2016 Engineering Degree and Diploma Guide Web Edition Updated 5 October 2015 Be true to you
2 RMIT engineering is based on innovation and creativity. We are recognised internationally for our expertise and leadership in engineering education and research. Our specialised programs allow you to develop your skills in the areas that interest you most. You will design and create products, systems, structures and services that transform industry and improve lives. You will benefit from our strong industry partnerships with local and global opportunities. Student Profile RMIT s reputation for hands-on learning really appealed to me because I wanted the opportunity to connect what I was learning to real engineering problems. Some knowledge you can only obtain from an actual functioning engine. Through RMIT, I ve been able to take on exciting opportunities including my internship at Rolls-Royce in Bristol, UK. I ve also had opportunities to intern in Australia for the Defence, Science and Technology Organisation and QinetiQ. I was able to apply what I had learned at RMIT and extend my skills further. The work experience support at RMIT is excellent. You know what to expect in the workforce and what direction you might want to take your career in. RMIT has prepared me for the workforce by helping me become more analytical and confident, approaching problems and developing teamwork skills. Kariza Martin Bachelor of Engineering (Aerospace Engineering) (Honours)/ Bachelor of Business (Management) Cover image: Peter Knight, Bachelor of Engineering (Electrical Engineering) (Honours).
3 Contents 4 Global Reach 4 Researching Global Solutions 5 Industry Connected 5 Urban Sustainability 10 Aerospace Engineering and Aviation 16 Biomedical Engineering 17 Chemical Engineering 20 Civil Engineering 23 Computer Engineering 27 Electrical and Electronic Engineering 36 Environmental and Sustainable Engineering 40 Mechanical and Automotive Engineering 46 Mechatronics and Manufacturing Systems 48 Surveying and Geospatial Sciences 50 How to Apply 50 Important Dates 51 Fees Explained
4 Global Reach Bachelor of Engineering (Mechanical Engineering) student, Michael Butler, in Germany as part of his studies. Make the most of RMIT s global reach and expand your university experience through: semester exchanges with over 150 partners in 41 countries study tours to Europe, Asia and the Americas study at RMIT Vietnam internships through the RMIT International Industry Experience and Research Program (RIIERP). RMIT Fast Facts: RMIT has three campuses in Melbourne (City, Brunswick and Bundoora), two in Vietnam (Hanoi and Ho Chi Min City) as well as a centre in Barcelona. RMIT graduates are employed in more than 100 countries around the world. RMIT s programs are offered through partnerships in Singapore, Hong Kong, China, Indonesia, Sri Lanka, Belgium, Spain and Germany. Researching Global Solutions Research at RMIT is all about solving global problems; finding solutions that change the world for the better. RMIT has an international reputation for excellence in research: ranked in the top five Australian universities for excellence in key research disciplines* awarded more than $15 million in research funding in 2013 over 200 research collaborations with overseas industry and partners. *Source: Australian Research Council RMIT researchers are helping lead the way in developing unmanned aerial vehicles, or as most of us call them, drones. 05Oct15 0 2
5 Industry Connected Professor Aleksandar Subic is an award winning, internationally renowned leader of innovation in the field of engineering. He has provided RMIT students and graduates unmatched opportunities to learn from and research with industry leaders such as Airbus, Rolls Royce, BMW and Adidas. Strong partnerships with industry leaders and a practical approach are at the heart of RMIT qualifications. Many RMIT academics work with global companies, enabling the University to develop an enviable range of industry-aligned courses. This means you ll learn by doing and gain the practical skills to navigate a rapidly changing world before you graduate. Industry partners include Adidas, BMW, Rolls-Royce, United Nations, NAB, Alcoa, L Oréal, IBM, Deloitte, KPMG, China Power, Guess, Siemens, Nestlé, Airbus, ANZ, Boeing, Nanjing University of Chinese Medicine (China) and Arup. One of a kind in Australia, the RMIT International Industry Experience and Research Program (RIIERP) offers internships and the opportunity to work on projects with leading organisations in Asia, Europe and the US. Urban Sustainability RMIT is urban in orientation and creativity, shaping sustainable cities of the future. The New Academic Street (NAS) project is set to transform the City campus: there will be a new 24-hour computer lab, as well as more dedicated areas for study, group work, informal meetings and on-campus socialising. Dedicated to sustainable urban campus environments and design excellence, RMIT s continuing $800 million capital investment program saw the completion of the Design Hub and Swanston Academic Building (SAB) in Melbourne, and a striking new academic building at the Ho Chi Minh City campus in 2012. The Design Hub represents a new era for design innovation and research in Australia. It brings together progressive design academics, industry practitioners and postgraduate researchers within a disciplinary and collaborative urban laboratory the first of its kind in Australia. The Swanston Academic Building (SAB) was named one of the ten most spectacular university buildings in the world by CNN. Swanston Academic Building (SAB) designed by Lyons Architect, led by RMIT alumnus and Adjunct Professor Carey Lyons. The Design Hub designed by RMIT alumnus Sean Godsell.
6 As an engineer you will design and create innovative products, systems, structures and services that transform industry and improve lives. RMIT s wide range of specialised professional engineering programs allows you to develop your capabilities in areas that interest you most across every level of study. Associate Degree The two-year Associate Degree in Engineering Technology is your pathway to a future in engineering. At the end of the first year, which covers general principles in engineering, you will choose from one of seven majors: Advanced Manufacturing and Mechatronics Aerospace Engineering Civil Engineering Computer and Network Engineering Electrical and Electronic Engineering Mechanical Engineering Sustainable Systems Engineering. Pathways If you complete the associate degree with a GPA of 2.0 or above, you are guaranteed entry into a related bachelor degree with credit for the equivalent of two years of study. A study score of at least 20 in Mathematical Methods (CAS). A study score of at least 25 in English (EAL) or at least 20 in any other English. Advanced Diplomas Another option is to undertake a two-year advanced diploma program. Advanced diplomas are ideal if you want to specialise in a specific engineering discipline from the very start of your studies. Pathways Upon completion of the advanced diploma, you can apply for entry into a relevant bachelor degree and you may get up to one-and-a-half years credit. Most advanced diplomas in engineering have no formal entry requirements, though Year 12 Mathematical Methods and Physics are encouraged.
