Bachelor of Law(Honours)/Bachelor of Government and International Relations

at Griffith University - Gold Coast Campus Australia

This program provides students with advanced study across the breadth of specialisations in Civil Engineering. It is designed to extend and deepen the knowledge and skills gained from an undergraduate degree in civil engineering. It is ideal for professional civil engineers who aspire to develop their design skills and advance their capabilities to analyse and solve structural problems and manage projects across a wide range of real-world civil engineering applications. The program provides a pathway to a research higher degree.

In this degree, you will gain an in-depth understanding of the tourism sector, underscored by sustainability principles. You will develop core business skills in areas such as financial management, leadership, management, marketing and strategic management, and enhance these with an understanding of how to manage employment relations in a culturally diverse context.

Thanks to Griffith's close working relationship with the major hotel chains in South East Queensland and tourism operators, you will have the chance to gain knowledge from guest speakers and experience via a wide range of innovative work-integrated learning activities.

You will learn industry-standard systems and graduate with the skills and knowledge employers want, and be fully aware of the culture, service and competitive aspects of international tourism and hotel corporations.

Majors:-

• Tourism Management
• Hospitality Management

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.

You will gain a strong foundation in the physical and biomedical sciences, as well as practical business and management skills and knowledge. You will develop an understanding of how both our bodies and the sports industry work.

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.

Following on from the Bachelor of Sport Development, this Honours degree allows you to undertake advanced study and supervised research work. You'll delve deeper into the specialisation you've chosen and work within a team of other like-minded students and academics to further your research. 

Industry and expert connections
We've designed this Honours degree to give you the teamwork skills required for further research. You'll share lessons and seminar experiences across multiple disciplines, equipping you with the knowledge you need to understand complex problems in public health, sports, recreation and many other areas. 

Graduate outcomes 
The enhanced research skills developed within this program are of particular interest to future employers in the public or private sector. You'll also have the right background for entry into a higher degree research program as this Honours degree is the perfect platform for a PhD.

Flexibility

Tailor your timetable - Even if you study full-time on-campus, you may still be able to customise your degree to suit your needs. From a range of tutorial times to online access to lectures and other course material, we're here to help you fit study in with your work and life commitments.

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

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.

Combining law with psychological science will give you a unique skill set that will prepare you for work either in the community sector or in commerce and industry. You will also develop analytical, research and communication skills.

Law component
Griffith Law School offers a professional legal curriculum that focuses on core areas of legal practice and the legal skills that lawyers must have. You will have the opportunity to choose law electives based on your interests, including clinical courses that emphasise practical legal skills, insights and experience.

You will make connections between law and ethics, legal theory, Indigenous issues, and internationalisation. You will also develop interdisciplinary understandings of law and legal work.

You will take courses that cover areas such as Crime, Contracts, Property, Corporate Law, Torts and Theories of Law.

Psychological Science component
You will learn how to apply psychological theories to topics such as thinking and perceiving, motivation, stress, health, criminal activity, and group behaviour. You will also learn how to evaluate and understand tests that measure intellectual, behavioural and emotional states. You will develop interpersonal and communication skills and learn about the principles of counselling and core areas of psychology. You will learn how to help people with personal, health, vocational and social difficulties.

This program teaches engineering and project management to the future engineering leaders, equipping them with the skills they need to compete globally. The program provides engineering graduates with the art and science of managing engineering projects. The program is ideal for professional graduate engineers who aspire to develop their managerial skills and advance their capabilities to initiate, plan, resource and execute real-world engineering projects.