Master of Clinical Dentistry

at Griffith University - Gold Coast Campus Australia

You will gain knowledge and skills from across the broad environmental science spectrum, exploring environmental issues from social, physical and biological perspectives. On completion of core science courses in your first year of study, you will choose a major that suits your interests and career plans. The final year includes a "capstone" experience where you have the option to undertake a research project or participate in industry internships to gain employment-relevant experience. Combining a discipline specific major with a major in Environmental Management will equip you with the broad set of knowledge and skills needed to be an environmental science professional.

This program is designed to provide students with an opportunity to undertake advanced study and supervised research work in Public Health within the context of a multidisciplinary cohort. The scope of Public Health is inclusive of a broad range of specialties in many health related disciplines.

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.

Materials science covers chemistry, physics and engineering. From a chemical perspective it involves the design and molecular assembly of new smart materials that are useful chemically, physically or both. Every day scientists are inventing new molecules and materials for a growing range of applications that will make positive differences in people's lives. Clean energy systems, better sensors for disease, smart drug delivery systems, more efficient farming technologies, green and sustainable polymers and plastics all arise from a knowledge of contemporary materials research. There is strong demand from existing industries and emerging start-up companies for graduates with materials science skills. All sectors of society are being influenced by the technologies, both present and future, that this area of science has to offer.

With this degree you will learn how to apply your new knowledge of the chemical sciences to solve problems and discover new materials that will drive the technologies of tomorrow, and be able to design, review and conduct experiments in modern materials chemistry. You will also develop the ability to analyse and interpret data from a range of modern analytical tools, as well as how to apply that knowledge in the characterisation of new materials. You will contribute to the provision of scientific solutions to national and international problems and develop new technologies for the sustainable advancement of society, as well as the skills to effectively communicate your findings and developments, and to work collaboratively and effectively in a multidisciplinary team.

You will receive a rounded professional architectural education with strength in design-research. You can choose to focus on sustainable design, urban design, history/theory or design practice. The research-based approach to architectural design in this degree will help you develop the capacity to pose original questions and to investigate, analyse and appraise current information and understandings. Research-led design will underpin career-long self-directed learning of a critical-reflective nature.

Computer Science is a dynamic and developing field that is increasingly pervading every aspect of society. In this program you will learn the fundamental principles underpinning computer science and learn practical software technology development skills for many different platforms and applications.

You will have the choice of studying topics such as Programming Languages, Distributed Computing, Computer Architectures, Algorithms and Operating Systems, Machine Learning, Intelligent Systems, Robotics, Programming for Web, Mobile and Embedded Applications, Scientific Computing, Visualisation and Big Data Mining, and Analytics. You can choose between one of two majors and also select from a range of elective courses. In the last year of your studies, you will complete a practical project for industry or research placement providing first-hand experience of the knowledge, skills and attributes required to succeed in full-time employment.

This is your chance to have an impact on the way the world works. You could have the opportunity to make your mark on major global systems and infrastructure or be at the forefront of localised urban projects. When you choose this degree, you'll be engineering from day one.

In your first year, you'll develop a strong foundation in basic science and engineering principles. You'll study a range of engineering areas, letting you decide which area interests you the most. We're strong believers in `learning by doing', so this degree has a strong practical focus. You'll learn from teachers who are passionate about engineering and the difference it makes in the world, so you'll get to experience their energy in your studies.

Industry and expert connections
In your second year you'll choose your preferred major so you can focus on the area you feel passionate about. Learning from industry kicks into another gear, and you'll participate in genuine engineering projects. You'll also hear from the very best, with guest lecturers explaining their vision and the results of significant projects. You'll have direct access to them for questions and advice as part of our smaller more personalised experience.

Entering your final year, you'll take your skills and work with one of our industry partners here or overseas, undertaking a trimester-long project through our capstone Industry Affiliates Program.

This is your opportunity to turn your passion for sport into your profession - one with strong employment prospects. Taught on the Gold Coast in world-class facilities, this degree lets you learn the ins and outs of sport development and how to design, deliver and manage recreation activities for the broader community.  

Four main areas of study make up this degree: sport science, sport management and marketing, health promotion and sports coaching. You'll also study the specialist field of community development through sport which is all about increasing participation in sport through the design of sport systems and pathways to attract, retain and nurture participants.

Industry and expert connections:-
You'll gain intensive knowledge of both the academic and applied aspects of sport, health and fitness. You'll also complete the kind of studies industry have told us are key - physiology, biomechanics, sport psychology, sociology, sports management, sport policy, fitness and sports coaching. You'll also complete an 80-hour internship with an industry expert, letting you put your skills and knowledge into practice in an authentic environment.

As part of your degree, you can experience several industry placements with experts in the field, letting you put your skills and knowledge into practice in an authentic environment.

Graduate outcomes:-
This degree builds upon Griffith's strong reputation in sport science with sport development delivered by award-winning and highly qualified staff in world-class facilities. Graduates will be prepared for a range of careers in community sport and recreation along with roles in professional sporting organisations.
Honours is available for this degree with an extra year of study.

 

The Graduate Diploma of Research Studies in Engineering 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.

The Griffith Sciences Group will be responsible for the overall supervision of the student and monitoring their progress throughout the program.

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 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.