7 Pathways Advanced Manufacturing and Mechantronics Associate Degree in Engineering Technology (Advanced Manufacturing and Mechatronics major) Advanced Diploma of Engineering (Mechanical) Bachelor of Engineering (Advanced Manufacturing and Mechatronics) (Honours) Aerospace Engineering Associate Degree in Engineering Technology (Aerospace major) Advanced Diploma of Engineering (Aeronautical) Bachelor of Engineering (Aerospace Engineering) (Honours) Civil Engineering Associate Degree in Engineering Technology (Civil major) Advanced Diploma of Engineering Technology Bachelor of Engineering (Civil and Infrastructure) (Honours) Computer and Network Engineering Associate Degree in Engineering Technology (Computer and Networking major) OR Associate Degree in Engineering Technology (Electrical and Electronics major) Advanced Diploma of Computer Systems Engineering OR Advanced Diploma of Electronics and Communications Engineering OR Advanced Diploma of Engineering Technology Electrical Bachelor of Engineering (Computer and Network) (Honours) Electrical and Electronics Engineering Associate Degree in Engineering Technology (Electrical and Electronics major) Advanced Diploma of Electronics and Communications Engineering OR Advanced Diploma of Engineering Technology Electrical Bachelor of Engineering (Electrical and Electronics Engineering) (Honours) OR Bachelor of Engineering (Electrical Engineering) (Honours) OR Bachelor of Engineering (Electronic and Communication Engineering) (Honours) Mechanical and Automotive Engineering Associate Degree in Engineering Technology (Mechanical major) Advanced Diploma of Engineering (Mechanical) Bachelor of Engineering (Automotive Engineering) (Honours) OR Bachelor of Engineering (Mechanical Engineering) (Honours) Sustainable Systems Engineering Associate Degree in Engineering Technology (Sustainable Systems major) Bachelor of Engineering (Sustainable Systems Engineering) (Honours) Guaranteed entry into the bachelor degree with credit for the equivalent of two years study with a GPA of 2.0 or above. Entry into the bachelor degree with credit for up to the equivalent of one-and-a-half years study is possible.
8 I started my career as an automotive mechanic, so mechanical engineering was a solid next step. Practical work is a large part of any engineering degree at RMIT, which is extremely important. There s value in understanding how something works under ideal conditions but knowing how it actually works in the real world is more valuable to employers. I mentor first year students and I am also a member of the Staff-Student Consultative Committee. Both are extremely rewarding and enable me to give back to RMIT. Michele Moscogiuri Associate Degree in Engineering Technology (Mechanical)
9 Associate Degree in Engineering Technology RMIT Code: AD026...FT2 V T 2015 Clearly-in ATAR:...60.90 www.rmit.edu.au/programs/ad026 This program is aimed at students starting out in a career in engineering. It allows you to specialise in one of seven major engineering disciplines. Upon graduating from this program you may be eligible for entry into the relevant bachelor degree program. This associate degree has seven majors: Advanced Manufacturing and Mechatronics Aerospace Engineering Civil Engineering Computer and Network Engineering Electrical and Electronics Engineering Mechanical Engineering Sustainable Systems Engineering. In the first year, you will learn fundamental principles of engineering that apply across the different major areas. At the end of your first year you will select the major you will specialise in for your second year. If you have maintained a grade point average (GPA) of 2.0 or higher, you will be eligible for guaranteed entry into a degree program relevant to your major, with credit for 192 study points (equivalent to two years study). Year One You will be introduced to fundamental engineering skills including drafting, use of hand and power tools, machine processes and manufacturing. You will cover materials engineering, which includes metals, composites, plastics and adhesives. You will learn the processes used to construct objects from these materials and the external factors that can change the effectiveness of these materials. You will also develop skills in computer-aided drafting (CAD) using specialised software. At the end of this year, you will choose your engineering major. Year Two You will choose subjects relevant to your engineering major. All majors emphasise professional and personal development, allowing you to build your skills in communication, decision making and team leading. You will undertake an engineering project to design, develop and present a product. The engineering project is carried out in conjunction with industry or simulates a real engineering environment. This program has a very strong Industry Advisory Committee (IAC), which strongly links the program and actual industry developments. The IAC is comprised of staff from local engineering organsations. It provides regular feedback on the program and the changing needs of the aviation industry. Teaching staff within the program have been industry professionals. They have extensive experience and contact networks. Aerospace graduates may work in the aerospace industry as aircraft maintenance engineers or aerospace design engineers at paraprofessional level. A civil major will allow you to work in civil and structural fields as a laboratory technician, research assistant, construction supervisor or CAD draftsperson. A major in computer/network engineering will allow you to pursue a career in networking, IP telephony, network design or network support. With a major in electrical and electronics, you can work in electronic design, service engineering or microprocessor programming. If you choose to major in mechanical or advanced manufacturing and mechatronics, you can work in roles including product design, production planning or as an automation specialist. Sustainable systems major graduates will focus on the development of a sustainable system approach. The following streams are fully accredited by Engineers Australia: Civil Engineering Computer and Network Engineering Electrical and Electronics Engineering Mechanical Engineering Aerospace Engineering. Graduates are eligible for graduate membership of Engineers Australia. Full membership as an Engineering Associate may be obtained after an appropriate period of professional practice. Australia is one of eight countries that are signatories to the International Engineering Alliance, also known as the Dublin Accord, for engineering technicians. Graduates with this qualification are recognised in all countries that are signatories to the Accord. The other streams do not yet have accreditation by Engineers Australia. Accreditation will be sought for these streams as soon as it is feasible to do so within the accreditation timelines set by Engineers Australia. Once they are fully accredited, graduates of the programs will be eligible for graduate membership of Engineers Australia. Units 3 and 4 a study score of at least 20 in Mathematical Methods (CAS) and a study score of at least 20 in any English (except EAL) or at least 25 in English (EAL). This program diversifies into one of seven disciplines in second year. This program offers a balance of engineering and managementtype courses. Pathways Graduates of the Associate Degree in Engineering Technology who achieve a grade point average (GPA) of 2.0 or greater are guaranteed entry with two years exemption (equivalent to 192 credit points) into the following RMIT programs relevant to your major: Bachelor of Engineering (Advanced Manufacturing and Mechatronics) (Honours) Bachelor of Engineering (Aerospace Engineering) (Honours) Bachelor of Engineering (Automotive Engineering) (Honours) Bachelor of Engineering (Civil and Infrastructure) (Honours) Bachelor of Engineering (Computer and Network Engineering) (Honours) Bachelor of Engineering (Electrical and Electronics Engineering) (Honours) Bachelor of Engineering (Electrical Engineering) (Honours) Bachelor of Engineering (Electronics and Communication Engineering) (Honours) Bachelor of Engineering (Mechanical Engineering) (Honours) Bachelor of Engineering (Sustainable Systems Engineering) (Honours). Please refer to the pathways table on page 7 to see which majors pathway into which degree programs. What is an Associate Degree? An associate degree is a two-year university qualification that is taught in a vocational setting. Associate degree students graduate with industry-ready skills to enter the workforce and can continue on to further study towards a related bachelor degree.
