Search

The Graduate Diploma in Energy Efficient and Sustainable Building program provides an intensive, multidisciplinary environment for the advanced study of the science, design technologies and management of sustainable buildings. As this field is positioned at the intersection of several disciplines, including building engineering, architecture, landscape architecture and design, this program advances the role of design research and innovative design practice in addressing critical issues associated with the sustainability of the built environment.The program is especially designed for advanced professional development and/or specialisation for engineers, project managers, landscape architects and other design professionals working with the built environment.Graduates may pursue many professional pathways, including work in private practice, state or local government, or in private practice as a consultant to building design or, property development projects.This program emphasises the application of theoretical knowledge to practice and will build your capability to effectively respond to current and emerging issues, trends, and to client and organisational needs through your developed skills and knowledge.In conjunction with the Master of Energy Efficient and Sustainable Building, this program addresses the industry need for energy efficient and sustainable building specialists with a particular focus on developing your multidisciplinary understanding of the design, performance and development of sustainable buildings. The courses delivered within the program build your knowledge of the specialised domains within the field of energy efficient and sustainable building including sustainable building technologies, building physics and project management. You will develop the analytical and technical skills required to utilise theoretical knowledge and published data to inform your decision making as a manager and/or designer of sustainable buildings. The program replicates industry and professional practice contexts and equips you to work in multidisciplinary teams involved in the development of sustainable design strategies and solutions for new and retrofitted buildings.Successful completion of this program provides a pathway to further learning in the Master of Energy Efficient and Sustainable Building.Upon successful completion of this program you may also be eligible to undertake further studies in related programs at RMIT University.

GD188 -- Graduate Diploma in Information TechnologyThe Graduate Diploma in Information Technology is embedded within Master of Information Technology program. It is designed for non-computing graduates who wish to make a career change and enter into the ever evolving ICT industry. This program is also suitable for IT graduates who wish to upskill to enhance your career prospects.GD188 - Graduate diploma in Information Technology is an interim award within MC208- Master of Information Technology program. Upon completion of the first year of the program (96 credit points), including core courses, you will be eligible to exit the program with the Graduate Diploma in Information Technology (GD188).This program develops a skill set that spans from theoretical and algorithmic foundations to cutting-edge developments in computing. As a graduate of this program, you will be knowledgeable and creative; have excellent programming skills; be capable of designing, implementing and maintaining complex software systems; and be able to readily adapt to new advances in the rapidly changing information technology environment and/or continue towards a research degree.The ISYS1117 Software Engineering Fundamentals course simulates realistic work situations where you will have the opportunity to learn, apply and demonstrate professional software project management practice. You will work in a team on a software engineering project, interacting with a professional software project manager.This program is delivered on campus; some courses may be available online.

The purpose of the program is to provide students with an introduction to the field of Micro-Nano Engineering. The program has micro- and nano-engineering course offerings covering fundamentals, design, fabrication, and applications to provide students with a cohesive and comprehensive learning experience. The program structure is underpinned by a very strong research focus, multidisciplinary scope, and established research strengths in the disciplines related to micro- and nano-engineering at RMIT University which have been rated as above world standard (Excellence in Research for Australia 2012).The program objectives are:To develop a graduate’s knowledge of MicroNano engineering from fundamentals all the way to applications by providing design, simulation, and hands-on micro/nano-fabrication experiences. To provide a pathway for graduates from other engineering and appropriate science degrees to articulate into Micro Nano Engineering.The program will prepare you for a career in the design of devices employing Micro-Nano Engineering fabrication techniques and also for a career in the development or management of such fabrication facilities in either a research or manufacturing context. Possible areas of employment are in the semiconductor industry or in the emerging area of biomedical device engineering.

Nanotechnology is one of the most important new branches of multidisciplinary science, combining aspects of physics, chemistry, materials science, bioscience and engineering, and is revolutionising modern society in ways unthinkable twenty years ago. Nanotechnology graduates are in high demand for research or industry-based careers in Australia and overseas. There are graduate shortages in the nano-enabling specialisations of chemistry, particularly polymer, colloidal, organic and bio-organic chemistry; materials science and engineering; and microelectronics fabrication. Graduates may work in industries related to telecommunications, computing, defence, solar energy, medicine, aerospace, paints and coatings, cosmetics and environmental remediation.The Graduate Diploma in Nanotechnology and Smart Materials (GD185) is an EXIT only award if you have successfully completed one year equivalent (96 credit points) of the Master Nanotechnology and Smart Materials program (MC204 MNanoSmart).The Graduate Diploma integrates advanced content knowledge and skills for highly skilled work and/or further learning in the rapidly evolving field of nanotechnology.You will add breadth in the physics, chemistry and molecular biological techniques necessary to understand the field of NanoSmart and build specialist knowledge about NanoSmart itself. A research methods component (BIOL2411 Research Methods) will equip you with skills to appraise aspects of NanoSmart research in order to generate solutions to complex problems in the NanoSmart field. Importantly you will gain practical experience of advanced nanotechnology research applications in a series of small group immersion activities in different, cutting edge nanotechnology environments at RMIT and offsite (ONPS2498 Advanced Nanotechnology) as a capstone Work Integrated Learning (WIL) course.The Graduate Diploma in Nanotechnology and Smart Materials (GD185) program requires in person attendance.

