Engineering. CRICOS Provider No D RTO Number 4909

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1 Civil Civil and Environmental Geomechanics and Geohydrology Maintenance and Reliability Manufacturing Management Mechanical Mechatronic Systems Mining federation.edu.au #FEDUNI CRICOS Provider No D RTO Number 4909

2 Why study at FedUni? With choices ranging from TAFE qualifications, three and four year undergraduate degrees, and a selection of internationally renowned graduate programs, FedUni is your pathway to a successful career in engineering. A common first year of study for all undergraduate engineering programs allows you to sample each of our civil, mechanical, mechatronic and mining specialisations, providing you with greater flexibility and choice for your study and career direction. Our hands-on TAFE programs feature a strong focus on manufacturing technologies, ensuring you re ready to step into a skilled position. Alternatively, you can take advantage of our established pathways into an undergraduate degree. If you wish to pursue further study, our graduate engineering programs are renowned in the resources industry, both in Australia and abroad. FedUni offers on-campus and online study options, meaning our graduate programs can be tailored to suit your needs. Three and four year engineering degrees at FedUni With a four-year degree, you will become a professional engineer and work at a theoretical level to isolate and define a required engineering outcome. You will then identify one or more potential solutions. The professional engineer will conceptualise ways to ensure the desired outcome is met and will then work closely with an engineering technologist or other professionals, to determine the best solution. You will oversee and potentially contribute to the construction process. As an engineering technologist with a three-year degree, you will work with a professional engineer to put predetermined theory into practice and assist in identifying which solution will best deliver the required outcome. You will work in a hands-on role in the construction process. Professional Recognition Many of our programs are accredited by national professional bodies including: Engineers Australia all of our higher education programs (bachelor and above) are recognised by this peak professional engineering body. AusIMM Australasian Institute of Mining and Metallurgy graduates of our mining engineering programs are eligible for membership of AusIMM. Facilities Science and Precinct Mt Helen Campus (Ballarat) Manufacturing Skills Centre SMB Campus (Ballarat) Geotechnical and Hydrogeological Research Group (GHERG) facilities, and engineering laboratories at Gippsland Campus (Churchill). What to study A number of undergraduate and postgraduate qualifications are on offer across our range of disciplines including: Civil engineering Civil and environmental engineering Geomechanics and geohydrology Maintenance and reliability engineering Manufacturing management Mechanical engineering Mechatronic systems Mining engineering Disclaimer: Information contained in this brochure was correct at the time of printing (September 2015). Federation University Australia reserves the right to alter any program, procedure or fee, as deemed necessary. Prospective students should confirm program information by visiting federation.edu.au and vtac.edu.au or by contacting the University directly. The information contained in this brochure may not apply to international students. To find out more regarding International Education, please call Produced by Federation University Australia, Marketing & Communications. Federation University Australia programs are delivered with Victorian and Commonwealth Government funding. CRICOS Provider No D. National RTO Code: CC_ FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

3 Let s talk about money For fee information visit federation.edu.au/studentfees For scholarships information visit federation.edu.au/scholarships Study modes For information about study modes visit federation.edu.au/studymodes Op en Access Open Access undergraduate programs are for those whose entry is based on applicants meeting prerequisite study scores rather than a minimum Australian Tertiary Admissions Rank (ATAR). For current Year 12 students this means that, provided you have met the prerequisites of your chosen program of study, your achieved ATAR is not a factor in our decision to offer a place. Your study scores will indicate your eligibility for a place when you receive your school results in December. Open Access eligible programs are indicated throughout this booklet. For information about Open Access visit federation.edu.au/openaccess Matthew Cook Bachelor of Civil and Environmental (Honours) Graduate Structural Engineer I am a graduate structural engineer at Deery Consulting. We are located in Inverloch, but work in many locations spanning from Phillip Island to Warragul and Melbourne. I enjoy learning about how structures behave under different loading conditions. I recently designed a waterpark structure and completed computations using a 3D model in an advanced program. To be the principal engineer (with guidance) of such a structure is a good feeling. I enjoy my job as every day I learn something new. There are rewards of continually learning on the job. I attended a structural steel workshop in Melbourne, which was great as it refreshed my memory on everything I had learnt at University. By attending these workshops, I am able to consolidate skills I am learning in the workplace. University has developed strong foundations that apply to many aspects of my job which range from the computations through to dealing with clients. With so much of our work revolving around communication, the value of teamwork developed during my degree has definitely helped with how we work through each job in the office. VISIT federation.edu.au/engineering 1