10 Aerospace Engineering and Aviation Bachelor of Applied Science (Aviation) RMIT Code: BP070...FT3 V T 2015 Clearly-in ATAR:...78.00 www.rmit.edu.au/programs/bp070 RMIT Code: BP070...FT3 V T 2015 Clearly-in ATAR:...77.00 www.rmit.edu.au/programs/bp070 CITY AND POINT COOK CAMPUSES This program will prepare you for employment in a range of operational, management and planning roles in the dynamic and vibrant aviation industry. Aviation is highly competitive and needs well-trained individuals who can work effectively in rapidly changing environments. RMIT has been involved in aerospace and aviation education and training for more than 60 years. RMIT s suite of programs produces graduates equipped to be effective in a wide range of roles and levels. You will gain a broad awareness of the aviation industry and a range of analytical skills that will give you a comprehensive appreciation of the aviation operating environment. Through this program you will develop breadth and depth of thinking, and the ability to solve problems relevant to the aviation industry. The program contains two specialised streams. The first stream is in aviation operations and management, while the second is in piloting. The program also offers a career development option for people who already hold a Commercial Pilot s Licence. Commercial pilots can receive up to one year of advanced standing credit. The program contains two specialised streams. The first stream is in aviation operations and management. This stream focuses on developing a breadth of skills and knowledge across the aviation industry. This includes operational and management aspects of airlines and airports, as well as cargo and logistics, ground handling and safety. This stream also includes opportunities for you to select various focuses, tailoring your degree to your preferred area of future employment. The second stream is in piloting. In this stream, you will gain the depth of knowledge and skills required to become a commercial pilot, while gaining the extensive knowledge about the aviation industry. Flight training can be taken in conjunction with RMIT Flight Training at Point Cook, or with any other government approved provider (either at Moorabbin or another aerodrome). Students should note their specific enrolment requirements for full-time study, which may limit them to selecting RMIT Flight Training. Areas of study include: Technical studies: You will develop an understanding of aircraft and aviation systems. Professional development courses: project activities develop and integrate discipline-specific skills and generic capabilities that are widely used across the professions. Industry systems and processes: You will develop knowledge and skills in planning and management. Planning and management relevant to the aviation industry: these take account of risk, safety, human factors, the industry environment and other key themes. This program has connections to a range of aviation industry organisations. In all years of the program, industry-based professionals deliver lectures that are designed to enhance your understanding of the aviation industry. Many final year projects are supported by aviation industry professionals. Graduates may choose to embark on professional careers in the following areas: airline management airline operations airport management airport operations airport planning aviation charter business aviation consulting aviation regulation and safety commercial pilot. Global Opportunities RMIT encourages you to aspire to a global career, not just a local one. Student Profile I chose to study at RMIT because it is wellknown in the areas of engineering and aviation. The degree focuses on the aviation industry as a whole by bringing in many expert lecturers from the field and developing the course to mirror the industry as it changes. I was fortunate to undertake an internship with Emirates Airline, which changed my way of thinking and gave me the chance to learn from experts in the field. As a participant of a Korean Air University summer program in South Korea, I had the chance to build my knowledge and make new connections with students in the same field. Humaid Almaazmi Bachelor of Applied Science (Aviation) You can specialise in one of two specialised streams. The first specialisation is in aviation operations and management. The second specialised stream is in piloting. Through partner organisations in Europe, Asia and the United States, the RMIT International Experience and Research Program (RIIERP) offers workplace training and academic research placements between six and 12 months. There are also opportunities to study overseas through Education Abroad. Qualified commercial pilots and others with experience in the aviation industry are particularly encouraged to apply. Current Year 12 prerequisite units 3 and 4 a study score of at least 25 in mathematics (any) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). a VTAC Personal Statement online if they wish other Further Information If undertaking the piloting stream, successful applicants are required to undergo a CASA Class 1 Medical Examination by a medical practitioner known as a Designated Aviation Medical Examiner (DAME). You will also need to attend a mandatory interview at the Point Cook site prior to enrolment. Note: In most cases having minor vision problems, such as those requiring you to wear glasses, will not prevent you getting a licence. The medical examination ensures that there are no conditions that prevent you from operating an aircraft safely.
Aerospace Engineering and Aviation 11 Bachelor of Applied Science (Aviation) and Bachelor of Business (Management) double degree RMIT Code: BP284...FT4 V T 2015 Clearly-in ATAR:...87.65 www.rmit.edu.au/programs/bp284 In this double degree program you will learn about both the aviation industry and management, providing you with a wide range of employment options. The Bachelor of Applied Science (Aviation) component will prepare you for employment in a range of operational management and planning roles in the aviation industry. The Bachelor of Business (Management) component will further enhance your understanding and skills and prepare you to manage contemporary organisations within complex and changing economic and social conditions. You will study core courses and elective courses that will allow you to tailor your double degree to your interest area. Core discipline areas include: aviation and airport management aviation strategy aircraft maintenance human factors aviation safety and quality business courses. Business management studies will focus on business skills, professional specialisations and business experience. Specialisations can include: management employment relations management accounting and finance human resource management marketing. In the final year you will undertake the Capstone Aviation Industry Project (AERO 2431) in which you will receive feedback from industry practitioners. RMIT has expanded Australian and international links with the aviation industry. Key stakeholders participated in the original development of this double degree and play a continuing role to maintain its relevance and strong graduate career opportunities. Graduates are prepared for employment in: airline operations planning and management airline maintenance management and supervision airport airside operations airport landside operations airport planning and management aviation safety management. Global Opportunities RMIT encourages you to aspire to a global career, not just a local one. Through partner organisations in Europe, Asia and the United States, the RMIT International Experience and Research Program (RIIERP) offers workplace training and academic research placements between six and 12 months. There are also opportunities to study abroad through Education Abroad. Units 3 and 4 a study score of at least 25 in mathematics (any) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). A double degree program will give you a broad range of skills to help you succeed in the industry. Be prepared for employment in a range of roles in the dynamic and vibrant aviation industry. RMIT has expanding Australian and international links with the aviation industry.
