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208 weeks
On Campus
Full time or part time · 37.50 hours per week (work component)
Semester 1, Semester 2
Course Overview
Where You Can Study
Hobart
University of Tasmania, Churchill Ave, Hobart, TAS 7005
Student Information
Tuition Fee
Commonwealth Supported Place indicative annual fee: $8,396 AUD (2027)
Duration
Minimum 4 years, up to a maximum of 9 years.
Intakes
Semester 1, Semester 2
Eligibility
Domestic students:
We encourage you to apply for the courses you most want to study. If you are not eligible to enter your chosen course right now, the University’s admissions team will work with you to find the best pathway option.
Enquire online for more advice on the application process and the available pathways to enrol and study at the University of Tasmania.
Schools Recommendation Program
Australian year 12 students can apply for this course via our Schools Recommendation Program. Rather than an ATAR, your application is based on a recommendation by your school teachers. This can factor in your year 11 results, an assessment of your capabilities, and other considerations.
Through the program, you can receive and accept an offer prior to completing year 12. You will still need to finish your year 12 studies – including any exams – to commence your studies. In addition, this course (all specialisations) requires you to pass specific pre-requisite subjects in Year 12 (or equivalent), see below for details.
If you don’t receive an offer for this course through the Schools Recommendation Program, you will be re-assessed for a higher preference offer once your ATAR is released.
Domestic applicants who recently completed secondary education
Applicants are ranked by ATAR and offers are made based on the number of places available. In 2026, the lowest ATAR to receive an offer into this course was 70.2. The lowest ATAR to receive an offer may change from year to year based on the number of applications we receive.
Applicants who have recently completed senior secondary studies but have not received an ATAR may still be eligible for admission. We will consider your individual subject results on a case-by-case basis when we assess your application.
Domestic applicants with higher education study
To be eligible for an offer, applicants must have:
Partially completed an undergraduate course at Diploma level or higher (or equivalent). Applicants must have completed at least two units of study (equivalent to 25 University of Tasmania credit points). If an applicant has failed any units, the application may be subject to further review before an offer is made; OR
Completed the University of Tasmania University Preparation Program (or an equivalent qualification offered by an Australian university).
Domestic applicants with VET / TAFE study
To be eligible for an offer, applicants must have completed a Certificate IV (or equivalent) in any discipline.
Domestic applicants with work and life experience
This course does not admit students on the basis of work or life experience.
Please enquire online for advice on pathways, or alternative course options.
Subject Prerequisites
These prerequisites apply to students from all educational backgrounds.
To be an eligible for an offer, you must have completed studies or have experience equivalent to a satisfactory achievement in the following Tasmanian Senior Secondary subjects:
Mathematics Methods (MTM415117) or equivalent
Physical Sciences (PSC315118) or equivalent (equivalency includes CHM415115 Chemistry OR PHY415115 Physics)
You can enquire online for information on interstate and international equivalents to the Tasmanian senior secondary subject above. If you need assistance to meet the prerequisites, we offer foundation units that you can complete before you start your course.
SPECIAL CONSIDERATION
We believe university education should be an option for everyone, no matter your background. If your ability to access or participate in education has been affected by circumstances beyond your control, you can apply for special consideration as part of your application. We will consider a range of factors, including economic hardship, a serious medical condition, or disability.
We can only approve applications for special consideration if we are confident that you have the necessary skills and knowledge to succeed in your studies. If your application is not approved, the University admissions team will work with you to find the best alternative pathway to your chosen course. Special consideration is not available for international applicants.
COURSE PARTICIPATION REQUIREMENTS
This course includes compulsory Work Integrated Learning (professional experience placements). In order to participate in placements, all students must:
International students:
English Language Requirements
This 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 Requirements
Admission to undergraduate courses at the University of Tasmania requires the completion of qualifications equivalent to a year 12 education in Australia.
Please review the equivalent undergraduate entry requirements to see the minimum requirement relevant to your country. The ATAR information for this course is located in the “For Domestic Students” section of the entry requirements on this page.
