Course description, features and facilitiesAgricultural Science provides the research, technology and information for the sustainable, profitable and ethical development of the agricultural industry. Studies in agriculture include soil science, genetics, plant breeding, animal breeding, cropping and pasture systems, crop production, soil-plant interactions, plant and human nutrition, integrated pest management, livestock production, animal reproduction, scientific modelling, agricultural economics and agribusiness, data management, science communication (peer-to-peer) and other topics.

UWA is well equipped for teaching and research in agricultural science, with a field station at Shenton Park and the University research farm near Pingelly, which aims to be self-supporting, sustainable, carbon-neutral, clean, green and ethical – a best practice farm.

Teaching in agricultural science is also supported by the outstanding research and outreach activities of the Institute of Agriculture, the Centre for Plant Genetics and Breeding (PGB), and the Australian Herbicide Resistance Initiative (AHRI).

Specialisations• Agricultural Economics. The application of economics, risk management and

marketing within Agricultural enterprises and the wider international industry and social contexts. This specialisation explores optimisation of resource management using applied economics within the physical, biological and social constraints in selected agricultural sectors. Sustainable agricultural industries must be underpinned by sound economic principles.

• Agricultural Systems. Sustainable and profitable agricultural production requires knowledge of how best to integrate various components using a systems approach. The application of science to the management of animals and plants in production systems, as well as environmental sustainability, is the focus.

• Genetics and Breeding. Plant and animal genetics underpins approaches to breeding of improved crops, pastures and animals for various agricultural industries around the world. This specialisation provides a solid grounding in the disciplines of genetics and molecular genetics and how these techniques are applied to the theory and practice of modern breeding and conservation of genetic resources. The role of breeding in enhancing the supply of food and fibre, especially in this era of climate change, is emphasised.

• Soil Science and Plant Nutrition. Soil management is of great importance to agricultural production in all environments and depends on an in-depth understanding of the nature of soil and how it responds to various forms of management interventions and disturbance factors with a view to its sustainable utilisation and management for productive crops.

You will study the core units for the Master of Agricultural Science: • AGRI4402 Agricultural Economics• SCIE4402 Data Management and Analysis in the Natural Sciences

Each specialisation has four core units in addition to the two units listed above, with other units selected as options. Visit handbooks.uwa.edu.au/courses/coursedetails?id=c164 for details.

You may apply to replace the equivalent of half a year’s units with a research project.

UWA is ranked 1st in Australia for Agriculture and Life Sciences!

The Master of Agricultural Science with specialisations in:

• Agricultural Economics• Agricultural Systems• Genetics and Breeding• Soil Science and Plant NutritionStudents nominate a specialisation on application.

Faculty of Science

Master of Agricultural Scienceby coursework or coursework and dissertation

Key InformationWhile the standard timeframe for completion of this degree is two years (full time), if you have previously completed an undergraduate degree in a cognate (relevant) area it may be possible to complete within 1.5 to 2 years. Subject to academic performance, you may apply to replace the equivalent of half a year’s units with a research project – an opportunity to develop your project management and research skills and work closely with an academic and research group in various disciplines.

• Intake periods: February and July each year

• Scholarships for international students: visit: www.studyat.uwa.edu.au/__data/assets/pdf_file/0004/2756398/Science-International-Scholarships.pdf

• Domestic students: This course qualifies for a Commonwealth Supported Place

• Visit the Future Students website for more information, including fees, refund policy and support services: www.studyat.uwa.edu.au/courses

• How to apply: visit www.studyat.uwa.edu.au/applynow

• Course enquiries: postgrad-science@uwa.edu.au

Why study Agriculture at UWA?• UWA is ranked first in Australia for

Agriculture and Life Sciences.• The Institute of Agriculture assists

with finding work experience placements for Masters students during the holidays.

• Our strong links with industry representatives.

• Our Industry Forums are great platforms for you to network.