12 Aerospace Engineering and Aviation Bachelor of Engineering (Aerospace Engineering) (Honours) RMIT Code: BH078...FT4* V T 2015 Clearly-in ATAR:...90.10 www.rmit.edu.au/programs/bh078 CITY AND BUNDOORA CAMPUSES* Aerospace engineering is an exciting profession focusing on the analysis, design and operation of sophisticated aerospace hardware and software systems. The term aerospace includes atmospheric and space flight. As with all fields of engineering, aerospace engineering is complex and demanding, requiring talented, creative and highly motivated people. This highly analytical field of engineering requires you to have well-developed skills in mathematics and physical sciences, as well as excellent communication skills. Australia s aerospace industry is international and export-oriented. There s a firm emphasis on value-added design and manufacture activities that are internationally competitive. These make effective use of the excellent standard of aerospace education at RMIT. You will graduate with the analytical, technological and managerial skills required to practise aerospace engineering. You will also learn to appreciate the wider social implications of the engineering profession. * Years one and two are conducted at the City campus and years three and four at the Bundoora campus. The program is composed of core engineering discipline areas (for essential learning) and elective studies. You can tailor your program to suit your developing area of interest and as a way to enhance career opportunities. The core areas include engineering design, engineering practice, engineering professional development and engineering sciences courses. Sustainability issues are built into multiple areas of the program. There is increasing demand for long-term solutions in this area. The aerospace discipline consists of aerodynamics, aerospace materials and structures, aerospace systems, design, dynamics and control, mathematics, professional skill development, structural analysis, thermodynamics, aerospace propulsion and engineering project management. Specific aerospace focus commences in the first semester of the program. You will be provided with multiple opportunities for experimental learning across the program, including a design, build, fly challenge for micro-aerial vehicles, an Engineers Without Borders challenge and other hands-on activities. Global Opportunities RMIT has an international exchange program agreement with Nanjing University of Aeronautics and Astronautics, China (NUAA). Second year students are selected to attend NUAA from early September to the middle of January. You will gain credit points for your studies, which will include elementary Chinese, aerodynamics, design of aircraft and structural design and optimisation. In the final year of your studies you will undertake a major project that is either industry-based or simulates an industrial situation. You will work with industry leaders using the theory and practical experience gained through the program to solve a problem. In order to graduate from this program you must complete a minimum 12 weeks of engineering industry experience. This allows you to gain first-hand experience in an engineering practice environment under the supervision of a practising professional engineer. The nature and timing of this engineering experience can take a range of forms. Opportunities exist for an overseas work placement of between six and 12 months (this satisfies the work experience requirement). These placements are normally taken during a one-year break in the middle or at the end of the third year of the degree. The most likely destinations for graduates are: design and manufacturing companies including Boeing Australia, Airbus, BAE Systems Australia and Australian Aerospace defence forces: Royal Australian Navy, Australian Army and Royal Australian Air Force Defence Science and Technology Organisation and Defence Materiel Organisation Australian and international airlines airworthiness organisations: Civil Aviation Safety Authority and Department of Defence general aviation. Aerospace engineers also gain skills in various fields of advanced technology that are in high demand in non-aerospace organisations, including the automotive industry, power generation industry, software support companies, and research organisations. This program is fully accredited by Engineers Australia. Graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. Australia is one of 15 countries that are signatories to the International Engineering Alliance, also known as the Washington Accord, for professional engineers. The qualification of graduates from this degree is recognised in all countries that are signatories to the Accord. Units 3 and 4 a study score of at least 25 in Mathematical Methods (CAS) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). Learn from leaders in the industry. Working in teams you will gain valuable experience to ensure you are job ready. Pathways Graduates of the Associate Degree in Engineering Technology (Aerospace major) who achieve a grade point average (GPA) of 2.0 or greater are guaranteed entry with two years exemption (equivalent to 192 credit points). Graduates of the Advanced Diploma of Engineering (Aeronautical) may also be eligible to apply for exemptions of up to one-and-a-half years. Pathways to Engineering The Associate Degree in Engineering Technology (Aerospace Engineering major) provides a pathway into this program. See page 7 for full details.
Aerospace Engineering and Aviation 13 Bachelor of Engineering (Aerospace Engineering) (Honours) and Bachelor of Business (Management) double degree RMIT Code: BH082...FT5* V T 2015 Clearly-in ATAR:...93.30 www.rmit.edu.au/programs/bh082 CITY AND BUNDOORA CAMPUSES* This program combines aerospace engineering with business skills, so you will be prepared for leadership roles in an exciting global industry. Aerospace engineering is concerned with the analysis, design and operation of sophisticated aerospace hardware and software systems. The term aerospace encompasses both atmospheric and space flight. The industry is complex and demanding, and requires talented, creative and motivated people. To succeed in this program, you will need welldeveloped skills in mathematics and physical sciences, as well as good communication skills. Management is concerned with organisational planning, coordination and resource direction. Managers draw on technical skills ranging from accounting to organisational behaviour, and are reliant on their analytical and leadership skills. Why Double Up? Many engineers quickly move into positions of management within organisations. This double degree will give you an advantage, allowing you to progress into positions of responsibility and influence. A business degree will prepare you to operate in a complex financial system one often associated with large engineering projects. * Years one, two and three are conducted at the City campus and years four and five are shared between the City and Bundoora campuses. The management component is studied at the City campus for all five years. The double degree is composed of core courses that cover material essential for all students in the program, and elective courses through which you may tailor your degree. Core discipline areas include: engineering design engineering practice engineering professional development engineering sciences business courses. These studies are contained within the aerospace disciplines of: aerodynamics aerospace materials and structures aerospace propulsion aerospace systems design dynamics and control engineering project management mathematics professional skill development structural analysis thermodynamics. The specific focus on aerospace commences in the first semester. As there is increasing demand across the industry for long-term solutions regarding sustainability, this topic is built in to multiple areas of the program. You will be provided with multiple opportunities for experimental learning across the program. These learning opportunities including a design, build, fly challenge for micro-aerial vehicles, an Engineers Without Borders challenge, and other hands-on activities. Through the business management studies, you will investigate management skills, business skills, professional specialisations and business experience. Specialisations may include accounting, economics and finance, entrepreneurship, human resource management, information systems, international business, logistics and supply chain management and marketing. In the final year of study you will undertake a major project that is either industry-based or simulates an industrial situation. You will have the opportunity to work with industry leaders to use the theory and practical experience gained through the program to solve a problem. In order to graduate from this program you must complete a minimum 12 weeks of engineering industry experience. This allows you to gain first-hand experience in an engineering practice environment Student Profile I chose to study at RMIT as I had heard about the friendly and relaxed culture from current and previous students. As a female in a heavily male dominated industry, my confidence has developed during my studies. Teamwork is important, particularly in group projects, and I have improved my ability to lead teams as well as communicate effectively. Outside of my studies, I m part of the RMIT Electric Racing team, which allows me to develop my skills in aerodynamics and learn to apply these skills in an application such as a racing car. Hyacinth Jimenez Bachelor of Engineering (Aerospace Engineering) (Honours)/Bachelor of Business (Management) under the supervision of a practising professional engineer. The nature and timing of this engineering experience can take a range of forms. Opportunities exist for an overseas work placement of between six and 12 months (this satisfies the work experience requirement). These placements are normally taken during a one-year break in the middle or at the end of the third or fourth years of the degree. The most likely destinations for graduates are: design and manufacturing companies including Boeing Australia, Airbus, BAE Systems Australia and Aerostructures and Australian Aerospace defence forces: Royal Australian Navy, Australian Army and Royal Australian Air Force Defence Science and Technology Organisation and Defence Materiel Organisation Australian and international airlines airworthiness organisations: Civil Aviation Safety Authorityand Department of Defence general aviation. Aerospace engineers also gain skills in various fields of advanced technology that are in high demand in non-aerospace organisations, including the automotive industry, power generation industry, software support companies, and research organisations. This program is fully accredited by Engineers Australia. Graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. Australia is one of 15 countries that are signatories to the International Engineering Alliance, also known as the Washington Accord, for professional engineers. The qualification of graduates from this degree is recognised in all countries that are signatories to the Accord. Global Opportunities RMIT has an international exchange program agreement with Nanjing University of Aeronautics and Astronautics, China (NUAA). Second year students are selected to attend NUAA from early September to the middle of January. You will gain credit points for your studies, which will include covering subjects including elementary Chinese, aerodynamics, design of aircraft and structural design and optimisation. Units 3 and 4 a study score of at least 25 in Mathematical Methods (CAS) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL).
