Master of Engineering in Mining

at University of New South Wales - Kensington Campus Australia

Push the boundaries of traditional practice with an extensive education in exercise science, physiotherapy and exercise physiology. This unique degree combination will prepare you to provide more comprehensive care for patients across three areas of practice. Prepare yourself for an exciting career in clinical settings such as hospitals or private practices, as well as non-clinical roles such as working with sporting teams or leading advocacy in healthcare management and policy.

Exercise scientists are specialists in the human body both at rest and in response to exercise. Exercise scientists gain knowledge in a broad array of subdisciplines such as biomechanics, motor control and exercise prescription – they use this knowledge to better prescribe exercise for the maintenance of health and improvement of performance.

Physiotherapists are experts in the structure and movement of the human body. Physiotherapists use hands-on physical therapy, tailored exercises, rehabilitation technologies and lifestyle modifications to help people affected by injuries, musculoskeletal conditions, and neurological and cardiovascular disorders. Along with improving mobility and function, physiotherapists provide health education to prevent further injury or illness.

Exercise physiologists use physical activity as a rehabilitative and preventative therapy. Exercise prescriptions are used to manage a wide range of conditions including cancers, musculoskeletal, cardiovascular, metabolic, renal, respiratory, neurologic and mental health conditions.

In just five years, you’ll gain both a bachelor’s and a master’s degree, which will accelerate your career in health. When studied separately, this set of qualifications would normally take a minimum of six to seven years to complete. This degree has an embedded professional practice stream, where you’ll learn alongside students from our dietetics and food innovation, clinical exercise physiology and pharmacy programs. You’ll develop key interprofessional skills such as effective communication, cultural safety and competence, leadership, advocacy, entrepreneurship and business management. The stream provides an opportunity to start building connections with your future health colleagues and mirrors real-world practice, where professionals work in integrated healthcare teams. You’ll gain an understanding of how different teams work together to improve patient outcomes, such as how and when to refer a client to another health professional.

This degree will prepare you to work as an exercise scientist, physiotherapist, exercise physiologist, workplace rehabilitation consultant, wellness coordinator or clinical research assistant.

If you're passionate about helping people improve their quality of life, this degree will set you on the path to a fulfilling career.

The Bachelor of Science/Law double degree will equip you with the transferable skills sought after by employers in law, science and a range of other industries. Through a balance of theory and practical experiences, you’ll develop excellent analytical skills, scholarly research, oral and written communication skills and a commitment to personal and professional development, ethical practice and social responsibility. You’ll learn to approach complex legal issues stemming from new industries and new social expectations as part of a progressive law degree.

As part of the Bachelor of Science, you’ll access state-of-the-art scientific technology and build extensive knowledge in a scientific field. With 26 majors to choose from, you can specialise in anything from neuroscience to biotechnology or psychology.

Biotechnology takes our understanding of cell biology and chemistry to create a range of products and solutions to problems in medicine, food and energy. The Bachelor of Biotechnology (Honours) includes fundamental teaching in the life sciences, explores current trends and issues in the industry and tackles key focus areas including synthetic biology, bioprocessing, medical applications and commercialisation. It also incorporates a research-based honours year, providing you with greater experience and confidence in the practice of scientific methods.

Key features

• Work Integrated Learning (WIL) opportunities
• At UNSW Science, we focus on delivering the optimal balance of theory and practical work to equip you with the skills and experience to fast-track your career. The SCIF3199 Science Work Placement course gives you the opportunity to gain practical work experience through an internship. Previous work placement students have interned with IT companies, start-ups, government departments and large biomedical and biotechnology companies. Along with new professional skills and connections, you’ll also gain course credit for your work placement.
• Research internship course
• The SCIF2041 Research Internship course gives you the opportunity to complete a short theoretical or experimental research project in a world-leading research team supervised by a member of academic staff. Internships may also involve a placement outside of UNSW, in the form of externally funded research programs.
• Law and industry knowledge
• Along with a thorough understanding of the life sciences, this degree will give you the tools to understand intellectual property law, commercial principles and deep contextual knowledge of the Australian and international biotechnology industries. You'll have all the tools to negotiate the path to a successful career in this expanding industry.

Mining Engineering studies the safe, economic and environmentally responsible recovery, processing, marketing and financial management of mineral resources. Mining Engineering is about the extraction of natural minerals from the earth and the processing of those minerals into more user-friendly forms with minimal environmental impact.

At UNSW, we focus on the long-term health of the sector through research in Sustainable Mining Practices. Our school produces internationally acclaimed research, working closely with industry to provide innovative solutions. This research feeds directly into our degrees to maintain the Australian mining industry’s comparative advantage of cost-competitive, safe and environmentally responsible operations.