• You have opportunities to interact with farmers (field days) and to work with world-leading agricultural scientists and other specialisations in the Faculty of Science.

Career opportunitiesThis course prepares you with the knowledge and skills you need for a future in the rapidly evolving field of agricultural science. There is a shortage of agricultural science graduates and career opportunities range from the laboratory to the field, from the city to rural areas, as breeders, agronomists, farm managers, market development officers, researchers, catchment or farming group scientists, journalists and bankers.

Graduates are employed as consultants, managers or researchers, by government agencies, universities, consulting firms, food industries, fertiliser companies, community groups, local/regional governments and international agencies.

Admission requirementsA relevant bachelor’s degree, that aligns with one of the specialisations of this course, or an equivalent qualification as recognised by UWA. You must also demonstrate a minimum level of English Language Competence. See www.studyat.uwa.edu.au/postgraduate-coursework/requirements/english

Our strengths• Dryland agriculture• Water and nutrient efficient

agriculture• Stress-tolerant crops• Food security• Agricultural economics• Conservation agriculture• Plant/crop nutrition• Land and Water Management• Broad-acre farming• Farming systems• Plant and Animal breeding and

genetics• Strong modelling and statistics• Cereals, oil seeds and legume crops• Green, clean, ethical animal

production• Animal reproduction• Crop/plant physiology• Soil biology and chemistry• Climate change and adaptation• International agriculture

development• Sustainable grazing systems• Soil science and GIS• Weed science and herbicide

resistance• Integrated pest management

About UWALocated on the beautiful Swan River in Perth, Western Australia, UWA is recognised internationally as a leading university, ranked in the top 100 in the world in the highly respected Shanghai Jiao Tong University’s Academic Ranking of World Universities. It is the only Western Australian university to belong to the Group of Eight – a coalition of the top research universities in Australia – and is one of only two Australian members of the Worldwide Universities Network. It is a science-focused university, renowed for excellence in teaching and research.

Faculty of Science

The University of Western AustraliaM083, Perth WA 6009 AustraliaEmail: ask@uwa.edu.auscience.uwa.edu.au

CRICOS Course Code: 074945EUWA Course Code: 72510CRICOS Provider Code: 00126G UniPrint 126602

Course description, features and facilitiesThe Master of Biological Science gives students an understanding of the molecular evolution, structure, physiology, reproduction, behaviour and ecology of organisms, and the skills to apply this knowledge to the management of natural systems and the species they support.

Western Australia is widely renowned as one of the world’s hotspots for terrestrial and marine biodiversity. There are about 13,000 species of plants in Western Australia, with more being discovered all the time. About 3,000 of these species are yet to be formally named. Nearly 70% of Australia’s mammal species are found within the state, with 25 species being found nowhere else. Reptile species are even more diverse. Up to 80 per cent of the region’s fish and invertebrates are found nowhere else in the world. All of this biodiversity means that Western Australia is the ideal place to study biological sciences at all levels of organisation- from ecosystems to molecules.

Specialisations• Conservation Biology - focuses on the ecology, conservation, evolution and

management of plants and animals and the ecosystems in which they occur. A graduate will have advanced knowledge of the evolution of our flora and fauna and the ecosystems in which they occur, and will be well-prepared to engage in field as well as desktop studies to analyse and mitigate species and ecosystem threats. Our teaching is supported by the world class research of the Kings Park and Botanic Gardens Biodiversity Conservation Centre, the WA Biogeochemistry Centre, the Ecosystem Restoration Laboratory, the Centre for Evolutionary Biology, The Oceans Institute and the Centre of Excellence in Natural Resource Management.

• Marine Biology - includes a study of all marine life from seaweeds through to marine megafauna, considering their biology, ecology, behaviour, conservation and management. Through carefully designed and executed field studies, you will gain a first-hand experience of our fascinating temperate ecosystems and the organisms they support. You will understand the problems facing marine organisms at local and global spatial scales, together within short and long-term time frames. Our teaching is supported by the world class research of the Oceans Institute, Centre for Marine Futures, and the Australian Institute of Marine Science (AIMS).

