurrent subjects into practical application via hands-on projects conducted in the field. Additionally, students are engaged in marine operations which expose relevant issues unique to the maritime…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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Students develop, implement and carry out a research project under the supervision of at least one staff member from the National Centre for Maritime Engineering and Hydrodynamics or UTAS. The progress and outcomes of the research are assessed in the…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
| Semester 2 | |||||
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Students develop, implement and carry out a research project under the supervision of at least one staff member from the National Centre for Maritime Engineering and Hydrodynamics or UTAS. The progress and outcomes of the research are assessed in the…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 1 | ||||
| Semester 2 | |||||
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This is the capstone design unit for all three BMarEng degrees streams (NA, OE, MOE). This unit consolidates the knowledge and capabilities developed through previous years of study. Maritime engineering design involves developing complex solutions through the combined inputs of…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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This is the capstone design unit for all three BE degrees streams (NA, OE, MOE). This unit consolidates the knowledge and capabilities developed through previous years of study. Maritime engineering design involves developing complex solutions through the combined inputs of…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 2 | ||||
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The design and analysis of engineering fluid systems and marine vehicles require the prediction of the fluid behaviour and the interaction between the fluid and the system. This requires a good knowledge of thermo-fluid dynamic principles and the behaviour under…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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View all details for JEE480 Applied Computational Fluid Dynamics
This unit provides students with practical engineering experience in a professional workplace and improves awareness of working within a professional engineering environment. This ensures the students perceptions of engineering during academic studies develop alongside the realities of practice. This unit…
Credit Points: 0
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| Launceston | Semester 2 | ||||
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| Winter | |||||
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View all details for JEE494 Engineering Professional Practice
Administrative unit to be used for recording Honours grades and marks…
Credit Points: 0
The Bachelor of Maritime Engineering (Hons)(Naval Architecture) prepares graduates for careers in the shipbuilding industry, designing and constructing luxury super yachts, sailing and power craft, destroyers and patrol boats for the defence industry, underwater vehicles and submarines, and big ocean cruise liners; the high-speed ferry industry; insurance sector; and marine consultancy firms. It is also an excellent gateway to a career in government in the areas of commercial shipping, transport policy and administration.
The purpose of the unit is to provide knowledge on ship seakeeping and ship manoeuvring. The details behind theoretical and experimental prediction methods are described and students use this information to predict and assess ship seakeeping and manoeuvring performance. Students…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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To provide an understanding and working knowledge of resistance and propulsion of ships. Experimental and theoretical methods are covered with an emphasis on application to design. Students are shown the theory behind these methods and are required to demonstrate usage…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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This unit exposes students to practical design issues and processes and facilitates development of conceptual, analytical and project-planning skills required for a preliminary level of ship design with an emphasis on the application of skills developed in previous units directly…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This unit covers the key elements and essential concepts of environmental forcings on offshore structures and vessels. Additionally, the unit helps students in developing and applying appropriate numerical and analysis methods relevant to engineering problems of structures at sea. The…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
|---|---|---|---|---|---|
| Launceston | Semester 1 | ||||
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Advanced Ship Structures is an advanced and specialised unit aimed at furthering students’ knowledge and understanding of ship structures. By applying the knowledge gained in previous units such as Mechanics of Solids and Analysis of Machines & Structures and combining…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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Underwater Vehicle Technology is an advanced and specialist unit aimed at developing the students’ knowledge and understanding of naval architecture theories, concepts and principles required for the design torpedo-shaped underwater vehicles. This particular shape is the classic hull form used…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 2 | ||||
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The Bachelor of Maritime Engineering (Ocean Engineering) (Honours) prepares graduates for careers designing and managing the installation of offshore, subsea and coastal structures for the oil and gas industry, in particular, the offshore industry; the renewable energy industry; coastal and environmental engineering; marine consultancy firms; and ocean research organisations.
This advanced unit introduces students to industry-standard methods, codes, and practices for the loading, analysis, design, and construction of fixed steel and concrete offshore structures, as well as subsea systems and pipelines. The unit also covers key geotechnical engineering topics…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 2 | ||||
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View all details for JEE320 Applied Offshore Structural Engineering
This is an advanced ocean engineering unit that introduces students to the complex hydrodynamic and structural challenges associated with floating structure design. Students will apply their knowledge of hydrostatics, environmental loading, and structural response to understand the engineering principles that…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 1 | ||||
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View all details for JEE359 Design of Floating Offshore Structures
This unit covers the key elements and essential concepts of environmental forcings on offshore structures and vessels. Additionally, the unit helps students in developing and applying appropriate numerical and analysis methods relevant to engineering problems of structures at sea. The…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 1 | ||||
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This unit focuses on the design of offshore energy infrastructure, exposing students to practical design considerations, issues, and processes. It consolidates and expands on knowledge in mooring system design, fixed and floating offshore structure design, ocean wave mechanics, and resource…
Credit Points: 12.5
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| Launceston | Semester 2 | ||||
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This is an advanced design unit of the Ocean Engineering specialisation that introduces the students to key concepts in coastal engineering. The unit extends and applies the concepts from hydrodynamics and marine structural engineering to the context of coastal-zone hydrodynamics,…
Credit Points: 12.5
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| Launceston | Semester 1 | ||||
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View all details for JEE402 Design of Coastal Engineering Structures
Underwater Vehicle Technology is an advanced and specialist unit aimed at developing the students’ knowledge and understanding of naval architecture theories, concepts and principles required for the design torpedo-shaped underwater vehicles. This particular shape is the classic hull form used…
Credit Points: 12.5
| Location | Study period | Attendance options | Available to | ||
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| Launceston | Semester 2 | ||||
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On-campus
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Entry requirements
24V3 is a Joint Award Program for students who have completed years 1 and 2 in the Bachelor of Engineering (Naval Architecture) Honours at Edith Cowan University, Western Australia.
