Bachelor of Commerce in Human Resource Management/Bachelor of Arts - Dual Degree

at University of New South Wales - Kensington Campus Australia

The UNSW Master of Journalism and Communication is a two-year full-time postgraduate university degree in contemporary journalism, media studies and communications.

UNSW consistently ranks 53 in the world for Media (QS World University Rankings 2021) and is a leader amongst Australian universities.  This master’s degree will empower you with the hands-on skills and theoretical knowledge to understand and shape the global news media and communication industries.

The UNSW Bachelor of Arts is a three-year degree when studied full time. As you develop your worldview through personalised course combinations, you’ll define a future life purpose suited to your passions and skills.

Defy the limit of a singular career focus with industry-crossing skills in critical thinking, problem-solving, effective communication, and informed research. What’s more, you’ll develop these skills while exploring what fascinates you, with subjects from creative arts and the humanities to social sciences, languages, and business.

Prepare to challenge your assumptions and apply new thinking to academic traditions and real-world problems. How can we think differently about climate change? Human rights? The ethical future of technology? Broaden your understanding of the world and gain the skills to make a difference.

Indigenous studies
Gain an understanding of diverse First Nation cultures and societies. This program begins with exploring current and traditional Indigenous knowledge, philosophies, and cultural values tied to country. Complex themes cover popular culture, political history, government policy, colonialism, environmental justice, gender, and cultural heritage. Gain profound critical reflection skills and challenge your assumptions.

Study the mechanisms that allow us to visualise the world. This degree explores the sensory processes that underlie vision and the development and use of vision-related technologies.

Study the science of how we see and interact with our world. This degree provides a comprehensive education in a wide range of areas, including:

• Sensation and perception
• Psychophysics
• Optics
• Anatomy and functioning of the eye
• Oculo–visual disorders
• Introductory pharmacology
• Visual aids and dispensing
• The consulting room interface
• Research design and methods and experimentation.

You’ll gain broad experience in optometric eye care and training to communicate effectively with patients and other health practitioners. This degree will help you develop sought after skills, ensuring your training is relevant in today’s fast-changing world.

Medical science is the foundation that the practice of medicine is built on. This degree delves into how the human body functions and responds to disease and drug treatments. It incorporates facets of several scientific disciplines to provide you with an extensive understanding of the human body.

The Bachelor of Medical Science explores:

• The structure and chemistry of the cells that make up living organisms (cell & molecular biology and biochemistry)
• The structure and function of the human body (anatomy and physiology)
• The general processes leading to disease (pathology)
• The role of bacteria, viruses and other micro-organisms in disease (microbiology)
• Drugs which are used to cure human diseases (pharmacology)
• The way in which our form and function is inherited (genetics)
• The processes of development from the fertilised ovum (embryology)
• The natural defences of the body (immunology)
• The structure and function of the brain (neuroscience).
• This degree provides the basis for a career in biomedical research and is also an appropriate first degree if you’re planning to progress to graduate medical or paramedical degrees.

Human Anatomy
Study the structures of the human body. This major covers:

• Gross anatomy (form, arrangement and function of the bones, joints, muscles and internal organs)

• Histology (microscopic structure of tissues and cells)

• Embryology (development of the embryo and fetus from conception to birth)

• Neuroanatomy (organisation and functions of the brain and spinal cord)

• Biological anthropology (applying biological principles to the study of humans).

The UNSW Master of International Relations recognises the complexity and the globalised nature of today’s world, and is specifically designed to advance your understanding of global politics and foreign policy.  Through this degree, you’ll critically examine theories and issues in contemporary world politics. You’ll explore international security, great-power rivalry, regional conflicts, nuclear proliferation, global environmental politics, civil conflict and terrorism, human rights, gender politics, international political economy, development and other pressing international issues.

Alongside this, you’ll learn to understand how these concepts and theories in international relations shape our view of the world. You’ll graduate with the in depth knowledge and experience to work in a variety of sectors in Australia and internationally, from NGO’s to government organisations and multinational corporations.

If you're interested in both legal and economic analysis, the Bachelor of Economics/Law provides you the opportunity to examine the formation, process, structure and economic impact of law, policy and legal institutions.

You'll develop a critical understanding of legal frameworks, processes and systems, while also studying economic issues such as international trade, inflation, government policy and competition, strategic behaviour and unemployment. By gaining in-depth knowledge in both areas, you’ll be prepared for a career in either economic or legal practice.

Our graduates have excellent analytical skills, a capacity for scholarly research, effective oral and written communication skills, and a commitment to personal and professional development, ethical practice and social responsibility.

The Master of Engineering Science (Energy Systems) is designed to provide a deep, broad range of knowledge about a variety of energy and power systems.

This postgraduate degree offers a wide range of theoretical and applications-based electives and is ideal for electrical engineers wishing to upgrade their skills in the ever-developing energy engineering sector.

The recent introduction and growth of intelligent power supply systems such as smart grids means that energy systems engineering is experiencing unprecedented growth.

This degree will help you develop skills to meet growing need for engineers who can interface renewable energy generation sources with the conventional electricity grid. You'll also understand the importance of electric motors in everything from smartphones to hybrid cars and satellites.

This postgraduate degree features complex, open-ended enquiry-based projects and plenty of opportunities to help you become a leader in the field.

You'll develop a systematic approach to problem-solving and learn to plan projects effectively, as well as gaining key skills in order to analyse, interpret and communicate results proficiently.

Mathematics, statistics and computing skills are essential to advanced financial and commercial modelling, making Advanced Mathematics a natural complement to Commerce. The Bachelor of Science (Advanced Mathematics) (Honours) prepares you for the increasing range of quantitative careers in areas such as finance and technology, while UNSW's Bachelor of Commerce (BCom) is an innovative business degree, designed alongside industry to ensure you are one of Australia's most employable graduates.

This five-year degree allows you to build a foundational understanding of business essentials. Specialise in one of 12 Commerce majors such as Finance, Business Analytics or Economics, gain industry experience, and build a professional portfolio.  Alongside this, you'll undertake advanced coursework with an honours level research project in your chosen Mathematics specialisation.

UNSW’s Master of Commerce (MCom) is a 1.7 year full-time postgraduate coursework degree. Designed in consultation with industry, this world-class business degree prepares you with the experience and knowledge you need to succeed in the career you want. This degree is career-focused from day one. Whatever you specialise in, you’ll connect with industry, learn with real-world tools and technology, and have access to work-experience, career development, and mentoring opportunities.

Human resource management Specialisation

A company’s people are its most important asset. That’s what human resource management (HRM) is all about. Effective and responsible human resource practices provide the foundation for any organisation’s success.

Why study human resource management?

The success of any organisation is dependent on its workforce, and every company has people at the helm. Studying human resource management you’ll learn about employee management, performance management, employment relations, learning and development, organisational change, health and safety, international HRM and organisational behaviour – skills that will set you up for success in a diverse and rewarding career.

Broaden your career opportunities by studying advanced science and engineering together. The advanced science degree differs from the Bachelor of Science with the inclusion of advanced-level courses and an honours year. In addition to foundation subjects such as biology, chemistry, physics and maths, you also have access to more than 26 advanced fields of science. During your studies, you will develop the critical and analytical thinking needed for the successful completion of the research-based honours year.

In the engineering degree, you'll have the opportunity to apply yourself to engineering design and enquiry projects, professional engineering practice, engineering and technical management and research. Choose from a wide range of specialisations, from traditional disciplines such as civil engineering and electrical engineering, through to those tailored to modern challenges, such as renewable energy engineering.