Master of Business Administration

at EduCo - RMIT University - Melbourne City Campus Australia

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.

Are you ready to take advantage of the huge opportunities for content creators and digital professionals?

You can work in user experience design, art direction, animation and emerging fields of virtual and augmented reality.

The Diploma of Screen and Media (Animation, Gaming and Visual Effects)  provides you with the skills you need to become a creative and capable digital professional.

As an industry-driven course, the Diploma of Screen and Media (Animation, Gaming and Visual Effects) is ideal for students who want to establish a professional animation, gaming and visual effects career in the film, television, online entertainment or gaming industry. You will undertake fundamental units in design, interactivity, 2D and 3D imaging and animation, and media production (video and audio). With a focus on creativity, design thinking and conceptual development, this course will give you an understanding of the fundamental design, technical and management skills required to work in these growing fields.

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.

Expand on your love of languages and develop the skills to use, translate and interpret language every day, in settings as diverse as policy making, strategic debate, and analytical thinking.

Studying the Master of Translating and Interpreting in the heart of Melbourne, you'll learn how to use communication media to support translating and interpreting, and gain insight into the intersection of theory and practice.

You also have the option to undertake further study in interpreting for community health, medical fields, police and legal contexts, and conferences.

By linking translation technology, ethics, and professional and theoretical studies to practical issues in translating and interpreting, you’ll be prepared for whatever path your interpreting or translating career takes you.

Prepare for employment in research-based senior leadership and management positions with a Master of Applied Science (Built Environment).

RMIT’s Master of Applied Science (Built Environment) is designed for professionals desiring to deepen their knowledge and extend their skills through an individually supervised research program in a specialist focus area.
Research programs are available in:

• Building and construction
• Education
• Engineering
• Information technology
• Occupational health and safety/ well-being
• Project management
• Property valuation
• Sustainability and the built environment.

RMIT’s Master of Project Management will equip you with in-demand management and leadership skills that are essential to companies across all industries.

This degree is designed for professionals currently working or looking to work in the field of project management. It is particularly relevant for professionals looking to take the next step in their career.

This degree emphasises the practical application of theory to develop your capacity to respond to current and emerging issues and trends. You will critically engage with project management theory and best practice principles, and evaluate and implement project management strategies using real world project based cases and examples.

Occupational Health and Safety (OHS) refers to the application of scientific principles to understand the risks to the safety and health of people in workplaces and to take action to control these.

Occupational health and safety is a multidisciplinary profession examining the technical and social aspects of work with applications in most industries and commerce.

The course focuses on the science and technology of risk management through assessment and evaluation of hazards and development of specific control mechanisms.

Learn how to apply a risk management model to hazards in the workplace, allowing you to recognise the context, evaluate the risk, and generate control solutions. You will use the model of OHS Professional Practice for problem solving which involves gathering information about the issue, diagnosing the issue, developing and implementing appropriate interventions, and evaluating their effectiveness, all the while communicating with relevant stakeholders.
You will develop advanced knowledge in:

• The global concepts of health, safety and work, and the implications that these have in organisations
• The socio-political and organisational context in which work occurs and how this impacts work design and its effects on the workers
• The physical, ergonomic and psychosocial causes of fatalities, injuries and ill health arising from work
• Recognition of hazards, assessment and evaluation of their risk, and development of suitable controls

You will learn to apply these concepts in a range of contexts, allowing you to develop confidence and proficiency in your professional OHS and occupational hygiene practice. Many of your assessments will incorporate Work Integrated Learning (WIL) by focusing on OHS issues in your work situation.

A Master of Geospatial Science will prepare you for leadership roles in this field, building your understanding of spatial analytics and big spatial data for making critical decisions about our built and natural environment.

You'll gain professional-level expertise in the analysis, management, capture and visualisation of spatial information, and become proficient in the latest technologies and infrastructures to support these skills.
Through this course you will develop a unique breadth of expertise across geospatial science, including:

• Knowledge of fundamental spatial information technologies, such as geographic information systems (GIS), geospatial programming, spatial databases, and cloud and mobile geospatial computing.
• Advanced skills in mapping and visualisation for creating engaging and interactive geospatial presentations.
• Knowledge of the latest spatial data capture systems, including satellite remote sensing, GPS satellite positioning, drone and aerial imagery, wearable sensors, sensor networks, and crowdsourced data.
• Specialised knowledge in key areas that complement geospatial science, and tailored to your specific needs, which may include environmental science, natural resource management, computer science, business and project management, architecture and urban planning, mathematics or statistics.

Australia is a leader in the development of biomedical research and technology. By studying biomedical engineering, you can be part of these exciting and rewarding fields of work.

In RMIT's Bachelor of Engineering (Biomedical Engineering) (Honours), you will develop the knowledge and skills you need to undertake a career that helps people affected by health conditions and the health professionals who support them.

Completing studies in biomechanics, medical electronics, mathematics, and engineering science, you will be well trained to work in the in the vibrant and expanding medical technology and biotechnology industries, producing assistive technologies, medical devices for rehabilitation applications, lab-on-a-chip diagnostics and biomaterials.

You will have access to world-leading researchers and 3D-printing facilities such as the Advanced Manufacturing Precinct, the Micro Nano Research facility and the 3DBioFab, placing you at the interface of cutting-edge technologies and advances in biomedical science and engineering.

Seize the opportunity to contribute to the diversity of practice in art in public space, where you may explore commissioned or uncommissioned work, and through this, contribute to the evolving practice.

This degree brings together both education and research and encourages active collaboration between art and design practitioners and the community. You will address issues within art in public space that are central to current international cultural debate. You will gain a broad understanding of discourses and practices of public art by examining current definitions of public space, and learning to deal with the challenges that arise from such definitions.
You will explore multiple views of how art is presented and received in the urban context and address questions such as:

• Where are the spaces that enable art to be an active interpretation, rather than decoration, of the city?
• Who should define policies for public culture?
• How can art negotiate the new spaces of the contemporary public sphere, such as the internet?