You can also meet the General Entry Requirement for this course with the following qualifications or prior studies:
Completion of an equivalent AQF Certificate IV or above
Complete or incomplete (minimum 25 credit points) of previous tertiary study at Diploma level or higher
Course Specific Requirements
These prerequisites apply to students from all educational backgrounds.
To be an eligible for an offer, you must have completed studies or have experience equivalent to a satisfactory achievement in the following Tasmanian Senior Secondary subjects:
Mathematics Methods (MTM415117) or equivalent
Physical Sciences (PSC315118) or equivalent (equivalency includes CHM415115 Chemistry OR PHY415115 Physics)
You can enquire online for information on interstate and international equivalents to the Tasmanian senior secondary subject above. If you need assistance to meet the prerequisites, we offer foundation units that you can complete before you start your course.
COURSE PARTICIPATION REQUIREMENTS
This course includes compulsory Work Integrated Learning (professional experience placements). In order to participate in placements, all students must:
Alternative entry pathways:
If you haven't completed the required pre-requisite unit(s), we offer foundation units to help you bridge the gap. Many run in spring and summer school so you can meet a prerequisite and not delay the start of your Bachelor level studies. HECS scholarships may also be available for domestic students.
Visit Foundation Units to find out more.
If you aren’t eligible for an offer to this course, you should consider enrolment in the Diploma of University Studies or the University Preparation Program.
Diploma of University Studies University Preparation Program
In all cases, contact us to discuss an option best suited to your needs.
Career & Study Pathways
Our Climate Safe Engineering degree prepares you for a future where sustainability, resilience, and innovation are central to every engineering decision. You will graduate with in-demand technical skills and a mindset shaped by climate-safe principles, setting you apart in a competitive job market.
Engineers are employed across a wide range of sectors including government, private companies, consulting, and industry. Our graduates work on real-world challenges in areas like zero emissions energy, smart infrastructure, disaster resilience, and sustainable transport.
Quality & Recognition
Academic Regulator
TEQSA
Professional Body
Engineers Australia (EA)
Accreditation Status
AccreditedSkills Assessor
Engineers Australia
Course Content
Civil Engineering Foundations
The unit introduces the field of civil engineering. Students will learn methods for solving problems in civil engineering as applied to structural, geotechnical, and water resources projects. The translation of theoretical concepts into designs will be demonstrated through examples involving…
Mechanical Engineering Foundations
Mechanical Engineering Foundations introduces students to the principles of dynamics, thermal engineering, and fluid mechanics, which are essential for understanding mechanical systems. Students will explore particle and rigid body kinematics and kinetics, applying Newtonian mechanics to solve dynamic problems. In…
Electrical Engineering Foundations
This unit introduces first-year engineering students to the fundamental principles of electrical engineering, with a focus on electrification's transformative role in modern industries. Students will develop a strong foundation in DC and AC circuit analysis, learning key concepts such as…
Engineering Toolbox
This unit introduces students to computer-based tools for solving engineering problems. Students will engage with key concepts such as mathematical programming, artificial intelligence, and computer-aided design (CAD). They will develop practical skills in data analysis, software design, CAD modeling, and…
Climate Safe Engineering
This foundational unit introduces first-year engineering students to the science of climate change, climate-driven natural hazards, and extreme events, and their impacts on engineering practice. The unit consists of two key modules: Climate Science Fundamentals; and Extreme Climate-Driven Events and…
Sustainable and Life-Centred Design
This unit introduces students to the engineering design process, focusing on problem identification, brainstorming, conceptual design, prototyping, and communication. The unit consists of 2 key modules: Engineering Design Process, and Communication Skills. Students will learn to consider the environmental and…
Mathematics 1A
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…
Mathematics 1B
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…
Ethics and Environmental Responsibility
This unit develops students' ability to make responsible, ethical, and sustainable engineering decisions. Through an exploration of ethics, legal responsibilities, and environmental impact assessment, students will gain the skills and knowledge needed to balance engineering objectives with all dimensions of…
Materials and Environment
This unit highlights the interconnectedness of engineering decisions, material choices, and environmental impact. By equipping students with critical skills in materials selection and low-emission design, this unit prepares students to make informed decisions that enable solutions that are efficient, sustainable,…
Calculus and Applications 2