• Zoology - provides you with a comprehensive understanding of the structure, function, diversity and evolution of animals, as well as the interaction of animals with each other and the environment. You have the opportunity to study animals and their habitats. These habitats are diverse, and range from deserts through to temporary wetlands and rainforests and ultimately the sea. This specialisation integrates theory with practical (both field and laboratory) studies utilising many of the animals and ecosystems from the diverse state of Western Australia as examples.Our teaching is supported by the world class research of the Centre for Evolutionary Biology, the Oceans Institute, and the Centre of Excellence in Natural Resource Management.

You will study the core units for the Master of Biological Science: • BIOL4409 Ecological Field Methods • SCIE4402 Data Management and Analysis in the Natural Sciences

Each specialisation has four core units in addition to the two units listed above, with other units selected as options. Visit handbooks.uwa.edu.au/courses/coursedetails?id=c165 for details.

You may apply to replace the equivalent of half a year’s units with a research project.

UWA is ranked 1st in Australia for Agriculture and Life Sciences!

The Master of Biological Science with specialisations in:

• Conservation Biology• Marine Biology• ZoologyStudents nominate a specialisation on application.

Faculty of Science

Master of Biological ScienceBy coursework or coursework and dissertation

• Intake periods: February and July each year

• Scholarships for international students: visit: studyat.uwa.edu.au/__data/assets/pdf_file/0004/2756398/Science-International-Scholarships.pdf

• Domestic students: This course qualifies for a Commonwealth Supported Place

• Visit the Future Students website for more information, including fees, refund policy and support services: studyat.uwa.edu.au/courses

• How to apply: visit studyat.uwa.edu.au/applynow

• Course enquiries: postgrad-science@uwa.edu.au

• Close collaborations with government agencies such as CSIRO, Department of Parks and Wildlife, and Department of Fisheries, and with the renowned Biodiversity Conservation Centre of Kings Park and the Indian Ocean Marine Research Centre

• Opportunities to do exciting research projects (at UWA or in any of the collaborating institutes)

• Opportunities to do field work both in coursework and research projects

Career opportunitiesGraduates are employed in private sector companies such as conservation and restoration, marine research, fisheries, aquaculture and management and in government departments (for example Environment and Conservation) and in public agencies (such as museums and zoos).

Admission requirementsA relevant bachelor’s degree, that aligns with one of the specialisations of this course, or an equivalent qualification as recognised by UWA. You must also demonstrate a minimum level of English Language Competence. See studyat.uwa.edu.au/postgraduate-coursework/requirements/english

Key InformationWhile the standard timeframe for completion of this degree is two years (full time), if you have previously completed an undergraduate degree in a cognate (relevant) area it may be possible to complete within 1.5 to 2 years. Subject to academic performance, you may apply to replace the equivalent of half a year’s units with a research project.

Our strengthsIntegration from genes and molecules to whole ecosystems in marine, terrestrial and agricultural environments:• Ecosystem ecology • Ecosystem restoration• Conservation biology• Population biology• Plant and animal (eco)-physiology• Evolutionary biology• Plant and animal taxonomy• Molecular biology• Genetics• Theoretical biology• Modelling and statistics

Why study Biological Science at UWA?• Southwestern Australia: a

biodiversity hotspot with many unique ecosystems

• Learn about the threats and challenges that our ecosystems and plant and animal species face and what we can do to mitigate them using the latest scientific findings and cutting edge technology

• Opportunity to work with world class researchers recently rated in the highest ERA category (i.e. well-above world standards)

About UWALocated on the beautiful Swan River in Perth, Western Australia, UWA is recognised internationally as a leading university, ranked in the top 100 in the world in the highly respected Shanghai Jiao Tong University’s Academic Ranking of World Universities. It is the only Western Australian university to belong to the Group of Eight. It is a science-focused university, renowed for excellence in teaching and research.