14 Aerospace Engineering and Aviation Associate Degree in Aviation (Professional Pilots)* RMIT Code: AD023...FT2 V T 2015 Clearly-in ATAR:...50.10 www.rmit.edu.au/programs/ad023 POINT COOK SITE This associate degree provides accredited training to people looking to develop the skills and experience necessary to become a professional pilot. You will be trained to Civil Aviation Safety Authority (CASA) standards to gain the skills required for a Commercial Pilots Licence. As well as the Commercial Pilot s Licence, you will also develop the necessary skills to apply for the Recreational Pilot Licence, the Air Transport Pilot Licence and the Private Pilot s Licence. This program also offers electives that allow you to obtain either your Command Instrument Rating or Flight Instructor Rating. Flight training takes place at the RAAF Williams Base in Point Cook, which provides a range of airspace terrain and environments to maximise variety in your navigational experience. RMIT flight training has been training pilots since 1994 and has successfully trained over 1000 pilots. Graduates will be well-situated for employment given the continuing shortage of pilots in Australia. * Please note that the Associate Degree in Aviation (Professional Pilots) is only offered as a full-fee paying program. You will be trained in the following aircraft: Cessna 172S Cessna 182T Decathlon 8KCAB PA-44 Piper Seminole (multi-engine). Flight instruction includes unlimited pre-flight and post-flight briefing time, Private Pilot Licence theory, Commercial Pilot Licence theory, Air Transport Pilot Licence theory, and Instrument Rating theory. The total syllabus features at least 160 hours of flying, exceeding the minimum CASA requirement of 150 hours. This program has been endorsed by a range of aviation industry experts consisting of senior pilots/ operations personnel from Australia s major airlines and aerospace organisations. You can undertake industry-supported project work within the aviation industry while studying the theory modules. If you successfully complete the program you will be eligible to apply for a CASA Commercial Pilots Licence plus either Command Instrument Rating (multi-engine) or Flight Instructor Rating (single engine). Additional ratings or endorsements may be necessary for initial employment. Graduate employment may include: charter outback station flying sightseeing flights seasonal fire spotting seasonal beach patrols instructing (with an Instructor Rating). With further experience (typically more than 200 to 300 flight hours) you may find work in multi-engine charter operations flying high-performance aircraft, regional airlines or high-performance general aviation operations such as the Royal Flying Doctor Service or Border Protection Command services. Once you ve accrued more than 1500 hours of flight time you may be eligible for employment as a first officer in major airlines. With further experience and managerial qualifications you will be able to seek positions within major airlines as a: chief pilot fleet manager flight operations manager flight operations inspector. Student Profile I found that RMIT had the best program structure, an excellent reputation among pilots, and could get me to where I wanted within two years. RMIT offers the flexibility to do either an instructor rating or a multi-engine command instrument rating in the final semester of training. This allows you to choose your own career path. The program is great preparation for professional life. From the second year, training is conducted in a simulated commercial environment. You gain an excellent understanding of how commercial operations work and a solid base of aviation common sense. Develop work-ready skills in an industry-simulated environment. Fly a range of single and multi-engined planes across different pilot licence levels. This program meets all CASA All flying activities are conducted under RMIT University s CASA-approved Air Operator Certificate (AOC). Current Year 12 prerequisite units 3 and 4 a study score of at least 25 in mathematics (any) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). a VTAC Personal Statement online if they wish other Further Information If undertaking the piloting stream, successful applicants are required to undergo a CASA Class 1 Medical Examination by a medical practitioner known as a Designated Aviation Medical Examiner (DAME). You will also need to attend a mandatory interview at the Point Cook site prior to enrolment. Note: In most cases having minor vision problems, such as those requiring you to wear glasses, will not prevent you getting a licence. The medical examination ensures that there are no conditions that prevent you from operating an aircraft safely. Pathways Graduates of the Associate Degree in Aviation (Professional Pilots) may be eligible to apply for exemptions from the Bachelor of Applied Science (Aviation). What is an Associate Degree? One of the rewards is the flying itself. I thoroughly enjoyed the aerobatics training and although it s been challenging, the Instrument Rating was great in the ways it opened up new flying styles. I love what I do because I can wake up every day and go flying and call it a job! Jack Hay Associate Degree in Aviation (Professional Pilots) An associate degree is a two-year university qualification that is taught in a vocational setting. Associate degree students graduate with industry-ready skills to enter the workforce and can continue on to further study towards a related bachelor degree.