This unit is a continuation of KMA152 and KMA154, with emphasis on the application of multivariable calculus and Fourier Series to problems in mathematics, the physical and biological sciences, economics, and engineering. The calculus section of this unit is focussed…
Engineering Mathematics 2B
The unit has two major topic streams: computational techniques and probability and statistics. Probability and Statistics. An important aspect of engineering is the study, evaluation, and management of the reliability of systems, where reliability is defined as the ability of…
Resilient Systems
This unit focuses on the design of resilient systems and the development of specialised engineering skills, preparing students to address complex, real-world challenges in diverse professional contexts. Through hands-on projects and collaborative team environments, students will refine their ability to…
Finance and Project Management
This unit equips students with essential skills in engineering project management and finance, preparing them to address real-world challenges through human-centered design approaches. The unit covers project funding from both developer and investor perspectives, along with the creation and application…
Honours Project A
This unit provides students with the tools to develop the initial stages of a major research and/or industry-relevant project, which will be continued in the following semester as Honours Project B. Students will learn how to prepare a well-motivated, feasible,…
Honours Project B
This unit is a continuation of Honours Project A and ideally should be completed in the semester following Honours Project A. Students are expected to continue working on their honours projects, focusing on completing experiments, analyzing and evaluating results, and…
Honours
Administrative unit to be used for recording Honours grades and marks…
Fluid Mechanics
This unit introduces students to the fundamental principles of fluid mechanics in the context of civil engineering practice. Students will develop foundational knowledge about flow along streamlines with and without friction, flow momentum and forces, pipe flows and networks, open…
Geology and Soil Mechanics
This unit provides students with a fundamental understanding of earth materials and their influence on civil engineering design, construction, and long-term infrastructure stability. The unit consists of two key components: geology and soil mechanics. The geology component introduces engineering geology,…
Structural Mechanics
This unit provides students with a comprehensive understanding of structural mechanics and structural analysis. Drawing on fundamental knowledge of equilibrium and the behaviour of structural materials and elements under simple loading conditions, students will learn in detail principles of internal…
Geospatial Techniques in Engineering
Modern geospatial data collection and analysis is a critical component of civil engineering projects. Whilst much of this work is undertaken by geospatial professionals, it is important for civil engineers to understand and appraise geospatial measurements and outcomes in the…
Reinforced Concrete Structures
This unit provides students with an understanding of reinforced concrete structures, focusing on material properties, structural behaviour, and design principles in compliance with Australian Standards (AS 3600). Students will learn how reinforced concrete elements respond to bending, shear, axial, and…
Steel and Timber Structures
Steel and Timber Structures focuses on the design and analysis of structures using steel and timber materials. Students will learn about the properties and behaviour of these materials and the principles of structural design and analysis. The unit covers topics…
Stormwater Infrastructure
This unit introduces students to the design and analysis of stormwater infrastructure, focusing on hydrological and hydraulic principles in civil engineering. Students will develop skills in rainfall-runoff analysis, peak flow estimation, hydraulic modelling, and stormwater system design, using Australian Rainfall…
Geotechnical Engineering
This unit advances students’ knowledge of engineering geology and soil mechanics, focusing on the design and stability analysis of geotechnical structures such as slopes, foundations, retaining walls, and embankments. Students will explore soil behaviour under loading and drainage conditions, using…
Advanced Structural and Geotechnical Engineering
This unit introduces students to selected advanced topics in structural analysis and environmental geotechnics. It will explore stress analysis through rigorous usage of Finite Element Analysis, advanced features of structural frame analysis software, and analytic methods, and will include a…
Residential Structures
This unit equips students with the fundamental knowledge and practical skills required to design and analyse residential structures in compliance with Australian Standards, including AS 2870 (slabs and footings), AS 1684 (timber structures), AS 4055 (wind loads for housing), AS…
Traffic Engineering
Road Transport Engineering covers the principles and practices of designing and managing road transportation systems. This unit includes aspects of the following topics: transport modes and planning; economics of transport, vehicle characteristics, collection of traffic data, parametric and non-parametric tests…
Water and Wastewater Treatment
This unit covers the principles and practices of water and wastewater engineering, equipping students with the knowledge to ensure safe, sustainable, and climate-resilient infrastructure. Key topics include water quality assessment, regulatory compliance, treatment technologies, effluent disposal, and resource recovery. Students…