Faculty of Science

The University of Western AustraliaM083, Perth WA 6009 AustraliaEmail: ask@uwa.edu.auscience.uwa.edu.au

CRICOS Course Code: 074945ECRICOS Provider Code: 00126G UniPrint 126602UWA Course Code: 72520

• The environment is facing unprecedented pressures through population expansion, increased pollution inputs and the need to feed the next 1 billion inhabitants. Environmental Biotechnology is central to diagnosing the health of the environment and generating novel solutions to the pressures we face.

• Uncover the vast array of organisms that are mostly unseen but act as planetary engineers and sustain the main nutrient cycles which sustain all other life on Earth and how we can harness this hidden diversity to enhance our environment.

Genetics and Breeding:The application of biotechnology at core and advanced level to the breeding of animals and plants. Using genes as a basis, the units explore evolutionary genetics and the use of genetics to generate and monitor new traits.• Genetics and breeding directly

applies our understanding of genome evolution and structure in domesticated plants and animals to solve world-wide issues of malnutrition, climate change, disease and loss of arable land.

• Learn how to apply biotechnology to enhance food security in Australia

The Master of Biotechnology with specialisations in:

• Biochemistry and Molecular Biology

• Environmental Biotechnology• Genetics and Breeding• Genetics and Genomics

Course description, features and facilitiesUnique in Australia, this course offers a thorough grounding in state-of-the-art biotechnology in combination with training in enterprise, commercialisation and intellectual property (IP) protection.

Biotechnology is rapidly becoming central to our lives. The use of plants, animals and bacteria, enhanced by areas such as genetics and genomics, gives rise to new food, fibre and chemical production routes, and new strategies for environmental protection and stewardship, all central requirements as the global population increases over the coming decades.

You will train in the theory of genetics and molecular biology and receive comprehensive skills training in ‘next generation’ practical techniques such as proteomics, metabolomics, genomics and recombinant DNA methods. These core skills will be complemented by both basic and advanced bioinformatics practices.

Key features:• Offers a thorough grounding in

state-of-the-art biotechnology in combination with training in enterprise and commercialisation.

• Utilises the expertise of world-leading research staff in the Faculty of Science and in the UWA Business School – along with

Business ‘Angels’ and mentors in biotechnology spin-outs.

• Unique set of specialisations.• Close working links with industry,

both public and private.

Specialisations: Biochemistry and Molecular BiologyAdvanced studies and training in state-of-the-art biochemistry and molecular biology technologies to understand cellular content, structure, organisation, function and interactions.• Allows us to understand how

the natural world works. These disciplines give us insights into the mechanisms of evolution, growth, development, reproduction, disease, and senescence.

• Offers humankind the tools to improve our quality of life – this may be through the development of a novel drug, the generation of a drought resistant crop plant, or the understanding of what controls an individual’s health. It’s empowering and exciting!

Environmental Biotechnology:The application of biotechnology to the environmental arena. Biotechnological applications for environmental monitoring, protection and food security in a changing world.

Faculty of Science

Master of Biotechnologyby coursework or coursework and dissertation

• SCIE4002 Bioinformatics and Data Analysis for Genomics

Each specialisation has core units in addition to those listed above, with other units selected as options.Visit handbooks.uwa.edu.au/courses/coursedetails?id=c389

You may apply to replace the equivalent of half a year’s units with a research project.

International Masters Scholarships are available for high achieving students. See studyat.uwa.edu.au/international/masters-scholarships

Domestic students: This courses qualifies for a Commonwealth supported place.

Visit the Future Students website for more information, including fees, refund policy and support services: studyat.uwa.edu.au/courses

How to apply:Visit: studyat.uwa.edu.au/applynow

Course enquiries:ask@uwa.edu.au

and developing countries and the benefits of a broad integrated approach to plant breeding linking field, laboratory and plate.