Aerospace Engineering and Aviation 15 Advanced Diploma of Engineering (Aeronautical) RMIT Code: C6131...FT2 V T National Course Code: MEM60112 www.rmit.edu.au/programs/c6131 This program provides you with the advanced technical and managerial skills required by technicians and engineers working in aerospace manufacturing, design and maintenance. You will be able to work in small, medium and large enterprises as well as the defence forces. Aircraft maintenance engineers install, maintain and repair aircraft engines, airframes, airframe systems, electrics, instruments, radio systems and aircraft sheet metalwork. Specialist areas in this program include: aircraft design and layout mechanical (fault diagnosis of airframe and engine systems) aircraft maintenance and repair. This program will develop your skills and knowledge of aerospace engineering. You will learn above aerodynamics and stability analysis, aircraft system diagnosis and high-speed flight, as well as skills in aerospace mechanisms and power transmission devices. You will be introduced to aircraft and control concepts, integrated control systems, and cover areas such as automatic flight controls, multi-axis stability and design and operation of power assisted controls. Your training in aircraft systems will include the principles, purpose and operation of aircraft fluid power systems as well as aerospace drawing. You will also learn how to undertake technical investigation, reporting and troubleshooting for the aerospace industry. This program has a very strong Industry Advisory Committee (IAC), which strongly links the program with industry developments. The IAC is comprised of staff from local aeronautical engineering and aviation management organsations. It provides regular feedback on the program and the changing needs of the aviation industry. Upon graduation this program, you will be eligible for work in a wide range of roles including: production and maintenance technical R&D officer systems technician design supervisor quality supervisor drafting supervisor. This program is provisionally accredited by Engineers Australia. Full accreditation will be sought for this program as soon as it is feasible to do so within the accreditation timelines set by Engineers Australia. Once it is fully accredited, graduates of the program will be eligible for graduate membership of Engineers Australia. Australia is one of eight countries that are signatories to the International Engineering Alliance, also known as the Dublin Accord, for engineering technicians. Once it is fully accredited, graduates with this RMIT s qualification will be recognised in all countries that are signatories to the Accord. None Pathways If you are successful in gaining a place, you may be eligible for exemptions of up to one-and-a-half years from the Bachelor of Engineering (Aerospace Engineering) (Honours). Advanced Manufacturing Precinct gives you access to the latest facilities and technology. Student Profile RMIT gives you opportunities for international study and work experience within the aeronautics industry, which is what attracted me to my program. I had a work placement as an aircraft maintenance engineer, which was exciting as I was able to apply my practical knowledge there. One of the biggest skills I ve picked up is breaking down engineering problems and considering the many different ways I can approach them. I was thrilled to be the recipient of the W Hogarth Award for best student in 2013 in recognition of my commitment to my studies. Next, I hope to continue on to the bachelor degree and become a licensed aircraft maintenance engineer or an aircraft engineer with the Defence Force. Michelle Alvares Advanced Diploma of Engineering (Aeronautical)
16 Biomedical Engineering Bachelor of Engineering (Biomedical Engineering) (Honours) RMIT Code: BH069...FT4 V T 2015 Clearly-in ATAR:...85.30 www.rmit.edu.au/programs/bh069 CITY AND BUNDOORA CAMPUSES Biomedical engineering bridges medicine and technology and provides solutions that can enhance and improve the health of people. The field is growing at a rapid pace, and RMIT foresees significant demand for biomedical engineers in Australia and around the world. As a biomedical engineer, you could design a wide range of diagnostic or assistive devices such as cardiac monitors, clinical computers, artificial hearts, wheelchairs and artificial tendons and limbs. Biomedical engineering at RMIT is a multidisciplinary program, and you will study electronics, mechanical, chemical and materials engineering and biomedical sciences. You will develop problem-solving and communication skills to help you think critically and independently. You will come up with innovative ways to apply science and engineering to biomedical and healthcare. During this program you will take courses from a variety of disciplines such as physics, mathematics, biochemistry and medical science. Years One and Two You will study the fundamentals of engineering and the basics of biology, anatomy and physiology. In the engineering field, you will learn about electronics and mechanics in relation to biomedical applications. Within the sciences, you will study biomaterials, anatomy and human physiology. Years Three and Four To get you industry-ready, you will undertake major design projects that mirror the work of practising biomedical engineers. In the final year of your studies you will undertake a major project that is either industry-based or simulates an industrial situation. You will work with industry leaders using the theory and practical experience gained through the program to solve a problem. In order to graduate from this program you must complete a minimum 12 weeks of engineering industry experience. This allows you to gain first-hand experience in an engineering practice environment under the supervision of a practising professional engineer. The nature and timing of this engineering experience can take a range of forms. Opportunities exist for an overseas work placement of between six and 12 months (this satisfies the work experience requirement). These placements are normally taken during a one-year break in the middle or at the end of the third year of the degree. The vibrant and expanding biotechnology industry produces devices for medical electronics, clinical and rehabilitation engineering and biomaterials. It s one of Australia s biggest industries in terms of research and government funding. Typically you will work in: hospitals (servicing and optimising equipment) medical device manufacturing defence biotechnology start-up companies. You also might be employed as a regulator in government organisations, or as a researcher for government, universities or private companies. You will also find that there is significant support provided by governments to start your own company. You may also work in private medical and pathology laboratories. As a biomedical engineer, you may be involved in the design and development of prosthetic limbs. This program is provisionally accredited by Engineers Australia. This program will be submitted for full accreditation by Engineers Australia as soon as it is feasible to do so within the accreditation timelines set by Engineers Australia. Once fully accredited, graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. Australia is one of 15 countries that are signatories to the International Engineering Alliance, also known as the Washington Accord, for professional engineers. The qualification of graduates from this degree is recognised in all countries that are signatories to the Accord. Units 3 and 4 a study score of at least 20 in mathematics (any) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). Student Profile My interest in the opportunities presented by artificial limbs and organs to enhance the human body and improve quality of life led me to the program at RMIT. It had undergone some changes and I was excited by the new structure and study options available. My involvement in Engineering World Health, an engineering organisation focused on developing engineering solutions to health issues across the world, has allowed me to integrate my studies and apply them in the world. I hope to be involved in cutting-edge research, developing durable, inexpensive engineering solutions for those living with disadvantage. I m passionate about helping all people, those with access to the pinnacles of research and those who may struggle day to day. Rahul Ratwatte Bachelor of Engineering (Biomedical Engineering) (Honours)
Chemical Engineering 17 Bachelor of Engineering (Chemical Engineering) (Honours) RMIT Code: BH079...FT4 or PTA V T 2015 Clearly-in ATAR:...80.25 www.rmit.edu.au/programs/bh079 Chemical engineering at RMIT brings together engineering science with engineering practice and design, providing a practical and vocational focus that is well recognised by industry. This program covers the application of chemical, physics and biological sciences and technology for the design and improvement of industrial processes. You will learn how to make the processing industries work more efficiently and minimise their environmental impact by using less energy and producing less waste. As a chemical engineer you may be involved in water purification, food production and processing, or developing products such as cosmetics or pharmaceuticals. You will design and develop ways in which raw materials, such as minerals and oil, are converted into useful products including composites, petrol, plastics and paper. You will discover how chemical engineering is important to health and wellbeing, as technology is applied to make vaccines and drugs. RMIT s approach is well recognised by industry and brings together engineering science with engineering practice and design. RMIT s well-equipped laboratories prepare you for the workplace. This program encourages project planning, critical thinking, and interpersonal, leadership and teamwork skills. Problem solving using a sustainability approach is applied in many project-based courses, so you learn how to improve the efficiency of process industries as well as how to minimise their environmental and social impact. Year One Your skills in chemistry and mathematics are furthered. You will be introduced to the fundamentals of chemical engineering (mass and energy balance) and the design of chemical processes. Year Two You will develop your knowledge of core chemical engineering areas such as fluid flow, reaction engineering, biochemical engineering, thermodynamics and heat transfer. Year Three You will hone your skills in environmental, safety and economic analysis of processes, design of process equipment and control schemes. Year Four Your core chemical engineering skills are consolidated and applied in a major process design project. In the third and fourth years you will specialise in environmental, metallurgical, or petroleum engineering. In the final year of your studies you will undertake a major project that is either industry-based or simulates an industrial situation. You will work with industry leaders using the theory and practical experience gained through the program to solve a problem. In order to graduate from this program you must complete a minimum 12 weeks of engineering industry experience. This allows you to gain first-hand experience in an engineering practice environment under the supervision of a practising professional engineer. The nature and timing of this engineering experience can take a range of forms. Opportunities exist for an overseas work placement of between six and 12 months (this satisfies the work experience requirement). These placements are normally taken during a one-year break in the middle or at the end of the third year of the degree. In Australia, the major employment areas for graduates of this program are: the chemical, petroleum, and petrochemical industries the food industry water environmental management and pollution control mineral and metallurgical industries plastics/polymers biomaterials and diagnostic agents pharmaceuticals and vaccines cosmetics electricity and gas use research and development project design and consulting. Student Profile I fell in love with Melbourne and instantly knew that this was where I wanted to study. I loved the idea that RMIT is in the heart of the city. During high school I had a passion for maths, physics and chemistry. The chemical engineering program at RMIT really caught my attention. During my studies I ve gained confidence, patience, and learnt how to be more organised. My degree encourages teamwork, which will also help prepare me for the workforce. Sharina Bandaranayake Bachelor of Engineering (Chemical Engineering) (Honours) Well-equipped laboratories provide you with practical experience using industry-standard tools and equipment. A career in engineering could take you around the world. This program is fully accredited by Engineers Australia. Graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. Australia is one of 15 countries that are signatories to the International Engineering Alliance, also known as the Washington Accord, for professional engineers. The qualification of graduates from this degree is recognised in all countries that are signatories to the Accord. The Institution of Chemical Engineers (IChemE), based in the UK, is the primary international professional society for the chemical engineer. The Bachelor of Engineering (Chemical Engineering) (Honours) degree is accredited by IChemE, UK, at the MEng level. Units 3 and 4 a study score of at least 20 in Chemistry and in Mathematical Methods (CAS); and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL).
