Bachelor of Biomedical Science

at Griffith University - Nathan Campus Australia

The Graduate Diploma of Research Studies in Science is an 80 credit point program that provides an alternative route for entry into a Doctor of Philosophy (PhD) or a Master of Philosophy (MPhil) program for applicants who do not possess the required qualifications for direct admission.

Upon successful completion of the program, students will be eligible to apply for admission to MPhil or PhD candidature subject to fulfilment of requirements for candidature as specified in the Higher Degree Research policy and successful completion of the confirmation procedure. The grade achieved will determine entry to either a PhD or MPhil candidature.

The Program Director will be responsible for the overall supervision of the student and monitoring their progress throughout the program.

Students may choose to exit the Graduate Diploma program (after successfully completing the specified courses) with the Graduate Certificate in Research Studies in Science.

This degree will help you advance your career in aviation management and thrive in the constantly changing aviation environment.

You will study courses that directly relate to job functions in the aviation industry. In your final year, you will have the opportunity to undertake a short research project, which allows you to make a valuable contribution to an area in the aviation industry that interests you and can be sponsored by an organisation or individual within the aviation industry.

Griffith University has Australia's most highly recognised aviation teaching program. Our aviation staff have strong industry ties and are world leaders in air travel safety research and focus on the human elements in flight operations to help improve safety. Over the past 20 years teaching in this field, we have built an international reputation for graduates who are industry ready.

As factories and other engineering environments transform into an industrial Internet of Things, the ability to analyse vast quantities of data to extract relevant intelligence is an increasingly and highly sought-after skill.

Data science provides a broad knowledge of the exploration, gathering, manipulation, visualisation, automation and interpretation of data using digital platforms and can be applied to enable real-time performance optimisation.

This double degree will enable you to provide data-based insights based on your specific expertise in engineering, to improve decision-making, reduce costs and increase efficiencies.

You'll gain knowledge in your chosen engineering major and skills to access the insights large data sets provide and lead the way in translating data into actionable information, including manipulation, modelling, interpretation and visualisation, using a range of digital platforms and tools.

In your final year, you can enhance your employability through an industry placement to gain practical experience and valuable industry networks.

You'll also graduate with a degree accredited by the national engineering body (Engineers Australia) and be fully equipped to work in local, national and international sectors.

The Bachelor of Communication and Journalism/Bachelor of Science will combine the specialised disciplines of biological, clinical, chemical, physical and mathematical sciences with the skills and capacity to communicate these within various professions, and to the broader public. Alongside scientific expertise, graduates will emerge with a suite of communication, writing and media production skills that will add a critical dimension to their employability. Graduates of this double degree will better navigate the contemporary context for science where global communication and media are pervasive and increasingly a concern for emergent and existing science professionals. Graduates employed in diverse sectors alongside those choosing to pursue specialised science communication careers (including science journalism) will be accommodated by this degree combination.

This double degree program combines Australia's most highly awarded aviation program with practical skills in information technology to help you influence IT advances required for the continued safety and security of air travel today and tomorrow.

IT skills are crucial in the Aviation industry. This double degree program provides the pathway to a range of careers in aviation outside of flight crew roles.

Core courses introduce you to basic areas such as navigation, human factors, planning, information systems and programming as well as the sciences underpinning the theory and practice of aviation.

You'll also develop skills in collecting, storing and analysing large volumes of data as well as covering computationally intensive simulations of flight data on supercomputers, visual exploration of large data sets and informational retrieval and communication via the internet and data mining.

Our training and learning resources include flight simulators and technology systems based on current industry standards, plus you'll also undertake a practical work placement as part of your degree, so you'll graduate with the skills and practical experience to launch your career.

You also have the option to accelerate your studies by undertaking courses over three trimesters a year if you choose and there are a range of aviation or IT-related clubs you can join while studying to help you connect with other students and create valuable future industry networks.

This degree, designed for high-achieving secondary school leavers, provides the opportunity for you to progress directly into our Doctor of Medicine

In your first year, you will be introduced to the basic sciences underpinning medical science - anatomy, chemistry, biochemistry, genes and disease, law and ethics, microbiology, physiology, and epidemiology. You will also undertake a course in "interpersonal skills" which provides you with knowledge and skills in communication and interaction with patients.

In second year, you will study these areas in greater depth and take medically focused courses in immunology, infectious disease, pharmacology, metabolism, structural biochemistry, and molecular genetics, as well as undertaking a capstone course (Integrated Medical Sciences) which integrates and applies the knowledge of basic sciences learned in your first and second years to solving clinical problems.

From biotechnology to sports to submarines, if you want a hand in designing and implementing the software systems our society depends on, Griffith's Bachelor of Software Engineering (Honours) is the ideal path for you.

You'll learn in state-of-the-art facilities from passionate, experienced teachers. You'll be engineering from day one, with a solid foundation in mathematics, computer systems, engineering principles and information systems. In your second year, you'll explore computer algorithms, object-oriented programming, business analysis, computer network essentials and more.

Along the way, you'll gain vital skills and knowledge in fields such as mobile app development, network security and project management. You'll also address the key social and professional issues facing software engineers as the 21st century - and humanity's complex relationship with devices - continues to develop.

This degree provides training for people who wish to help to make society more sustainable. It also provides opportunities for those who want to move into more senior management positions. You will develop the ability to work in multidisciplinary teams, to contribute to policy-making processes and to run environmental management systems.

Specialisations:-

• Climate Change Adaptation
• Economics and Policy
• Environmental Planning (Nathan on-campus only)
• Environmental Protection
• Sustainable Business

As technology continues to evolve the need for organisations to protect and secure digital information is becoming more critical. As a graduate of the Master of Cyber Security, you will possess the skills to generate and implement innovative cyber security solutions for business, government and individuals.

In this degree, you'll develop the expertise to investigate and identify current and future cyber security threats, conduct risk and vulnerability assessments of networked devices and infrastructure, and generate and implement innovative cyber security solutions.

The wants and needs of a rapidly expanding, global population means it has never been more important to shape our environmental future. Environmental engineering is your pathway to protecting the natural environment and its resources by ensuring that we minimise the adverse effect we may have on it. In this program you will develop an understanding of complex environmental problems and issues, and of the challenges facing environmental sustainability. You will learn to design creative engineering solutions and manage key projects associated with environmental protection in the area of solid and hazardous waste management, air quality monitoring and control, water and wastewater treatment, and renewable energy. You will develop the skills to incorporate sustainability concepts into engineering work practices from various discipline backgrounds.