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Study undergraduate online with University of Tasmania through Open Universities Australia. Explore all degrees, subjects and short courses now.

The Diploma of Applied Science is a practical and industry-focused program tailored for individuals interested in pursuing careers in specialised fields that require applied science knowledge and skills. This program is designed to be accessible even to those who have never considered a career in science before. One of the program&#39;s unique optional focus areas is &quot;Fermentation&quot;, which is ideal for individuals looking to enter innovative food and beverage industries like cheesemaking, brewing, winemaking, and fermented food and beverage production. Core subjects cover essential topics such as science fundamentals, applied biology, data analysis, and sustainability. Additionally, students have the flexibility to choose four elective subjects that align with their specific interests. This program was created in response to the growing demand within the fermentation industries, making it highly relevant to current job market needs. A standout feature of this program is its strong emphasis on learning, allowing students to enhance their problem-solving, communication, critical thinking, teamwork, and leadership skills by actively applying what they learn. Industry experts have played a pivotal role in the course&#39;s development and continue to contribute to its delivery through teaching, site visits, case studies, and work placements. The program offers both full-time and part-time study options. It combines online study with online practical workshops and tutorials, providing students with a flexible and well-rounded learning experience. Graduates of the Diploma of Applied Science will be well-prepared for rewarding careers in their chosen fields, equipped with practical skills they can immediately apply in the workplace. Furthermore, they have the opportunity to pursue further studies, opening doors to continued educational and career growth

Explore biology and chemistry as you delve into science. In online workshops you’ll build practical skills for the workplace. Includes optional focus areas like fermentation. Get to know sustainability and quality management to gain an industry-ready edge.

Diploma of Applied Science

Science of Gardening

A Primer of Marine and Antarctic Science

Backyard Biodiversity

Living with Fire

Introduction to Spatial Information

Introduction to the Science of Climate Change

Introduction to Marine and Antarctic Science B

Science of Fishing 1

Introduction to Marine and Antarctic Science A

Earth Evolution

This subject aims to develop your awareness of the ecological processes operating in your garden, to assist informed decision making about garden design and management. You will explore the environmental parameters of your garden (e.g. macro and microclimate, geology, and soils), the nature of the complex interrelationships between garden organisms (including pollinators, herbivores, and pathogens), and how the origins and adaptations of plants determine their suitability to your purpose. This exploration of underlying ecological principles will inform your garden design in terms of preferred style, purpose, and practicability.

Science of Gardening 2

This subject is designed to give students a general overview of spatial information and its applications. Spatial information is becoming an increasingly prevalent part of our daily lives. The ability to incorporate spatial information into various applications is a valuable skill, with applications across all manner of disciplines and vocations. This subject will introduce students to Geographic Information Systems (GIS) and basic remote sensing analysis.In this subject, students will learn the fundamental concepts underpinning spatial information, and how to represent a variety of variables in a spatial way. Content in this subject is delivered at the introductory level for students who may be curious about the potential of spatial information, and want to develop a basic skillset to analyse and interpret datasets. Concepts that will be introduced include: spatial referencing systems, types of spatial data, creating new datasets, basic image analysis, and data visualisation.

Human induced climate change is arguably the most serious problem currently facing our planet. Detection and attribution of human-induced climate change requires an understanding of the mechanisms of natural climate variability as well as trends in climate. Earth&#39;s climate is a coupled system between atmosphere, ocean, land surface, biota, snow and ice. Gaining an understanding of how our climate system works is an important first step to more confidently diagnosing and predicting the effects and impacts of human induced climate change. In this subject you will learn how Earth&#39;s climate works. We will begin to understand mechanisms underpinning important known natural climate variations such as El Nino Southern Oscillation. To achieve these ends, we examine global climate observations (in situ and by satellite), estimations of past climate variability;  learn about global and regional climate models; consider detection and attribution techniques to discern human induced climate change above natural variability; the impacts of climate change on human and biological systems; and examine recent statements by the Intergovernmental Panel on Climate Change (IPCC) on human induced climate change.

Our Changing Climate

This subject will equip students with an interdisciplinary understanding of energy systems. Its focus is on how science and policy are interacting to shape Australia’s energy futures. The Australian energy sector is experiencing a period of change, prompted by the availability of new energy technologies as well as new societal expectations, desires and behaviours. Learning will focus on how these changes are being initiated and governed through a range of organisations and institutions, including the state, corporations, community groups, and individual households. The interplay between expert knowledge and decision making will be analysed, with close attention to the politics of technical decision-making processes. This subject is taught collaboratively with input from the Tasmanian energy industry and government. Science and Policy for Energy Futures will be of interest to undergraduate students from Geography, Social Sciences, Engineering and Law.

Science and Policy for Energy Futures

The subject provides a broad understanding of the dynamic processes that are active at and near the surface of the Earth and is suitable for general science and arts students with an interest in the geological sciences. KEA102 is a required subject in the Earth Sciences major, and prerequisite for the study of Earth Science subjects at second year level. The subject delves back through the layers of time, examining fossils and rocks to uncover the evolution of Earth. There is a particular focus on Earth&#39;s recent history, contrasting natural vs. anthropogenic changes on Earth systems. The subject is then focused on sustainability- a global challenge of the subjected Nations. The subject investigates Earth resources that fuel our civilisation and provide critical metals for a net carbon zero future. It brings geoscience into the context of our environment, encompassing issues such as mining, groundwater and natural hazards. Practical sessions are devoted to understanding ancient life, identifying ore minerals and understanding processes of ore formation, understanding environmental issues such as groundwater flow, and introducing hydrocarbon exploration methods. A short excursion explores some of Hobart&#39;s geological hazards. A one day field trip will reinforce aspects of ore geology and unravel the history recorded in sedimentary rocks spanning one of the greatest global mass extinction events.

Planet Earth has been shaped over 4.5 billion years by ever-changing dynamic processes. These processes can help us to understand how the Earth formed, has evolved, and will continue to change, from its deep internal structure to its more familiar outer surface. In this subject, we will scale the highest mountains and plunge into the deepest oceans in our quest to better understand the driving forces that shape the world we know today. In the practicals, you will learn to read the messages encoded in rocks and minerals which provide clues on how different Earth environments have evolved over millions and billions of years – and what these tell us about the future of our planet. You will learn to see the landscape with new eyes and be challenged to apply your skills in through field-based activities. KEA101 is a required subject in the Earth Sciences major and prerequisite for the study of Earth Science subjects at second year level. This subject is suitable for general science and arts students with an interest in the workings of Planet Earth.

Planet Earth

University of Tasmania Undergraduate Environmental science Subjects | Open Universities Australia

Course results for University of Tasmania Undergraduate Environmental science Subjects

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