Bachelor of Engineering (Honours)

at Griffith University - Nathan Campus Australia

Forensic investigators are skilled, dedicated professionals with the ability to keep an open mind and concentrate on hard evidence. In this degree, you will explore science in real life and receive training in handling criminal casework in forensic biology and forensic chemistry.

You will develop in-depth knowledge of new forensic analysis methods and innovations, and gain valuable experience from real casework. You will practise presenting expert evidence in moot courts. You will learn from academic staff who have been called to work on projects such as the forensic identification of victims of the Asian tsunami and the Bali bombings, and who provide expert evidence in Australian courts.

In your first year, you will take core courses in biology, chemistry, molecular genetics and forensic investigation. In your second and third years, you will focus on your chosen major and continue to develop your skills in core areas.

Majors:-

• Forensic Chemistry
• Forensic Molecular Biology

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.

The program aims to bring students to a level of maturity in their understanding and practice of scholarly work within the Computing and Information Technology area, as well as providing training in the techniques, skills and theoretical background necessary for subsequent postgraduate research.

Social science applies the 'science' of research and analysis to the world’s complex 'social' problems such as sustainability, equity, and diversity, to create positive change.

You’ll study some of society’s most intriguing issues along with the techniques to analyse them and devise break-through solutions. You’ll be equipped to combine your hard knowledge of world issues with advanced data analysis techniques. You’ll develop the knowledge to select the appropriate tools and methodologies for the issues you’re working on, along with the communication skills to collate and present your findings to decision-makers, to enable evidence-based solutions that can positively transform society.

Climate change is an example of a contemporary challenge that can’t be solved by 'pure' science alone. Solutions will come from people who can not only interpret the data but also understand the need for social impact studies, policy development, and effective public communication. Social scientists work in these intersecting spaces, which is why they are in high-demand across government departments, creative industries, political parties, the business sector, in think tanks and non-government organisations (NGOs).

You don’t need prior knowledge of statistical research methods as you’ll study core courses that will develop your skills in analysing social policy and data, along with your two majors. Each of the majors represents a different perspective on the challenges of the future and allow you to develop areas of expertise that can open doors to a broad range of careers. There are also opportunities to undertake an internship in an area of your interest, and join a global study tour.

After completing two years of study in the Bachelor of Physiotherapy program (1589) or Bachelor of Physiotherapy program (1579), high achieving students with a Grade Point Average of at least 5.0 are eligible to apply to transfer to the Bachelor of Physiotherapy (Honours) program. Similar to the Bachelor of Physiotherapy program, these students will need to demonstrate physiotherapy knowledge and skills required for entry-level clinical physiotherapy practice. In addition, Bachelor of Physiotherapy (Honours) students will develop and demonstrate advanced knowledge and skills relating to research in their final two years of study.

Graduates will be eligible to register to practice as a Physiotherapist within Australia following accreditation and also progress directly to higher degree research study such as a Master of Philosophy or Doctor of Philosophy.

This double degree is suitable for students who aspire to own and run their own IT business. Students develop an in-depth understanding of business, and technical proficiency in creating, using, and integrating new information technologies. Based on their interests, students choose majors in both IT and business. Students can enhance their employment opportunities and gain valuable contacts through an industry-based project.

Information Technology majors

• Information Systems
• Networks and Security
• Software Development

Business majors

• Asian Engagement
• Behavioural Science
• Business Analytics
• Economics
• Employment Relations
• Events
• Finance
• Government and International Relations
• Human Resource Management
• Innovation and Entrepreneurship
• Logistics and Supply Chain Management
• Management
• Marketing
• Real Estate and Property Development
• Sport Management
• Sustainable Business
• Taxation
• Tourism and Travel

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 Science (Honours) lets you take that next step. It is only available if you have achieved a GPA of 5 in the second and third years of your Bachelor degree and have organised your project and a supervisor.

You'll undertake a major research project under the supervision of one of our leading researchers. The degree will be assessed through coursework, research project performance, thesis and seminar. This is the opportunity to hone your skills and demonstrate your research ability under the eyes of an experienced science professional.

Industry and expert connections
Griffith has a proud history of leading the way across scientific research. As a student of the Bachelor of Science (Honours), you'll have access to leading experts from a range of respected University research centres, including the Institute of Glycomics, Griffith Institute for Drug Discovery (GRIDD), Menzies Health Institute Queensland, the Australian Rivers Institute, the Centre for Quantum Dynamics, the Environmental Futures Research Institute, the Queensland Micro and Nanotechnology Centre and the Sea Jellies Research Laboratory.

You'll complete your honours project in your chosen specialisation, putting all that you have learnt into a tangible, rewarding project.

With this double degree, you can tackle environmental issues with knowledge across both engineering and science. With specialist skills in the social, applied and natural sciences, you'll be well prepared to find solutions to pressing environmental issues.

With a strong practical focus, you'll develop skills in the planning, design, management, construction and maintenance of engineering projects as well as a solid foundation in biological, physical and social sciences and critical analysis.

This is your opportunity to make a real difference to the big environmental issues facing the planet, bringing a fresh perspective and proven skills to the challenges ahead.

With qualifications in both science and IT, you'll be able to pursue a career in a variety of industries, including commerce, industry, corporate IT, government or private consulting.

In this double degree, you'll have an introduction to fundamental concepts in mathematics, physics, chemistry, biology, information systems and computer programming before choosing the majors that suit your interests. You'll have access to next generation technology and state-of-the-art labs throughout your studies as you learn from some of Australia's leading researchers.