Electrical Machines
This unit introduces students to the fundamental principles, models and operational characteristics of electrical machines, including synchronous machines, induction generators, transformers and other machines such as brushless and DC motors. By integrating electromagnetic theory with practical applications, students will develop…
Embedded Systems
This unit introduces students to the design, development, and programming of digital and embedded systems, focusing on their applications in control, monitoring, and automation. Students will gain hands-on experience in microcontroller programming and digital circuit design through the application of…
Signals and Systems
This unit presents students with both fundamental and advanced concepts of signals and the response of linear systems. Students will engage with a variety of topics including the modelling of real-world systems, analysis of system responses and stability under varying…
Analogue Electronics
This unit builds on the foundational principles introduced in Year 1, focusing on the design and analysis of analogue and mixed-signal electronic circuits. Students will analyse circuits containing semiconductor components and how they can be used for signal conditioning, power…
Control Systems
This unit focuses on the fundamental principles of control systems, including system modeling, stability analysis, and controller design. Students will explore both time and frequency domain methods, as well as state-space techniques, to understand and manipulate the behavior of linear…
Data Acquisition and Communications
Data acquisition and communication systems This unit provides students with comprehensive training in the design and management of advanced data acquisition and communication systems, with a focus on robust and efficient data transmission in dynamic environments. Students will explore digital…
Power Electronics
This unit introduces students to the fundamental principles of power electronics and their essential role in sustainable energy conversion. Students will explore key concepts such as power electronic components, efficiency analysis, converter topologies, control strategies, and performance evaluation, with applications…
Sustainable Power Systems
This unit introduces students to the fundamentals of power system analysis, power generation principles, and transmission line design, with a focus on both conventional and renewable energy sources such as solar, wind, and hydro. Students will explore how these energy…
Applications in Electrical Engineering
This unit equips students with the skills to analyse, design, and manage advanced electrical systems, with a focus on smart grids, industrial automation, and AI-driven decision-making. Covering the full lifecycle of electrical systems, from installation and maintenance to optimisation and…
Power System Operation
This unit develops students' confidence and understanding of key power system analysis concepts essential for electrical power engineering. It emphasises analytical thinking and problem-solving in power system studies. Students will engage with topics such as unbalanced fault conditions, symmetrical components,…
Power System Protection and Distributed Energy
This unit provides students with a detailed understanding of power system protection and the integration of Distributed Energy Resources (DER) within transmission and distribution networks. Students will explore protection system design, relay operation, and fault management, with a focus on…
Renewable Energy Integration
This unit explores the principles, technologies, and challenges of integrating renewable energy sources into modern power grids. Students will study the operational principles and characteristics of solar, wind, and hydro sources and learn to model, analyse, and optimise renewable energy…
Dynamics and Vibrations
This unit builds upon the particle kinematics and kinetics concepts introduced in Introduction to Mechanical Engineering, extending them to rigid body dynamics, vibrations, and system modelling. Students will explore Newtonian mechanics, energy and impulse methods, and experimental validation to analyse…
Materials and Reliability
The Materials section of Materials and Reliability introduces students to the fundamental methods used to analyse static and fatigue failure in ductile and brittle metals, with the aim of informing the selection of suitable materials for engineering design. The section…
Mechanical and Mechatronic Design
Mechanical and Mechatronic Design is a second-year unit that introduces students to fundamental design methods and principles in mechanical and mechatronic engineering. The unit covers mechanical and mechatronic calculations, component and materials selection, and the integration of electrical control systems.…
Thermodynamics and Fluid Mechanics
Thermal and Fluid Engineering builds upon foundational principles introduced in Mechanical Engineering Foundations, deepening students’ understanding of thermodynamics and fluid mechanics through both theoretical analysis and practical applications. This unit focuses on the behaviour of fluids in motion, energy transfer,…
Advanced Dynamics and Vibrations
Advanced Dynamics and Vibrations is a third-year unit that deepens students’ understanding of advanced principles in dynamics and vibrations. This unit explores the dynamics of rigid bodies in three dimensions and also the vibration of systems. The dynamics part of…