Genetics and Genomics Advanced studies in next generation technologies used in genetics and genomics to understand inheritance, including the development and application of high throughput systems for analysing omic studies and other large data sets and databases.• Routine technologies are now

readily available to sequence entire genomes, giving insights into the numbers and categories of genes that characterise particular species, and the elegant fine-tuning of genome function.

• Genes responsible for desirable traits and medical conditions are being identified more quickly with the new technologies, offering major advances in fields such as medicine, veterinary science, plant breeding, and conservation biology.

• Genetics and genomics underpins the rapidly expanding field of synthetic biology.

Career opportunitiesThe Master of Biotechnology is a cross-disciplinary degree, providing graduates with a unique combination of state-of-the-art science and business skills to meet the global challenges we face.

Graduates will be skilled for roles within a range of sectors, from international research laboratories, through NGO organisations and onto private sector positions ranging from start-ups to multi-nationals. You’ll even have the skills to start companies of your own! With core training in state-of-the-art biotechnology, a range of career paths

are possible, from plant and livestock production linked to food security and feeding the next billion people, environmental diagnostics and clean-up to protect our planet, through to research and developing the new tools and technologies the biotechnology arena will use in the future.

Admission requirements You must have a bachelor’s degree that aligns with one of the specialisations of this course, or an equivalent qualification, as recognised by UWA.

English Language Competence You must demonstrate a minimum level of English Language Competence. See studyat.uwa.edu.au/undergraduate/admission/english

Key Information While the standard time fame for completion of this degree is two years (full time), if you have previously completed an undergraduate degree in a cognate (related area) it may be possible to complete within 1.5 years.

Example cognate areas are: Agricultural Science, Biochemistry and Molecular Biology; Botany; Conservation Biology; Environmental Science; Genetics; Marine Science, Zoology.

Intake Periods: February and July each year

Course StructureYou will study the core units of: • MKTG5503 Innovation and

Enterprise• MKTG5604 Biotechnology

Commercialisation• SCIE4001 The Objectives and

Applications of Genomics

CRICOS Provider Code: 00126G

Faculty of Science

The University of Western AustraliaM083, Perth WA 6009 AustraliaEmail: ask@uwa.edu.auscience.uwa.edu.au

CRICOS Provider Code: 00126G UniPrint 136332

Facultad de Ingeniería, Computación y Matemáticas

El Máster en Ingeniería del Gas y del Petróleo ofrece un amplio conjunto de habilidades a los graduados en ingeniería que buscan empleo en la industria internacional del petróleo y el gas.

Sobre el curso

Diseñado en colaboración con los socios industriales de la UWA para ajustarse a las tendencias energéticas actuales, el curso está en sincronía con las industrias de gas natural y gas natural licuado (GNL) de rápida expansión en Australia Occidental y y se caracteriza por su enfoque único en el segmento downstream del procesamiento de petróleo y gas.

El curso proveerá a los estudiantes conocimiento avanzado y relevante para la industria sobre la implementación técnica y el liderazgo en la industria del gas y el petróleo. El programa se centra particularmente en el gas natural, tanto en su extracción como en su posterior conversión a GNL.

Los estudiantes desarrollarán habilidades a nivel profesional en una variedad de áreas clave, que incluyen ingeniería del petróleo, economía del

gas, estrategias y responsabilidades de inversión, conceptos de flujo de trabajo y tecnologías actuales de producción y procesamiento. Los alumnos también obtendrán una comprensión profunda de los desafíos y procesos utilizados para suministrar estos flujos de energía en un mercado multidisciplinario, y serán conscientes de la dirección futura hacia la que se dirige la industria del gas y el petróleo.

Liderazgo comercial

Las unidades orientadas hacia los negocios tratarán los principios de planificación y administración de proyectos en el contexto de la industria del petróleo y el gas. Los alumnos podrán explorar y analizar una amplia selección de casos prácticos basados en proyectos reales del sector. Las unidades técnicas adicionales harán énfasis en el trabajo en equipo para resolver problemas multidisciplinarios de manera eficiente y oportuna.

