Bachelor of Business in Financial Planning

at EduCo - RMIT University - Melbourne City Campus Australia

Through the engagement of an international community of forward-thinking, practice-based academic researchers and professional designers, with the Master of Design Innovation and Technology you will join a dynamic learning environment that is in a continual state of evolution.

As innovation in design practice is positioned at the intersection of several disciplines, you will have the opportunity to address issues from a wide variety of professions such as engineering, architecture, landscape architecture, interior design, industrial design, service design, graphic design, animation, interaction, lighting, media and sound design.

Develop specialist knowledge in quantitative measurement and the evaluation of safe radiation exposure for patients and staff.

Medical physicists are employed in the fields of radiotherapy, medical imaging, nuclear medicine and associated research and regulatory divisions of non-hospital institutions.
You’ll develop the skills to critically evaluate and optimise the performance of medical equipment and procedures and use your problem-solving abilities to analyse outputs, diagnose problems and provide quality assurance for patient treatments.

Using specialist knowledge in instrumentation, and quantitative measurement you will optimise the safe and effective use of radiation for patient care.

Using your initiative together with a high degree of independence, you’ll be instrumental in the evaluation and implementation of new technologies and in the translation of research into professional practice.

Medical physicists are important advisors to their team of professionals who often include oncologists, radiologists, therapists, technologists, biomedical engineers, allied health professionals and safety advisers.

In RMIT's Bachelor of Engineering (Electrical Engineering) (Honours), you'll learn the processes behind the production and distribution of electricity.

Electrical engineering at RMIT is about more than just learning the theories behind the discipline. It's about putting those theories into practice to solve problems. You’ll learn the skills necessary to make useful products and provide quality services by spending time on experiments in laboratory classes and designing projects.

In this professionally accredited degree, you’ll learn to design, develop and supervise the manufacture, installation, operation and maintenance of electrical systems. You’ll also work on systems for the generation, distribution, utilisation, and control of electric power, electronic and control systems used for various domestic and industrial applications.

You’ll develop high-level technical and design skills and focus on a specialist area such as energy conversion, power systems, renewable energy, high-voltage equipment and control engineering. 

Work integrated learning opportunities will provide you with real world experience. You’ll design creative solutions through inspiring and sustainable design-and-build projects, take part in the Engineers Without Borders Challenge, complete industry capstone projects and undertake work placements in Australia or overseas. 

This degree combines the essential elements of environmental science with environmental engineering.

You will learn to understand interactions in the environment and how to design solutions to environmental problems.

As a double degree graduate, you will be uniquely placed to work in a variety of industries and roles, with a combined understanding of the science and the ability to design technical solutions.

In your final year you will choose your minor study in environmental biology, environmental chemistry or groundwater engineering.

Our wide-ranging applied physics expertise gives you opportunities to develop specialist knowledge and honed research skills in your chosen area.
Under expert supervision, you will join researchers already active in:

• Advanced characterisation techniques
• Applied geophysics
• Biophysics and biological physics
• Computational modelling of matter
• Condensed matter
• Functional coatings
• Industrial and building acoustics
• industrial and building acoustics
• Molecular transport in biological membranes
• Nano materials and nano fluidics
• Quantum information and quantum optics
• Radiation and medical physics
• Soft matter
• Superconductivity

This master degree may be undertaken in a project or thesis mode. You will also have access to our modern semiconductor clean rooms.

Many of our research activities are conducted within the Theoretical Chemical and Quantum Physics Research Group.

In this program you will develop advanced skills in order to critically analyse information, synthesise knowledge, and communicate your research findings effectively for a variety of career settings.

This master degree may be undertaken in a project or thesis mode.

You can specialise in:

• IT policy
• Knowledge management
• Mobile technologies
• Digital economy
• E-health
• Green IT
• Human-computer interaction
• Systems evaluation and modeling.

On productions there may be many takes to produce the right shot, but it only takes one associate degree to give you the skills you need to build a career in screen and media content production.

This qualification will teach you valuable screen industry skills and knowledge in the key areas of concept development, storytelling, pre-production, production and post-production for single and multi-camera productions.

Throughout the curriculum, there is a strong emphasis on industry knowledge, collaboration, team building, creative application and professionalism. We offer a broad range of classes and screenings, as well as computer lab, location and studio-based exercises and productions.

With access to a range of professional equipment and facilities, you are actively encouraged to develop and produce innovative screen content to industry standard.

With RMIT's Bachelor of Aviation (Pilot Training), you'll build the skills to critically review and analyse all aspects of the aviation industry, and learn how to work both individually and in teams to solve real industry issues.

Providing a mix of theory and practical experience, this industry-led degree will equip you with problem solving, communication and leadership skills, preparing you for a career as a professional pilot in this growing industry.  

In addition to extensive theory work, this degree includes flight training. This training will assist you to gain a Recreational (RPL), Private (PPL), and Commercial Pilot Licence (CPL), which enables you to fly commercially within Australia.

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

Gain expertise in both the hardware and structure of computer systems, and the software used to control them.

In RMIT's Bachelor of Engineering (Computer and Network Engineering) (Honours) / Bachelor of Computer Science, you’ll acquire extensive knowledge of computer system architecture, software design and the necessary skills required for developing embedded hardware and network-based computer systems.

The computer science degree will develop a skill set that spans from theoretical and algorithmic foundations to cutting-edge developments in computing. You will gain deep knowledge of systems infrastructure, software methods and technologies, and application technologies.

The computer and network engineering degree will develop your skills in the field of embedded systems or smart devices, as well as provide you with expertise in large scale network design and the implementation of digital communication networks that are vital for many big businesses. 

This double degree will also allow you to focus your skills on a range of topics, covering the Internet of Things (loT), software engineering, artificial Intelligence, sensor networks, high-performance parallel processing, real-time embedded systems, signal processing, programming and software development.

Work integrated learning is embedded in the computer science and engineering degree, enabling you to gain practical experience and employability skills.

You’ll have the opportunity to design creative solutions through inspiring and sustainable design-and-build projects, take part in the Engineers Without Borders Challenge - a humanitarian-focused subject offered in all RMIT engineering degrees, undertake industry placements in Australia or overseas, and learn programming in our innovative Bootcamp2Studio model.