This degree provides a comprehensive understanding of how complex mining systems work together to service the global need for minerals. It will give you a solid foundation in fundamental engineering principles and essential elements of mining, like geomechanics, ventilation, mine planning and mineral processing. To get you work ready, you'll apply these skills through 60 days of approved industry training.

UNSW’s Bachelor of Commerce/Arts is a double degree that will equip you with business experience and expertise, combined with the creativity, analytical and critical thinking skills that come with an arts degree. Both degrees offer flexibility, allowing you to shape your degree to match your ambitions and interests.

The Bachelor of Commerce (BCom) has been designed with consultation from industry to set you up for lifelong employability. By combining your BCom with a Bachelor of Arts, you can choose from a diverse range of majors and subjects in the arts, humanities and social sciences. You'll develop an in-depth knowledge and breadth of understanding, gaining the tools to think critically, communicate effectively and conduct independent research.

UNSW’s Bachelor of Commerce/Arts is a double degree that will equip you with business experience and expertise, combined with the creativity, analytical and critical thinking skills that come with an arts degree. Both degrees offer flexibility, allowing you to shape your degree to match your ambitions and interests.

The Bachelor of Commerce (BCom) has been designed with consultation from industry to set you up for lifelong employability. By combining your BCom with a Bachelor of Arts, you can choose from a diverse range of majors and subjects in the arts, humanities and social sciences. You'll develop an in-depth knowledge and breadth of understanding, gaining the tools to think critically, communicate effectively and conduct independent research.

You’ll graduate with a unique combination of skills and knowledge that will prepare you to adapt and thrive in the careers of the future.

Information Systems(Major)
In the digital era, information systems are critical to every business’s success. Companies rely on information technology to run their businesses, drive innovation, and safeguard their future. You’ll gain the skills and experience to design, develop, and implement business databases, enterprise systems, social media, and more.

The Master of Engineering (Biomedical Engineering) is a two-year full-time degree that'll help you develop the specialised skills and knowledge to build a successful career in Biomedical Engineering and gain a recognised accreditation. This degree is designed for students who don’t have a formal engineering accreditation but have an undergraduate degree in engineering, health or medical sciences.

When you study the Master of Engineering (Biomedical Engineering) you'll expand your knowledge, skills and develop job prospects through a specialised study in the area of Biomedical Engineering. In this degree, you’ll learn about engineering applications in medicine including neuromodulation and bioinstrumentation, biomechanics and rehabilitation, tissue engineering, bioinformatics, as well as medical device design. As a part of your studies, you’ll also complete an open-ended research project.

You’ll be required to complete 60 days of industrial training in Biomedical Engineering and/or other Engineering fields, through this you’ll receive industry exposure and professional practice. Your degree will include a compulsory Master's Thesis which adds a research component to your study. You’ll graduate as an accredited Biomedical Engineer, with an Engineers Australia accreditation. After completing this postgraduate degree you’ll meet national and international benchmarks to take your career to the next level.

This postgraduate degree offers four sub specialisations, choose from:

• Biomechanics
• Bioinstrumentation
• Cellular and Tissue Engineering
• Bioinformatics, Imaging and Computation

UNSW’s Master of Construction Project Management/Master of Property and Development is a postgraduate double degree that will equip you with advanced, interdisciplinary skills to manage property development and construction processes.

With ever-increasing employment opportunities in both construction management and property development, this degree will set you apart from the crowd. You’ll gain an in-depth understanding of how the two areas are interrelated and apply this knowledge to lead complex projects in both fields.

You’ll graduate with the skills, knowledge and experience to confidently achieve development and project outcomes in time, financial viability, risk management, quality, and sustainability – ready to lead projects that benefit both people and the planet.

Key features
The key features and subject areas in your coursework will see you explore theory and practice, preparing you for the careers of the future in project management, construction, property development and investment. These include:

• Construction planning and control
• Construction informatics
• Construction cost and value management
• Risk management and business analytics
• Property performance analysis
• Property valuation
• Property investment and finance
• Property industry application
• Property development and feasibility analysis
• Real property law

This intensive program provides a pathway to advanced industry opportunities, whether you have a background in design and media practice or if you wish to enter these fields from other professional backgrounds. Our degree focuses on integrated and multidisciplinary studios that will underpin the development of professional skills, capabilities and confidence needed for leadership and to dynamically support innovation in freelance, project or design, media and technology business contexts.

Studio-based courses enable you to focus on a specific area of design and digital media practice or put together a suite of courses from across design, material practice and digital media.

Any design you could dream of can be brought to reality by a mechanical engineer. Mechanical engineers apply scientific and engineering knowledge to develop, manufacture and operate machines and tools, which can then be used to develop things.

This degree will give you the skills and knowledge required to design and manage the construction, operation and maintenance of machines used in many industries.