Trabajo de campo

Los alumnos producirán una variedad de informes técnicos escritos y propuestas de negocios, y participarán en diversos proyectos de grupo, incluido un proyecto exclusivo de desarrollo de un yacimiento de hidrocarburos.

Estadísticas rápidasLa UWA forma parte del 1% que representa las mejores universidades del mundo en el ranking académico de las universidades del mundo

UWA es el único miembro occidental australiano del Grupo de las Ocho: una coalición de universidades australianas prestigiosas y dedicadas a la investigación

El salario inicial promedio de los graduados en ingeniería y tecnología de la UWA es de $71,249, un monto considerablemente superior al promedio nacional de $64,202 (Good Universities Guide de 2015)

Perth es un núcleo global de minerales y recursos energéticos

Facultad de Ingeniería, Computación y Matemáticas

Máster en Ingeniería del Gas y del Petróleo

• Cumplir con el nivel exigido de competencia en idioma inglés (English Language Competency) de la Universidad (visite studyat.uwa.edu.au/elc).

Cómo presentar la solicitud de ingreso

Para obtener información sobre el proceso de solicitud de ingreso, los candidatos locales y extranjeros deben consultar la página de Futuros estudiantes (Future Students): studyat.uwa.edu.au/m/oil-gas.

Los estudiantes extranjeros también deben visitar international.uwa.edu.au/students/esos para obtener más información sobre el entorno de estudio, las tarifas del curso y la política de reembolso, y los servicios de apoyo.

Preguntas sobre el curso

Oficina de estudiantes de ECM (Ingeniería, Informática y Matemáticas)Facultad de Ingeniería, Computación y MatemáticasUniversity of Western AustraliaM054, 35 Stirling HighwayCrawley WA 6009Tel.: +61 8 6488 3061Correo electrónico: enquiries-ecm@uwa.edu.auConsultas en línea: ask.uwa.edu.auecm.uwa.edu.au

Esta publicación se debe considerar únicamente como una guía general. Para obtener más información, contáctese con la Facultad de Ingeniería, Computación y Matemáticas de la UWA.

• Gestión de proyectos y prácticas de ingeniería

• Riesgo, confiabilidad y seguridad• Administración de inversiones para

el desarrollo de yacimientos• Introducción a la ingeniería del gas y

del petróleo• Ingeniería de Depósitos• La economía de los hidrocarburos

Equivalencias 1 • Ingeniería de Reacción• Fenómenos de Transporte• Ingeniería de reacción avanzada y

catalizadores• Ciencia y tecnología de la

combustión• Mecánica de Fluidos• Mecánica de Sólidos• Proceso químico, termodinámica y

cinética• Transferencia de calor y masa• Síntesis y diseño de procesos• Operaciones y procesos de

unidades

1: Los alumnos que hayan completado estudios universitarios en ingeniería pueden recibir créditos de equivalencia.

Entrega

La duración del curso es 1 a 2 años de estudio a tiempo completo o el equivalente para el estudio a tiempo parcial. El Máster en Ingeniería del Gas y del Petróleo se brinda en cursos de 16 unidades. El curso tiene fechas de ingreso en febrero y julio.

Requisitos de ingreso

Para que se considere su ingreso a este curso, el candidato debe tener lo siguiente:

• Título en ingeniería o calificación equivalente, reconocido por la UWA; y el equivalente a una calificación media ponderada de la UWA de al menos 65 por ciento; y

Beneficios de la UWA

Como Perth es un área estratégica a nivel regional para el gas y el petróleo, la UWA se encuentra en una posición ideal para ofrecer un curso relevante para la industria con excelentes resultados para sus graduados.

Se proyecta que Australia será el mayor exportador de GNL en 2020. Australia Occidental se encuentra en el corazón de la industria de exportación de GNL de Australia y nuestra importancia para los mercados globales de energía ha atraído a expertos reconocidos mundialmente a la UWA.

