Master of International Business

at Griffith University - Nathan Campus Australia

To be awarded a Bachelor of Nursing (Honours) degree, one additional year of study is required following the successful completion of the Bachelor of Nursing.

Graduates of Griffith University's Bachelor of Nursing (Honours) degree have a competitive edge as they are equipped with practical skills, experience and attributes that employers value, coupled with highly developed research capabilities. 

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.

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.

This degree will provide you with in-depth clinical training and offers professional experiences through participation in industry-based projects. You will be trained to undertake and accept responsibility for the array of diagnostic procedures required in clinical physiology and public health laboratories.

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.

This degree provides an alternative route for entry into a Doctor of Philosophy (PhD) or a Master of Philosophy (MPhil) if you do not meet the entry requirements for direct admission.

When you complete this degree, you will be granted admission to an MPhil or PhD, providing you have fulfilled the entry requirements detailed in the Higher Degree Research policy and have completed the confirmation procedure. Your final grade will determine whether you are eligible for the PhD or MPhil.

You will undertake advanced study and supervised research work in the health discipline, defined by your undergraduate degree. In the coursework component, you will critically evaluate research and develop your knowledge and understanding of statistical analysis techniques as applied to health research. You will also develop an awareness of research proposal design and background. The multidisciplinary context of this degree will be invaluable to you if you are seeking to understand complex problems in health.

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.

Bachelor of Arts graduates can undertake an additional year of study in the Honours program, which gives you the opportunity to build on the skills and knowledge gained in the foundation degree.

The Honours degree allows you to put to practical use the knowledge you've gained in the first three years of your degree, and it prepares you for postgraduate study and professional opportunities.

An Honours qualification may also help to set you apart from your peers, signalling to employers that you possess the abilities and knowledge they value, including critical thinking, time management and interpersonal engagement.

Industry and expert connections
The Bachelor of Arts (Honours) is an excellent entry path towards a PhD, and also signals to employers that you're capable of managing a large independent program under supervision. Internships may be available to students within the Honours program.

Graduate outcomes
In this year-long professional and educational experience, you'll do original research, use analytical skills,and work as part of a team environment to take your learning to the next level. As a graduate, you will be ready for highly skilled professional work or may choose to continue your education with a higher degree by research.

This double degree prepares students for scientific practice or for business and management roles in technical, regulatory, environmental, health or biomedical oriented businesses, industries or government organisations. Students choose from a range of science and business majors in accordance with their interests and career plans.

This new degree brings together technical and practical skills in the fields of intelligent digital technologies. You will learn the fundamentals of ICT problem solving and high level programming skills, for application in cutting edge fields such as the Internet of Things (IoTs), robotics, app and web development, big data analysis, and virtual reality (VR) and augmented reality (AR) applications.

In your first year you will learn about trends in emerging technologies, coding and human computer interaction. Choose between two majors, IoTs and Robotics or Programming for Visualisation and Entertainment, or undertake both majors. If you choose a single major you will have the flexibility to undertake electives of your choice. In your final year of studies, you will bring together your skills and knowledge to form Intelligent Digital Technologies for industry through a work integrated learning course.