Master of Applied Science in Built Environment

at EduCo - RMIT University - Melbourne City Campus Australia

Acknowledged by the national and international architectural profession, the Bachelor of Architectural Design is designed to help you develop a rich understanding of architecture, and build a diverse set of skills that will carry you through your career.

Learn in an environment that is similar to a cutting-edge architectural design firm. Through your core and elective subjects, you'll have the opportunity to focus on your drawing, 2D and 3D design skills, and will be surrounded by like-minded creatives. You'll combine both experimental and speculative design with practical projects, and engage with real-life industry projects to expand your knowledge and help you discover innovative approaches to problem solving.

Learning from internationally-recognised and award-winning architects alongside visiting national and international experts, consultants and specialists, you will explore the core skills required of an architect and architectural designer. As a student, you will be immersed in new ideas and perspectives that will develop your design and communication skills.

Get ready for a fulfilling career in chemical engineering and pharmaceutical sciences.

As the pharmaceutical industry expands in Australia and world-wide, your understanding of the engineering process and other scientific fields involved in drug development and production, will ensure you’re well equipped to work across a range of roles.

You’ll gain a thorough understanding of the principles of chemical engineering and pharmaceutical sciences, allowing you to apply your knowledge to large scale production in the pharmaceutical industry.

You’ll have the opportunity to design creative solutions through inspiring and sustainable design-and-build projects, as well as taking part in the Engineers Without Borders Challenge — a humanitarian-focused course offered in all RMIT engineering degrees.

To ensure you graduate job-ready, you’ll also have an opportunity to undertake a work-integrated learning (industry experience) elective.

In the Diploma of Information Technology you will be guided by experienced teachers with extensive industry experience to develop a project portfolio designed to help launch a career in IT.

As part of your study in a world-class university environment, you will learn how to:

• Create a web-based solution for a client
• Develop mobile applications
• Apply project management skills to an IT project.

You will learn how to install, operate and troubleshoot medium enterprise routers and switches, design user experience (UX) solutions, build dynamic websites, design and integrate databases, design, build and test network servers, and more. You will also build professional skills including promoting cyber security awareness and best practice, managing client issues, and originating and developing concepts.

Explore science, environmental governance and sustainability in this highly interactive degree — the only one of its kind in Victoria.

The unique and comprehensive Bachelor of Environmental Science/Bachelor of Environment and Society combines science and social science knowledge, designed to give you all the competencies required to succeed in environmental governance positions, or to become a sustainability leader, and help protect our natural environment.

Through the combination of work in the classroom, the laboratory and the field, you will build an understanding of both scientific and social theory. Through several real-life projects, you will learn to reconsider and apply theoretical concepts to practical problems. You’ll build further skills through industry engagements and work placements.

This double degree has been designed to provide you the opportunity to explore many different career paths through your academic study and experiential learning. Upon graduation, you will be well-equipped to make a positive difference in a wide range of potential careers that will strive to protect precious ecosystems, and help to shape the future of humanity.

Develop your logical, analytical and creative problem solving skills and further the growth of mathematical theory and application.

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:

Mathematics

• Algebraic coding theory
• Complex networks and epidemiology
• Computational fluid dynamics
• Dynamics and control theory and applications
• Environmental and resource modelling
• General mathematical modelling
• Graph, complexity and network theory
• Information security
• Integer programming and discrete mathematics
• Mathematical biology
• Numerical analysis
• Optimisation theory - algorithms and applications

Statistics and operations research

• Analysis: survival data, reliability, exploratory data, time series, sequential, decision
• Data mining
• Game theory and applications
• Nonparametric statistical techniques
• Optimisation and applications
• Statistical quality control
• Sport, bio, financial, multivariate statistics
• Supply chain, and stochastic modelling
• Queueing theory and applications

RMIT's researchers deliver high-impact and influential outcomes.Success is demonstrated through excellent performance in university rankings, such as being ranked as well above world standard in the Australian Research Council Excellence in Research for Australia (ERA) 2015 round.

As the pace of change accelerates, demand for trained professionals in the manufacturing industry is growing.

In this degree, you will learn to strategically apply new technologies and modes of manufacturing to help streamline operations and innovate.

Within the manufacturing industry, factory systems are evolving to meet customers’ changing expectations and keep pace with global competition. These changes impact everything and everyone, from the factory floor to the boardroom, and there’s a growing need for experts with knowledge of the latest technological and operational strategies.

The Master of Engineering (Manufacturing) explores sustainable engineering, Industry 4.0 technologies and biomedical manufacturing, and more.

Studying in the heart of Melbourne, you will build essential skills in project management, conduct research, and have the option to hone your engineering knowledge in a range of specialised elective subjects.

Develop your advanced research skills and contribute to new developments in biomedical sciences.

We have a multidisciplinary research base that offers opportunities to conduct biomedical research in a range of areas.
Under expert supervision, you will develop your skills and join researchers already active in:

• Aquatic and marine biology
• Ecotoxicology (biomarkers for environmental pollutants)
• Environmental and molecular approaches to diagnose and develop solutions for disease, agricultural and environmental problems
• Genomics and sequencing techniques applied to various organisms
• Microbiology (food, medical and environmental biotechnology, vaccine development, fundamentals of pathogen/host interactions)
• Plant biology (plant biotechnology and genomics, molecular plant breeding, ecotoxicogenomics, fire and environmental ecology)
• Genomics and sequencing techniques applied to various organisms.

This master degree may be undertaken in a project or thesis mode.
RMIT has purpose built health and biomedical research facilities located  at our Bundoora Campus. Many research activities are conducted within the Centre for Environmental Sustainability and Remediation.

Design innovative solutions to social and environmental problems around energy supply, distribution and consumption and begin a rewarding career in sustainable energy.

Immerse yourself in the latest technologies that improve energy efficiency. Learn how to use renewable resources to reduce the environmental and social impacts of conventional energy resources.

With the Master of Engineering (Sustainable Energy), taught in the heart of Melbourne, you'll learn why managing the transition towards a more sustainable energy sector is a priority for governments, the private sector and the general community.

Through your studies in this degree, you will learn to:

• Plan and effectively manage an independent project on sustainable energy topics at a professional engineering level
• Locate and critically review scientific and engineering literature and apply engineering practices and research methods to conduct sustainable energy projects and evaluate their results
• Communicate findings effectively to a professional audience

A final-year research project forms an essential part of this degree. Through this self-selected project (from a range of available topics), you will draw on not only the advanced engineering skills you have built, but also coursework around ethical, economic and social responsibility.

This Qualification has been superseded by the Department of Education, Skills and Employment and will change in 2023.

You can still apply for this program and you will be supported to transfer into the new qualification once it becomes available. This may result in changes to the program structure, content and fees.

In this advanced diploma course, you’ll gain the practical and technical skills to work with civil engineers on the design and construction of infrastructure projects.

The Advanced Diploma of Engineering (Civil Engineering Design) also provides a pathway to an engineering degree.

Civil and structural engineering involves the design and construction of roads, airports, railways, buildings, bridges, dams and drainage systems.

You’ll develop skills:

• Using computer-aided drafting (CAD) software to produce detailed drawings, plans and designs for construction work
• Doing cost estimates and preparing material specifications
• Liaising with construction workers and project managers
• Inspecting completed works to ensure they meet specifications and regulations
• Conducting laboratory and/or field testing of materials, soil and water quality.

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.