Chevron, una de las empresas de energía integrada líderes en el mundo, ha realizado una inversión multimillonaria en la investigación sobre el procesamiento de gas que realiza la UWA, proporcionando una donación capaz de cubrir los gastos de un cargo de profesor de Ingeniería en Procesamiento de Gas a perpetuidad. Durante sus estudios, se beneficiará con la interacción cercana con nuestros académicos líderes y sus vínculos con la industria.

Estructura del curso

Unidades centrales• Termodinámica Avanzada• Procesamiento de gas 1:

Aseguramiento de caudal y recolección

• Procesamiento de gas 2: Tratamiento y producción de GNL

• Proyecto de desarrollo de yacimiento

OptativasLos alumnos eligen cuatro unidades de la siguiente lista:

• Introducción al diseño de sistemas en alta mar

• Ingeniería del Petróleo

Redes de petróleo y gasEn la actualidad, Aman Chauhan trabaja para Shell en uno de los yacimientos petrolíferos más grandes de África subsahariana.

“Si quiere estudiar sobre la energía, Perth es el mejor lugar de Australasia para hacerlo. La UWA tiene estrechos vínculos con la industria y, al estudiar allí, uno recibe una excelente preparación para el mundo laboral. Durante mis estudios conocí personas de Shell: no se puede subestimar el poder de los contactos en la industria del gas y del petróleo. Tuve la oportunidad de trabajar en todo el sudeste de Asia, en Bangalore, en Perth y ahora en África”.

Aman ChauhanIngeniero principal de depósitos en Shell

Código de proveedor de CRICOS: 00126G

The Master of Environmental Science with specialisations in:

• Environmental Management• Land and Water Management• Marine and Coastal Management• Geographic Information Science

and Environmental ManagementStudents nominate a specialisation on application.

Course description, features and facilitiesEnvironmental issues are many and varied and their successful management requires a new generation of environmental professionals. An interdisciplinary approach to problem solving is essential in this field, requiring the integration of knowledge from biological and earth sciences with training in environmental planning and management.

The Master of Environmental Science will provide you with the background and skills to deal with issues such as land degradation and rehabilitation, air and water pollution, climate change and carbon trading, water resource management, coastal management, flora and fauna conservation, competition for land use, habitat destruction and deforestation, and energy and mineral depletion.

UWA is a leader in environmental science research and training and is supported by staff and activities from Geography, Environment and Soil Sciences, the Centre of Excellence in Natural Resource Management, Centre of Excellence in Coral Reef Science, the Kings Park and Botanic Gardens Biodiversity Conservation Centre, the Ecosystem Restoration Laboratory, the Aquatic Dynamics Laboratory and the Centre for Environmental Economics and Policy.

Specialisations• Environmental Management – has become an integral part of the activities of

industry and governments. It is now a primary function and requirement closely tied to questions of economic development and environmental sustainability. It involves devising effective technological and policy measures for the protection and conservation of the environment, natural and cultural heritage, and natural resources.

• Land and Water Management – provides students with advanced knowledge of how physical, chemical and biological processes within the environment are impacted upon by human uses, and focuses on devising management approaches to improve the health of land and water systems. Case studies are used to increase the awareness and management of issues such as soil erosion and land salinisation, surface and groundwater contamination, and mine-site rehabilitation.

• Marine and Coastal Management – involves identifying solutions that balance human uses such as fishing, oil and gas, and coastal infrastructure developments with conservation goals. Coastal managers have a broad-based knowledge of marine and coastal systems and understand how the use of the environment by humans can be combined with the sustainable management of coasts, and nearshore environments.

• Geographic Information Science (GIS) and Environmental Management – processing increasingly complex multi-dimensional spatial datasets is required for the management of both built and natural environments. GIS involves the acquisition, visualisation and analysis of geographical data, from ecological systems, landforms, soils, water, land use, economic activity and population demographics. When combined with environmental management, students are prepared to integrate our understanding of environmental processes with strategic planning approaches to resolve problems.