The Graduate Diploma in Urban Design is an exit point from the Master of Urban Design program.The Diploma program provides an intensive, multidisciplinary environment for advanced study of contemporary urbanism through design practice. As Urban Design is positioned at the intersection of several urban disciplines, such as planning, architecture, landscape architecture and development, this program advances the role of design research and innovative design practice in confronting the many, critical issues affecting cities. Speculating about the future of cities in light of increasing environmental, social and economic change, for example, is a primary objective. The program is part of RMIT’s ‘Urban Suite’ initiative, an industry-linked laboratory for urban-based research including Urban Development (School of Property Construction and Project Management, PCPM) and Urban Planning (School of Global, Urban and Social Studies, GUSS). Coursework is integrated across these disciplines and collaborative projects are designed to encourage exchange of disciplinary expertise, information and approaches toward urbanism. The program is especially designed for advanced professional development and/or specialisation for architects, landscape architects and other design professionals working with the built environment. Master of Urban Design graduates pursue many professional pathways, including work in private practice, state or local government, or as a consultant to urban planning, property development, or non-profit community organisations. A flexible program structure and combination of face-to-face and online delivery modes is designed to suit working professionals.

The International Sports Technology Program aims to provide you with an in-depth understanding of scientific and engineering disciplines related to the holistic context of modern sports technology, such as mechanical, materials, manufacturing, aerospace, electrical, chemical, and biomedical engineering, sports science, business, textile technology, media studies and mathematics.This program is specifically tailored for you to understand, and take the leadership in, the sports industry or sports organisations in a global context, or, more specifically the needs (from a broader health perspective), opportunities (in a broader innovation context), problems (from a sustainability point of view), product developments (from a holistic perspective), and the future (based on lateral thinking) of international sports industry and sports organisations.The program prepares you directly for joining the global sports industry and international sports organisations, by exposing you to problem solving, product innovation and hands-on experience in various areas of sports technology. This distinguishes the Sports Technology Program from traditional undergraduate sports engineering courses, which are focussed on engineering theory and show the application to sports only by example.The program structure will provide learning experiences for you to acquire and apply the critical knowledge of sports equipment design and development and concepts across core disciplines of sports technologyThis program enables you to develop a skill set that spans multi- and interdisciplinarily from the theory of sports equipment in a broader context to cutting-edge applications and developments in sports technology, by providing the transdisciplinary perspective from associated areas such as biomechanics, sports analytics, sports management and marketing, and exertion games.The program is purposely international in character as it aims to provide you with advanced technical and generic capabilities which will enhance your chances of employment in the global sports industry and sports organistions sector.

The increasing number of environmental issues needs suitably qualified people to help resolve them. Solving these problems requires professionals who can provide ethical, high-level specialist advice to industry, governments and communities. The environmental industry now requires graduates who:Are knowledgeable about the science underpinning the data pointing to environmental changes Can interpret data being produced by chemical and ecological testing Keep abreast of the current and emerging technologies being used to prevent or mitigate environmental problems Are capable of designing and conducting research projects Can communicate well with a wide range of audiences Can function with a high level of autonomy.The Graduate Diploma in Environmental Science and Technology has been designed to provide you with these skills, giving you a competitive edge when seeking employment as an environmental professional.This program is delivered on campus; some courses may be available online.

The program will introduce you to the concepts and skills required to undertake entry-level professional roles in a diverse range of media industries, including heritage media such as radio and television, and contemporary web-based media.As media industries are increasingly convergent, radio, television and web will be addressed in a holistic and integrated manner throughout the program. You will emerge from the program with an understanding of how these formerly separate media fields now must be seen as one complex media landscape. You will be able to work across these areas, and meaningfully contribute to teams designing innovative projects which respond to this landscape.The internet has made media production a global endeavour. You will develop an understanding of the global arena of media production, and the possibilities this opens up for your own career.Media production occurs in teams, and you will develop an appreciation for the roles and skills required for successful media collaboration.On completion of the program you will be a professional practitioner with contemporary knowledge of the global media industry. You will be able to discuss issues, and provide insights into the future directions of the industry. You will be experienced in team-based production work. You will have a clearer sense of your own career trajectory, based on a holistic and more developed knowledge of media production.You will gain skills in research and life-long learning strategies to enable you to confidently contribute to an industry that is always evolving. You will gain insight into your own creativity, and develop efficient work practices to allow you to plan, produce and deliver your own media projects.

The objectives of the Graduate Diploma in Electrical Engineering are:To develop your knowledge and skills in electrical engineering that will enhance your career prospects in the relevant industries including power transmission and distribution and electronics industry. To facilitate learning of electrical engineering concepts and applications that are directly linked to industry needs. To provide a pathway for graduates from other engineering and appropriate science degrees to articulate into electrical engineering.This program is an exit only point from the Masters of Electrical Engineering, which is primarily delivered at the City Campus.

This program has been designed for you to develop and enhance professional translating and/or interpreting skills. It will develop your specialized knowledge of related theoretical approaches and industrial issues to prepare you to work as a professional translator and/or interpreter in both domestic and international contexts.The program is designed to ensure you will critically engage with relevant professional and theoretical debates and develop skills in translating and interpreting. While acquiring this knowledge and skills you will learn to investigate emerging trends and apply these to your practice, including appropriate current technologies. This suite of skills and experience will underpin and inform your research and critical assessment of complex industry directions and issues, as well as the academic discipline. A capstone experience based on an individually negotiated professional practice project will enable you to work independently in a simulated environment and receive feedback from an experienced practitioner. This project will synthesize your knowledge, connect theory and practice as well as demonstrate your holistic achievement of the program learning outcomes.On completion of the program, you will automatically be eligible to access NAATI certification exam(s) for a translator and/or interpreter. If you are successful in the certification exam(s), you will be able to work as a translator and/or interpreter across diverse fields within the public service, including legal, health, business, security and international relations.You will gain skills and knowledge in global contexts for research and life-long learning to enable you to confidently contribute to an industry that is always evolving. You will use innovative applications of communication technology to support translating and/or interpreting and practice and gain insight into your own practice. You will develop efficient work practices at high professional standards to allow you to plan, produce and deliver interpreting and translating projects.