18 Chemical Engineering Double Degrees in Chemical Engineering Graduates of double degrees have a wide range of sought-after skills. They have excellent job opportunities and career prospects, and the potential to be leaders in their professions. Bachelor of Science (Applied Chemistry) and Bachelor of Engineering (Chemical Engineering) (Honours) double degree Bachelor of Engineering (Chemical Engineering) (Honours) and Bachelor of Science (Biotechnology) double degree RMIT Code: BH098...FT5 V T 2015 Clearly-in ATAR:...86.95 www.rmit.edu.au/programs/bh098 With a combination of in-depth studies in chemistry, analytical sciences and chemical engineering courses, this program will put you at the forefront of developing new and established technologies that could change the world. Chemistry at RMIT involves hands-on experience and practical knowledge along with training in theoretical principles and laboratory practice, chemical safety and environmental issues. This program covers the application of chemical, physics and biological sciences and technology for the design and improvement of industrial processes. You will learn how to make the processing industries work more efficiently and minimise their environmental impact by using less energy and producing less waste. As a graduate with a multidisciplinary qualification, you will be highly employable, because you will have a better understanding of the requirements of team members from both specialties. You will interact with a wide range of relevant industries and broaden your career prospects. Year One and Two You will be introduced to the fundamentals of chemical engineering design, combined with chemistry theory and laboratory skills. Year Three You will focus on your chemical engineering specialisation. Year Four You will further your knowledge in your chemical engineering and science specialisation. Year Five The focus in your final year is on your design and research projects, which will depend on your specific area of interest. These projects give you the edge in a wide range of industry roles. Typically, you will be employed in industries such as oil and gas, food, biotechnology, pharmaceuticals, agricultural chemicals and polymers. You can find work in the process design sector, developing production processes from lab to large-scale. You will also be well placed to take leadership roles in the development and commercialisation of new chemical products. This program is recognised by the Royal Australian Chemical Institute, Engineers Australia and the Institution of Chemical Engineers (IChemE), UK. Many courses are designed in collaboration with industry partners, while industry field trips will allow you to see first-hand how the industry works. You will also complete 12 weeks of professional engineering work experience. Final year projects will give you the opportunity to work on industry-based problems. In addition, selected students travel to the Alcoa mines and refineries in Western Australia to see large-scale mineral extraction and processing. RMIT Code: BH087...FT5 V T 2015 Clearly-in ATAR:...86.25 www.rmit.edu.au/programs/bh087 The double degree program covers the application of chemical engineering and biotechnology methodologies and technologies. These integrated skills can be applied to environmental management, agriculture and natural resource management, as well as a range of biological-based products and processes. Combining chemical engineering and biotechnology allows for better management of the environment; preventing, diagnosing and curing disease; improving crop plants and livestock; detecting pollutants and contaminants; and using organisms to produce chemicals, including drugs and food, and agrichemicals. The program builds on the basic sciences of chemistry and mathematics studied in Year 12, and goes on to cover chemical, physical and biological sciences and technology. It introduces microbiology, immunology and genetics, as well as fluid flow, particle mechanics, heat and mass transfer, process thermodynamics, and sustainable engineering. Cell and tissue culture and molecular biology are also included in the third year, together with engineering process principles. You will develop knowledge in the fundamentals of chemical engineering and biotechnology as well as develop generic skills such as team building. Project work is a feature of each year. As a chemical engineering graduate you can work in a variety of areas, from process and project engineering to marketing or research. RMIT graduates work in research, production and testing, positions in government and commercial laboratories and in industry. Areas of employment include government departments (local, state and commonwealth), CSIRO, medical research institutes, hospitals, universities, secondary teaching and private industry. Further options include forensics and food processing, and with experience or further qualification graduates are employed at higher levels of responsibility. An RMIT degree is recognised around the world, and many Australian companies provide the opportunity for engineers to travel. Graduates qualify for professional membership of scientific societies including the Australian Institute of Biology, the Australian Society for Microbiology and the Australian Society for Biochemistry and Molecular Biology. Graduates are also eligible for graduate membership of Engineers Australia and the Institution of Chemical Engineers (IChemE), UK. In the third year you will spend a week in a process industry, learning about the roles of chemical engineers. To be eligible for professional membership as an engineer after graduation, 12 weeks engineering work is recommended, usually between fourth and fifth years. RMIT students have worked for organisations inclusing Basell, BP, Cadbury, Cryovac, CSL, CUB, ExxonMobil, Kraft, Moldflow and Rio Tinto. Units 3 and 4 a study score of at least 20 in Chemistry and in one of Mathematical Methods (CAS) or Specialist Mathematics; and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL).