You will study the core units for the Master of Environmental Science:• ENVT4402 Analysis for Natural Resource Management• ENVT4404 Environmental Planning and Management• ENVT4411 Geographic Information Systems Applications

Each specialisation has core units in addition to those listed above, with other units selected as options. Visit handbooks.uwa.edu.au/courses/coursedetails?id=c166 for details

You may apply to replace the equivalent of half a year’s units with a research project.

UWA is ranked 1st in Australia for Agriculture and Life Sciences!

Faculty of Science

Master of

Environmental Scienceby coursework or coursework and dissertation

Key InformationWhile the standard timeframe for completion of this degree is two years (full time), if you have previously completed an undergraduate degree in a cognate (relevant) area it may be possible to complete within 1.5 to 2 years. Subject to academic performance, you may apply to replace the equivalent of half a year’s units with a research project – an opportunity to develop your project management and research skills and work closely with an academic and research group in various disciplines.• Intake periods: February and July

each year• Scholarships for international

students: visit: www.science.uwa.edu.au/courses/scholarships

• Domestic students: This course qualifies for a Commonwealth Supported Place

• Visit the Future Students website for more information, including fees, refund policy and support services: studyat.uwa.edu.au/courses

• How to apply: visit studyat.uwa.edu.au/applynow

• Course enquiries: postgrad-science@uwa.edu.au

Our strengths• Identifying solutions to

environmental problems• Adapting to climate change• Mining and agricultural landscapes• Environmental sensing

and data analytics• Integrating technical science into

decision making• Advanced Natural Resource

Management systems• Pristine coastline• Diverse landscapes• Biodiversity hotspot location• Flexible course structure• Connection with industry and

government partners• Designing management solutions to

promote resilience

Why study Environmental Science at UWA?UWA has a long history of multidisciplinary research into a wide diversity of environmental systems, with unique experience in identifying long-term economic and planning-based solutions built on rigorous understanding of environmental processes.• Integration of environmental

science with geography, planning, and conservation

• Access to a broad range of case studies and diverse environments to study

• Flexibility to focus on a specialisation that suits your interests

• Opportunities to undertake fieldwork in a range of terrestrial and marine environments

• Strong links with local industry and global research networks

• Research project opportunity with leading academics

Career opportunitiesEnvironmental Science graduates may find employment in a range of areas including Commonwealth and state departments and agencies responsible for the environment, water, conservation, climate change policy, agriculture and food, and primary industries. Other employers are private sector firms working in the resources sector and non-government organisations.

Other employment opportunities/roles include:• Environmental Officer roles• Environmental Impact Assessment• Environmental Regulatory bodies• Environmental Science Consultancy

for government• Private consultancy• Environmental Restoration• Land Rehabilitation• Marine and Coastal Management• Complex decision making in

Environmental Management• Mining• Research

Admission requirementsA relevant bachelor’s degree, that aligns with one of the specialisations of this course, or an equivalent qualification as recognised by UWA. You must also demonstrate a minimum level of English Language Competence. See studyat.uwa.edu.au/postgraduate-coursework/requirements/english

About UWALocated on the beautiful Swan River in Perth, Western Australia, UWA is recognised internationally as a leading university, ranked in the top 100 in the world in the highly respected Shanghai Jiao Tong University’s Academic Ranking of World Universities. It is the only Western Australian university to belong to the Group of Eight – a coalition of the top research universities in Australia – and is one of only two Australian members of the Worldwide Universities Network. It is a science-focused university, renowned for excellence in teaching and research.

Faculty of Science

The University of Western AustraliaM083, Perth WA 6009 AustraliaEmail: ask@uwa.edu.auscience.uwa.edu.au

CRICOS Course Code: 074951GUWA Course Code: 72530CRICOS Provider Code: 00126G UniPrint 127512