Bachelor of Information Technology

at Griffith University - Gold Coast Campus Australia

 This degree program is designed for someone who is looking for a clinical qualification with the ability to recognize dental diseases or abnormalities of the teeth, mouth and associated structures that require management and patient-centred oral health care that includes a range of activities that include oral health assessment, diagnosis, treatment, management and education for the prevention of oral diseases in patients of all ages.

Dental hygienists are educated in all aspects of dental hygiene practice through coursework and supervised clinical practice in an inter-professional dental clinic. Dental hygiene students will be learning and working alongside, dentists, dental technologists, dental prosthetists and dental specialists developing skills in communication and collaboration for patient management. Students will be provided with specific education and skills in public health and health promotion to provide appropriate preventive oral health education to individuals and communities.

The key advantage of dental hygiene education at Griffith University is the opportunity for hands-on skills training in specialty clinics in the disciplines Periodontology, Implantology and Orthodontics. Students will learn from dental specialists in the fields of:

• Periodontology
• Radiology and Radiography
• Orthodontics
• Special Needs
• Oral Pathology
• Pharmacology
• Public Health and Health Promotion

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.

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.

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.

An understanding of data science is particularly important for policy makers in environmental science, as global and national data-sets providing measurements on a range of environmental issues become available. In this double degree you'll acquire knowledge in your chosen environmental science major combined with data gathering, analysis, modelling, interpretation and visualisation skills obtained through your data science studies. In your final year you will complete a capstone experience where you have the option to engage with university research, undertake an extended fieldwork program in your major, or complete an industry placement.

This program provides students with advanced study in engineering project management. It is designed to extend and deepen the knowledge and skills gained from an undergraduate degree in engineering. It is ideal for professional engineers who aspire to develop their project management skills and advance their capabilities to manage significant engineering projects across a wide range of engineering applications. The program provides a pathway to a research higher degree.

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.

The Bachelor of Arts degree gives you the freedom to choose majors and minors according to your passions and interests. By doing so, you will develop a unique set of interdisciplinary skills that will set you up for a highly adaptable future across a range of industries. You'll become a creative thinker and clear communicator with a high level of cultural awareness, capable of guiding businesses and organisations through the complexities of modern life.

Industry and expert connections
Work-integrated learning is hard-wired into this degree and you are encouraged to take advantage of extensive industry-relevant experiences such as internships, study tours and other work-integrated learning opportunities.

Graduate outcomes
You'll be prepared for a career across a diverse range of industries, equipped with skills in research, analysis, communication, leadership and critical thinking. You will be a mobile, informed and engaged global citizen, ready to make a difference within any field that you choose. With its emphasis on critical thinking and information literacy, this degree also lays the groundwork for further study in research.

This program builds on the strong science foundation that students developed in their undergraduate science or health science degree to provide advanced studies in pharmaceutical science, professional and clinical pharmacy practice and pharmacy research. It provides you with a broad range of lectures, group and self-directed learning activities, practical competence-development simulations, inter-professional learning and clinical placements to develop the skills and knowledge necessary to undertake an internship program.

Medical scientists perform diagnostic tests of blood, tissues and other bodily fluids to help doctors diagnose diseases such as glandular fever, diabetes, swine flu and even cancer. Medical scientists can also recommend treatment options and help manage clinical trials.

In this degree, you will develop the knowledge and skills to work as a medical scientist. In your first year, you will take courses in chemistry, cell biology, anatomy and physiology. You will learn about the body's structure, how it functions under normal circumstances and general health challenges.

From your second year, you will start to focus on specialist courses in medical laboratory science and learn how the body functions under diseased conditions.

In your fourth year, you will gain more in-depth knowledge of medical laboratory science and undertake full-time clinical placements in each of the areas of medical science.