Bachelor of Fashion (Honours) in Design

at EduCo - RMIT University - Melbourne City Campus Australia

The Master of Photography enables socially-engaged photographers to lead developments in the technological, cultural, environmental and political role of photography today.

Utilising a dynamic studio-based learning and independent project environment, this degree encourages you to experiment and take creative risks before mastering your own process and craft.

You will develop skills and knowledge through a combination of practice-led research and professional development opportunities. You will establish and define your photography practice to be industry ready for presentation, publication or for commercial markets. The capstone experience of this degree is a major photographic project that is publicly presented for critical review.

The Master of Photography is designed to challenge you to apply and analyse photographic theory, mediate the relationship between technology and image making, and foster new approaches to writing, practicing, and exhibiting photography.

A recent McKinsey report forecast that Al will generate $13 trillion in economic activity by 2030. It’s the ideal time to gain expertise in this burgeoning and complex field.

In the Master of Artificial Intelligence, you’ll learn to design and implement systems and applications in high-tech facilities, such as our newly developed Artificial Intelligence Lab.

The Master of Artificial Intelligence offers two stream options. In the project stream, you complete an AI postgraduate project and choose two electives from both AI and IT. In the research stream, you complete a research methods module, write a minor thesis, and select two electives.

We have been rated above world standard for our research in the field of AI and Image Processing. This course is among the most specialised in the country, with few other degrees focused on AI theory and applications in today’s climate. Curious and motivated students will develop advanced knowledge, placing them ahead of the pack for practical careers or research in AI.

With a strong vocational focus, the Master of Justice and Criminology provides you with the advanced skills and knowledge to effectively perform as a justice professional.

Upon successful completion of this degree, you will be able to work meaningfully in areas including:

• Criminology
• Management
• Compliance
• Investigation
• Governance
• Human security

This degree is designed for students wishing to enter a career in the justice system, as well as for those already working in the industry who wish to update and extend their knowledge. Some subjects are offered online, giving you the flexibility to design a study plan to meet your needs.

Graduates will enhance their career opportunities in the justice sector and related fields including policing, customs, corrections and the courts.

We live in a data-driven world. Huge volumes of information are generated at ever-increasing rates via social media, financial transactions, transportation, and scientific discovery, and the skills to understand this data have become a top priority.

The new interdisciplinary field of data science combines areas of computer science with mathematical statistics and domain expertise to manage and analyse data. Specialists develop the capability to derive insight and opportunity from the vast repositories of information that organisations collect. Data science also puts an emphasis on the specialised computational skills required to manage and analyse big data from sources such as social media, massive sensors, mobile and transaction data.

Through data science, businesses gain a competitive edge, governments deliver more targeted services, and research teams make new discoveries.

Biomedical science courses allow you to understand how the human body functions, and the responses of the body to various diseases, exercise, diet, internal disturbances, and environmental influences.

You’ll learn how techniques in molecular biology and genetics are applied to diagnosing genes that cause cancer, making crops and livestock less vulnerable to disease, and making food safer.

You’ll complete studies in cell biology, physiology, microbiology and molecular biology. You can also choose to study anatomy, neuroscience, cardiovascular biology, industrial microbiology, proteomics, pharmaceutical sciences and applied biochemistry.

Get started in a career where you will design electronic products and processes that make a difference.

You’ll develop skills to design, validate, and evaluate electronics and communication equipment as well as systems.

You’ll also be able to manage risk, estimate and manage projects, and provide technical and sales advice.

You will learn skills in programmable gate array technologies, circuit simulation, printed circuit board design, digital and analogue systems and applications, amplifiers, analogue integrated circuit design, communication systems, mobile phones, global positioning systems (GPS), microwave links, embedded controllers, AM/FM, computer programming, engineering software and project management, and computational solutions.

This degree will provide you with the foundation research skills that will support your future career as a scientist or researcher.

• Specifically, you will develop:
• communication skills
• critical thinking capability
• advanced knowledge within your chosen discipline
• knowledge of research practice and skills
• research independence and capacity for self-directed learning.
• Research experience is required for most academic and research positions, and increasingly for positions in other sectors.

In consultation with your discipline honours coordinator and your supervisor, you'll be allocated a project to develop your skills to an advanced level.

RMIT's Bachelor of Science offers you the flexibility and choice to complete a degree tailored to your interests.

With major and minor options that span the breadth of physical and natural sciences and allied disciplines, this science degree is embedded with Industry Partnered Learning and focuses on skills development to support your future science career.

Your science degree begins with a suite of introductory subjects in which you will learn and explore core science concepts across physical, life, data and mathematical science disciplines and develop and strengthen key scientific and transferable skills, providing a transformative learning experience that will underpin your future studies and careers.

You can then choose your areas in which to specialise from a suite of complementary majors and minors across the breadth of sciences, including:

• Biological Sciences
• Biotechnology
• Chemistry
• Food Science and Technology
• Mathematics
• Nutrition Science
• Physics
• Statistics.

These majors can be complemented by an extensive choice of generalist minors within these and additional areas, offering further flexibility or the opportunity for further specialisation.

This degree will stimulate your critical thinking and problem-solving skills to help you to be competitive across all science-led disciplines.

This degree will provide you with the foundation research skills that will support your future career as a scientist or researcher.

• Specifically, you will develop:
• communication skills
• critical thinking capability
• advanced knowledge within your chosen discipline
• knowledge of research practice and skills
• research independence and capacity for self-directed learning.
• Research experience is required for most academic and research positions, and increasingly for positions in other sectors.

In consultation with your discipline honours coordinator and your supervisor, you'll be allocated a project to develop your skills to an advanced level.

Develop advanced research skills and further the growth of mechanical and manufacturing engineering.

You will join an active research community and work with academics, peers and partner organisations who have demonstrated research success in a range of specialities, including:

Mechanical engineering

• Aerodynamics
• Alternative energy technologies (e.g. solar cells)
• Applied heat and mass transfer
• Conservation and renewable energy (CARE)
• Combustion and fuels
• Computational engineering (including CAD, FEA, CFD)
• Dynamics and control and noise vibration harshness engine and supercharger technologies
• Industrial and vehicle
• Sports engineering
• Vehicle design and crashworthiness
• Virtual engineering and design.

Manufacturing engineering

• Additive manufacturing
• Computer-integrated manufacturing
• Design for manufacturing
• Forming and machining technology
• High-speed automation
• Operations
• Polymeric and composite product development
• Quality management in manufacturing
• Robotics, laser technology.

Use your advanced engineering skills to contribute to our applied industry focused mechanical and manufacturing research projects.

RMIT’s experienced engineering researchers have achieved significant successes across application areas and industry sectors.

Through collaboration with our own institutes and centres we produce creative solutions to existing and emerging industry-applicable engineering problems.

Research is supported by state of the art facilities, including the Advanced Manufacturing Precinct.

RMIT researchers deliver high-impact and influential outcomes. RMIT is also ranked in the top 150 universities in the world for the fields of aerospace and mechanical engineering (2019 QS World University rankings).

Research centres and collaborations
There are active collaborations with other national and international institutes, centres, groups and partners, including:

• Advanced Manufacturing CRC
• Centre for Additive Manufacturing
• Centre for Innovative Structures and Materials (CISM)
• CRC for Advanced Automotive Technologies
• CRC for Advanced Composite Structures
• Defence Materials Technology Centre