Fluid Engineering
Fluid Engineering is a third-year unit that provides students with advanced analytical and experimental skills in fluid mechanics, focusing on real-world applications in turbo-machinery, pipeline flow, and external aerodynamics. Students will build on fundamental fluid mechanics principles by applying the…
Mechanical Design
Mechanical Design is a third-year unit that builds on foundational knowledge of mechanical design processes and materials to develop students' abilities to perform advanced mechanical analysis and design. The unit focuses on equipping students with the skills necessary to carry…
Thermal Engineering
Thermal Engineering is a third-year unit designed to equip students with the fundamental knowledge and skills necessary to analyze and solve complex heat transfer problems in mechanical and energy systems. This unit focuses on the mechanisms of heat transfer, including…
Advanced Mechanical Design
Advanced Mechanical Design is a final-year unit that prepares students to undertake industry-relevant mechanical design and analysis using modelling and simulation. The primary focus is on the application of numerical modelling tools to solve industry-relevant mechanical design challenges such as…
Advanced Thermal and Fluid Engineering
Advanced Thermal and Fluid Engineering is a capstone unit for final-year mechanical engineering students, focusing on advanced thermal and fluid systems used in power generation, refrigeration, air-conditioning, and fluid transport systems. The unit integrates thermodynamics, heat transfer, and fluid dynamics…
Electrical Machines and Control
Electrical Machines and Control focuses on electrical machines, control and automation systems for mechanical engineering applications. Principles of electric machines are considered in the context of actuation of systems, electric power generation and integration with mechanical systems, with emphasis on…
Solid Mechanics
This unit provides a comprehensive introduction to the fundamental principles of Solid Mechanics, focusing on the behaviour of materials under various loading conditions, including tension, compression, torsion, and bending. In addition to theoretical concepts such as stress, strain, deformation, and…
Engineering Professional Practice 1
This short course is the first in the group of four modules to be completed as professional practice. This short course is designed to introduce participants to the Profession Ready Industry Merged Engineering Degree (PRIMED) program and its compulsory work…
Engineering Professional Practice 2
The second module (ideally completed in year two) extends this focus by addressing job-seeking strategies and professional interview skills, and by providing foundational knowledge of workplace behaviour and safety standards. Completion of this stage is a prerequisite for undertaking the…
Engineering Professional Practice 3
This short course is the third in the group of four modules to be completed as professional practice. This short course should be enrolled in before you commence your compulsory Work Placement. You will initially complete the Schedule A, B,…
Engineering Professional Practice 4
This short course is the final in the group of four modules to be completed as professional practice. This short course is designed to strengthen workplace interpersonal skills, with a particular focus on negotiation and conflict resolution. It also enhances…
Common Questions
Physics students at the University of Tasmania have access to significant research opportunities, including the use of the University's Greenhill Observatory north of Hobart, which houses 50cm and 1.3m optical telescopes. Students can undertake Honours theses on real astronomical research topics, such as studying binary star systems like OY Carinae, and may go on to pursue a PhD in the department.
Yes, students can specialise in Astrophysics. For example, within the Bachelor of Science with Honours in Physics, students can study every astrophysics unit available in their second and third years and then specialise in areas such as optical astronomy for their Honours thesis.
The University of Tasmania's location in the southern hemisphere gives it a unique observational advantage for studying celestial objects near the south celestial pole that are impossible or difficult to observe from most of the northern hemisphere. The University also operates the Greenhill Observatory north of Hobart, equipped with 50cm and 1.3m optical telescopes for student and staff research.
According to student Morgan Febey, the Maths/Physics department offers incredible support from mentors and teachers, as well as an enthusiastic academic environment. She noted that there is a great deal of amazing research coming out of the department, with faculty members always publishing new work and engaging with students about their research.
Yes, Honours students can continue into postgraduate research. For instance, Morgan Febey, who is completing her Bachelor of Science with Honours in Physics specialising in Astrophysics, plans to make her Honours thesis topic the subject of a future PhD within the University of Tasmania's physics department.
Application
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Enquire
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Step 02
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Step 03
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Master of Nursing · Griffith University