Admission requirement are set forth in the Cooperative Education Agreement signed by the University of Tasmania and Edith Cowan University.
COURSE PARTICIPATION REQUIREMENTS
This course includes compulsory Work Integrated Learning (professional experience placements). In order to participate in placements, all students must:
- Complete a Safe to Practice Agreement declaring they have the medical, physical or psychological capacity to safely participate in professional experience practice.
All international students will need to meet the minimum English Language Requirements, University General Entry Requirements and any course specific requirements such as pre-requisite subjects, if applicable.
English Language RequirementsThis degree requires an IELTS (Academic) of 6.0, with no individual band less than 5.5, or a PTE Academic score of 50, with no score lower than 42 or equivalent.
For students who do not meet the English Language Requirement through citizenship or prior studies in English in an approved country, evidence of an approved English language test completed within the last 2 years must be provided. See the English Language Requirements page for more information.
General Entry RequirementsThis degree program is available to students who have completed years 1 and 2 in the Bachelor of Engineering (Naval Architecture) Honours at Edith Cowan University, Western Australia.
Course Specific RequirementsAdmission requirements are set forth in the Cooperative Education Agreement signed by the University of Tasmania and Edith Cowan University.
COURSE PARTICIPATION REQUIREMENTS
This course includes compulsory Work Integrated Learning (professional experience placements). In order to participate in placements, all students must:
- Complete a Safe to Practice Agreement declaring they have the medical, physical or psychological capacity to safely participate in professional experience practice.
Articulation from previous course versions: Students who have commenced a pre-2021 Bachelor of Engineering course at the Australian Maritime College will be eligible for full credit for all units successfully completed under the previous course version (towards the Bachelor of Engineering (Specialisation) (Honours)), provided that the units were completed no more than 10 years prior to the year of graduation from the new award.
Articulation to/from the School of Engineering BE(Spec)(Hons) Program: Subject to the approval of the Course Coordinator, students may transfer to this course after completing one year of P4V in Hobart or may transfer to P4V in Hobart after completing one year of this course in Launceston.
Articulation to/from Co-operative Education program: Students may articulate between the BMarEng(Spec)(Hons) and the BMarEng(Spec) (Hons) (Co-op) courses with full credit, subject to meeting the applicable admission requirements for course transfer.
Articulation from other, related courses: Students who have commenced a Bachelor of Engineering (Specialisation) (Honours) course or similar at the University of Tasmania or at another institution may receive up to a maximum of 2 years (200 credit points) of advanced standing towards the BMarEng(Spec)(Hons), subject to the approval of the Course Coordinator.
2+2 Articulation Agreements: Students may articulate to the BMarEng(Spec)(Hons) in accordance with the details of any approved 2+2 articulation agreements.
Detailed admissions information and advice for all undergraduate courses, including comprehensive, course-level student profiles, is available from UTAS Admissions.
Fees & scholarships
Domestic students
Commonwealth supported places (CSP) are available for this course. For eligible domestic students, this means your fees will be subsidised by the Australian Government. You’ll only need to pay the student contribution amount for each unit you study within the course.
Commonwealth Supported Place indicative annual fee: $9,703.10
How is this calculated?
This is an estimate. The calculation is based on the average full-time enrolment for this course in 2026. All figures are indicative only for 2027. Actual tuition fees will depend on specific unit enrolment, and are subject to annual increases each year. You can find the complete fee details for each unit of study on the individual unit pages. The units for this course are found in the course structure section of this page.
These figures do not include other costs such as the Student Services and Amenities Fee (SSAF). For further information, please visit Scholarships, fees and costs.
HECS-HELP loans
You may be able to defer payment of the student contribution amount by accessing a HECS-HELP loan from the Government. If eligible, you’ll only have to pay your tuition fees once you start earning above a specific amount.
Further information on student loans and a CSP eligibility checker can be found at Australian Government Study Assist.
International students
2027 annual international student tuition fee: $50,348 AUD
The standard year of study for this course is 100 credit points.
Indicative total tuition fee for international students: $ 217,004 AUD.
This total tuition fee is indicative only. Please visit fees and costs for further information on how this is calculated.
International students are charged the Student Services and Amenities Fee but this fee is incorporated in the annual rate. International students do not have to make any additional SSAF payments.
Domestic scholarships
Scholarships for domestic students
Each year, the University offers more than 900 awards to students from all walks of life, including: those who have achieved high academic results, those from low socio-economic backgrounds, students with sporting ability, students undertaking overseas study, and students with a disability.
For information on all scholarships available at the University of Tasmania, please refer to scholarships.
Applications for most awards commencing in Semester 1 open at the beginning of August and close strictly on 31 October in the year prior to study.
Scholarships for international students
There are a huge range of scholarships, bursaries and fee discounts available for international students studying at the University of Tasmania. For more information refer to Tasmanian International Scholarships (TIS).
Course year 2027
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