Chemical Engineering 19 Double Degrees in Chemical Engineering Graduates of double degrees have a wide range of sought-after skills. They have excellent job opportunities and career prospects, and the potential to be leaders in their professions. Bachelor of Engineering (Chemical Engineering) (Honours) and Bachelor of Business (Management) double degree RMIT Code: BH085...FT5 V T 2015 Clearly-in ATAR:...88.95 www.rmit.edu.au/programs/bh085 Engineering science, practice and design is combined with core management principles in this double degree. The focus is on industrial application, so fundamental engineering and management courses are linked to real situations. The management degree provides a thorough core of knowledge related to the roles and functions of business management. Managers deal with a range of complex issues, including wider economic and social factors. Building on chemistry and mathematics you will develop skills in the fundamentals of chemical engineering. You will be able to specialise in chemical engineering industry areas such as environmental, metallurgical and petroleum engineering in your final years. The management degree introduces core business concepts and analysis skills, which you build on in the areas of human resources and employment relations, ethics and governance, international business, entrepreneurship, logistics and supply chain management, and marketing. In addition to the opportunities of a chemical engineer, many engineers quickly move into positions of management within organisations. This double degree will give you an advantage, allowing you to progress into positions of responsibility and influence. A business degree will prepare you to operate in a complex financial system one often associated with large engineering projects. Bachelor of Science (Food Technology and Nutrition) and Bachelor of Engineering (Chemical Engineering) (Honours) double degree RMIT Code: BH099... FT5 V T 2015 Clearly-in ATAR:... 87.95 www.rmit.edu.au/programs/bh099 CITY AND BUNDOORA CAMPUSES* This double degree program will prepare you for leading roles as a food industry professional. You will acquire food science and engineering skills in key areas of product development and production systems. The program is targeted towards producing graduates with skills and capabilities relating to large-scale production of food. You will learn how to design the plant, the process and the product. This program is ideal if you re interested in: developing new products, design processes and packaging a broader range of roles in the food processing industry improving the efficiency of the food processing industry. * The first half of the program is conducted on the City campus and the second half on the Bundoora campus. Year One You will develop your chemistry and mathematics skills and learn the fundamentals of chemical engineering. Year Two You will delve deeper into chemical engineering and food science. Year Three You will further develop food science, process design and control skills. Year Four You will work in environmental, safety and economic process analysis, and process plant design. Year Five You will consolidate your chemical engineering and food science skills and apply them to major process design and science projects. These projects will give you important practical skills and a competitive edge in a wide range of industry roles. A design project and a science project will be the focus of your final year. This projects will give you important practical skills and the competitive edge in a wide range of industry roles. Industry sees RMIT s multidiscipline graduates as highly employable with a better understanding of team challenges and As Victoria s largest manufacturing industry, food processing offers excellent employment opportunities. You may find work with companies such as Nestlé, Cadbury, Simplot or Kraft in production, research and development, marketing or quality assurance or management. Within a few months of graduation, go to 90 to100 per cent of RMIT s double degree graduates are employed. Please see the Bachelor of Engineering (Chemical Engineering) (Honours) on page 17. Both programs are fully accredited by Engineers Australia. Graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. In addition graduates of the double degree with food technology and nutrition are eligible for membership of the Australian Institute of Food Science and Technology. Units 3 and 4 a study score of at least 20 in Chemistry and in one of Mathematical Methods (CAS) or Specialist Mathematics; and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL).
20 Civil Engineering Bachelor of Engineering (Civil and Infrastructure) (Honours) RMIT Code: BH077...FT4 V T 2015 Clearly-in ATAR:...90.00 www.rmit.edu.au/programs/bh077 This program is at the forefront of engineering education and is designed to satisfy current industry demand. Civil and infrastructure engineers plan, design, construct, supervise, manage and maintain the essential infrastructure of our modern community. They aim to be responsive to wider community needs and reflective of the values that relate to the economic, environmental and social impacts of projects. Civil and infrastructure engineers work with the environment, using natural resources for the benefit of the community. The program emphasises work experience and project-based learning. A broad range of electives means you can customise your studies to suit your interests. Graduates acquire good interpersonal skills, a solid understanding of engineering theory, and the ability to apply learning and knowledge to a wide range of situations. RMIT aims to provide innovative learning experiences with a strong emphasis on communication, teamwork and leadership. Year One The first year introduces key graduate capabilities in sustainability, problem solving, engineering analysis, teamwork, leadership and communications. You will extend your mathematical skills to gain some basic concepts around engineering applications. Year Two The second year focuses on the big theoretical ideas around practical engineering, including site investigation, geotechnical, water and transport engineering, and more structural engineering and mathematical modelling. Years Three and Four The third and four years cover the application areas of structures, water resources, geomechanics and transport. Specialisation and diversification in these years is also possible. Sub-disciplines include: construction/project management: civil infrastructure projects geotechnical: earthworks, tunnels, dams and ground improvement structural: bridges, power stations, sports stadiums, towers, factories and other large buildings transport: roads, railways, airports, canals and harbours water resources: water supply, wastewater treatment, protection of coasts and river banks. The program also maintains an environmental sustainability focus, in line with continuing trends in the global engineering profession. Graduates are employed as project managers, design engineers, construction managers, environmental engineers and engineering asset managers. The program has strong links with industry, organisations and departments concerned with civil engineering, and relationships are established between students and organisations through project-based teaching modes used in a number of courses. In the third and fourth years of your studies you will undertake major projects that are either industrybased or simulate an industrial situation. In order to graduate from this program you must complete a minimum 12 weeks of engineering experience. This allows you to gain first-hand experience in an engineering practice environment under the supervision of a professional engineer. The nature and timing of this engineering experience can take a range of forms. Opportunities exist for an overseas work placement of between six and 12 months (this satisfies the work experience requirement). These placements are normally taken during a one-year break in the middle or at the end of the third year of the degree. Student Profile I was drawn to RMIT because it is a highly regarded institution for engineering and it offers a pathway from TAFE to university. I articulated into the degree program from the Advanced Diploma of Engineering Design where I was awarded the Jacobs Prize for top student in the program. Students have been placed in workplaces including engineering consulting companies, construction companies, government agencies, and local councils. You will also have the opportunity in year one to participate in an industry project run through Engineers Without Borders in your first year. Global Opportunities RMIT has civil and infrastructure engineering student exchange program agreements with a number of universities in the US, Canada, Europe and Asia. Optional tours are organised to Paris to study practical applications related to sustainable cities of the future. This program is fully accredited by Engineers Australia. Graduates of the program are eligible for graduate membership of Engineers Australia. Full membership as a professional engineer may be obtained after an appropriate period of professional practice. Australia is one of 15 countries that are signatories to the International Engineering Alliance, also known as the Washington Accord, for professional engineers. The qualification of graduates from this degree is recognised in all countries that are signatories to the Accord. Units 3 and 4 a study score of at least 20 in Mathematical Methods (CAS) and a study score of at least 25 in any English (except EAL) or at least 30 in English (EAL). Pathways Graduates of the Associate Degree in Engineering Technology (Civil major) who achieve a grade point average (GPA) of 2.0 or greater are guaranteed entry with up to two years exemption (equivalent to 192 credit points). Graduates of the Advanced Diploma of Engineering Technology can apply and may be eligible to apply for exemptions if successful in gaining a place. The program gives us the technical knowledge to be confident when designing structures in industry, while group assignments, which are often simulations of a typical workplace project, help us to develop our interpersonal skills, working as a team to achieve a common goal. I get great satisfaction from providing a successful solution to a design challenge. In the future, I hope to work on projects around the world and one day look back on those iconic projects, proud to have been part of them. Nick Yong Bachelor of Engineering (Civil and Infrastructure) (Honours) Pathways to Engineering The Associate Degree in Engineering Technology (Civil Engineering major) provides a pathway into this program. See page 7 for full details.