Bachelor of Dental Technology (Honours)

at Griffith University - Gold Coast Campus Australia

As a student you will address and manage complex issues to ensure that marine industries prosper sustainably in healthy marine ecosystems. As a graduate, you will be equipped to tackle problems that affect our oceans, tourism, fisheries and food production, climate change, maritime pollution and waste management.

With cutting-edge teaching and research strengths, Griffith University is an ideal location to study marine science. Located within easy access to a variety of extensive natural and artificial waterways, iconic surf beaches and the diverse wetlands and coastal biodiversity of Moreton Bay, the Gold Coast is the perfect natural laboratory.

You will be offered a marine industry placement, through the Industry Affiliates Program and/or a capstone experience that will expose you to professional activities in fisheries, aquaculture, marine conservation, coastal management and/or coastal engineering.

In your first year, you will take core courses that provide the necessary foundations in the basic sciences. In second and third years, you focus on your chosen area of specialisation.

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.

This Honours program has been designed to enable students who have demonstrated substantial ability at an undergraduate level to develop advanced levels of studio practice, supporting theory and an advanced level of research understanding.

While studying Design (Honours), you'll have the ability to choose a project or topic that you're passionate about and have the space and access to studios, software and equipment to explore that further.

Graduate outcomes
Our design graduates will have unprecedented opportunity to contribute and lead in vital new forms of social and economic development. Designers work across a range of fields roles, including interior design, product and service design and graphic design as well as interactive and 4D design.

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 program is designed to provide students with an opportunity to undertake advanced study and supervised research work in the specialisation defined by their undergraduate degree program within the context of a multidisciplinary cohort.

The research skills developed within this program will provide an attractive credential for students seeking employment in the public or private sectors. The program will also provide the necessary preparation for entry into a higher degree research program. The multidisciplinary context of the program, involving team-teaching of students and the sharing of coursework and seminar experiences across disciplines will be invaluable to students given the importance of a multidisciplinary approach to researchers and practitioners seeking to understand complex problems in health.

This program prepares students to teach in primary or secondary settings. Students undertake a foundation first year and then undertake studies in either primary or secondary education from Year 1/Trimester 3. Students undertake professional practice which includes observation and participation in schools, practice teaching and community field studies.

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.

This double degree is focused on the future, combining a cutting-edge blend of computer science and engineering. The Bachelor of Engineering (Honours) gives you the opportunity to make your mark on major global systems and infrastructure or be at the leading-edge of local urban projects. You'll be involved in hands-on projects from year one, planning and creating clever solutions to real challenges.

Your engineering skills are complemented with the future-proofed skills of computer science. You'll gain a broad knowledge of the subject learning the principles and concepts behind computer science problem-solving. For example, using modelling methods and processes to understand core problems and designing solutions that match.

Industry and expert connections:-
From year one, you'll learn from industry experts and like-minded teachers. Hands-on experience is key to this double degree, and in your final year you can enhance your employment opportunities through an industry-based project or placement.

Graduate outcomes:-
The future is promising for dual computer science and engineering professionals. With these complementary degrees, you'll be prepared for engineering roles across varied industries that require design, innovation and creative development applied with the latest technology.

Engineering is a precise practice, and this double degree will arm you with the science disciplines to hone your technical precision. You'll study applied mathematics or physics and learn to balance the numbers with the art of creative and critical thinking. You'll also gain highly useful skills in mathematical modelling.

In your final year, you can enhance your employability through an industry placement. With an internationally recognised qualification, you'll be prepared for work on complex projects in Australia and overseas.

Industry and expert connections:-
What makes our engineering and science double degree stand out is the opportunity to put what you learn in the classroom into practice through work-integrated learning. We have a wide range of industry contacts and partnerships, ensuring you get to experience hands-on learning throughout your study. In your final year, you'll enhance your employability by completing a project within industry.

Graduate outcomes:-
You'll graduate with a degree accredited by the national engineering body, Engineers Australia, and depending on your specialisation, you'll also be eligible for membership with the Australian Institute of Physics or the Australian Mathematical Society.

With highly-sought after qualifications in engineering and science, you'll find inspiring career opportunities in government, construction, telecommunications, mining, oil, smelting and manufacturing industries.
Majors

The ability to communicate in other languages and cultures will help you in almost any career you choose. When you study a language at Griffith, you will not just learn to speak and write the words, you will also study linguistics - the science, nature and function of language and how it is used in society. Understanding how languages are developed and used will help you gain a solid understanding of your chosen language.

You will apply your knowledge of linguistics and your chosen language in real world challenges including second language learning and teaching, intercultural communication, and effective use of digital technologies.

You will learn in small classes, where you will receive individual attention. Whether you are a total beginner or quite fluent, you will find courses to suit you. You will also be exposed to the cultural context of your chosen language with options to pursue study overseas through exchanges and study abroad programs.