4 Careers in FedUni prides itself on graduating students who are highly sought after by industry. Our higher education engineering programs are internationally recognised for producing graduates who are equipped with relevant, up-to-date skills that ensure they are industry ready by the time they commence employment. As an engineering graduate you may find employment in a variety of industries and occupations including: Manufacturing and Graduates are most suited to paraprofessional design work Occupations Maintenance engineer Manufacturing engineer Mechanical engineer Process analyst Process engineer Project engineer Technical support engineer Validation engineer Research and development engineer Systems engineer Industry sectors Aeronautical product manufacturing Automotive Fast Moving Customer Goods (FMCG) Food manufacturing Health product manufacturing Mining Packaging manufacturing Park equipment design Pharmaceutical manufacturing Processing operations Note: Further qualifications will be required for some roles Civil and Environmental Occupations Airport engineer Civil engineer Design engineer Geotechnical/soil engineer Harbour engineer Hydraulic/water resources engineer Irrigation/drainage engineer Local government engineer Materials and testing engineer Pipeline engineer Planning engineer Project engineer Railway engineer Structural engineer Traffic/transport engineer Industry sectors Communications Construction Dam designs Defence force Heavy and civil construction Local government Marine and wetland developments Mining and landfill site restoration Power and gas Recreational facilities Road systems development Traffic management Water supply, sewage and drainage services Mechanical Occupations Design engineer Hydraulic design engineer Maintenance, scheduling and/or planning engineer Manufacturing engineer Mechanical design engineer Mechanical engineer Mechanical production process engineer Plant process engineer Printing engineer Process engineer Project engineer Researcher Rotating equipment engineer Sales engineer Service engineer Industry sectors Aeronautics Building services Defence force design consultancy Equipment development, repair and maintenance Equipment leasing Oil and gas Manufacturing Mining Power generation Pulp, paper and paperboard manufacturing Renewable energy Repair and maintenance Transportation (automotive, rail, aviation and navy) 2 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

5 Mining Occupations Construction engineer Consultant Geotechnical engineer Mine safety engineer Mining engineer Open pit mining engineer Planning engineer Project engineer Researcher Sales engineer Site manager Underground mining engineer Industry Sectors Coal mining Exploration and other mining support services Metals Minerals Oil and gas Open pit mining Professional and technical services businesses Underground mining Geomechanics and Geohydrology Occupations Geotechnical consultant Geotechnical design engineer Geotechnical engineer Geotechnical technician Mining engineer Project engineer Scientific officer Industry sectors Surface mining industry Geotechnical consultancies Note: Further qualifications will be required for some roles Mechatronic Systems Occupations Automation engineer Automotive systems engineer Avionics test engineer Controls system engineer Data communication and networks officer Infrastructure engineer Maintenance engineer Mechanical engineer Mechatronic project engineer Plant design and management engineer Process and packaging design engineer Robotics and process automation engineer Sales engineer Scientific equipment designer Security systems designer Self-diagnostic machinery design engineer Industry sectors Agriculture and forestry Defence force Manufacturing Power production, mining and resources Scientific equipment development Transportation (automotive, rails, aviation and navy) Maintenance and Reliability Occupations Chief engineer Maintenance and reliability engineer Maintenance manager Planning engineer Production and maintenance engineer Industry sectors Agriculture and forestry Fast Moving Customer Goods (FMCG) Oil and gas Manufacturing Packaging plants Power production, mining and resources Processing operations Production facilities Scientific equipment development Transportation (automotive, rail, aviation and navy) Useful links There are many job searching websites and even some recruitment agencies that specialise in placing people into jobs in the engineering sector. It is also useful for you to know about conditions of employment, labour market information and industry related support. Here are some useful links which you may investigate and add to your bookmarks/favourites: actu.org.au adzuna.com.au apsjobs.gov.au baysidepersonnel.com.au careerone.com.au ethicaljobs.com.au engineersaustralia.org.au fwc.gov.au goinglobal.com gradconnection.com.au graduatecareers.com.au graduateopportunities.com jobsearch.gov.au minerals.org.au myfuture.edu.au professionalsaustralia.org.au researchgate.net seek.com.au unigrad.com.au unijobs.com.au VISIT federation.edu.au/engineering 3

6 Pathways in Foundation Access Studies (FAST) FAST is FedUni s alternative entry method into degree level studies if you don t have higher education entry requirements. FAST will give you the academic preparation you need to make the most of your Higher Education opportunities. FAST runs for one semester, and successful completion will guarantee you a place in one of FedUni s degree programs. Pathways to Study Our Pathways to Study programs will help you to develop entry level skills and equip you with the preparatory academic skills in literacy, numeracy, oral communication and information technology required for further study. To find out more about FAST and Pathways to Study visit federation.edu.au/prepare or call Year 10 or 11 Certificate II in Studies NCC: 22209VIC There are many ways for you to achieve the qualification you need for your chosen career. Certificate III in Fabrication or Mechanical Trade NCC: MEM30305/MEM30205 Certificate IV in NCC: MEM40105 Diploma of Technical National Course Code: MEM50212 FedUni offers study at various levels in engineering from undergraduate level study through to postgraduate and research. Use the below diagram to see how the levels of study work together, so that you can understand where each program or course is on your path to success. For information please visit federation.edu.au/pathways NCC = National Course Code VCE or equivalent or VCAL Bachelor of Technology (Civil/Mining/Mechanical) Master of Technology (Civil/Mining/Mechanical) NOTE: Depending on subjects undertaken, VCAL may be an entry option to some FedUni Open Access degree courses. Bachelor of (Honours) (Civil/Mining/Mechanical) Mining stream graduates only Graduate Diploma of Mining Master of Mining Bachelor of Civil and Environmental (Honours) Master of Geomechanics and Geohydrology Bachelor of Mechatronic Systems (Honours) Graduate Certificate in Reliability Bachelor of Manufacturing Management Graduate Certificate in Maintenance Management Foundation Access Studies Program (FAST) NOTE: FAST is an alternative entry option for some FedUni undergraduate programs. FAST may be used for entry to the Gippsland BEngTech programs only. Graduate Diploma of Maintenance Management Master of Maintenance and Reliability Management 4 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

7 Diploma of Technical Duration Location Application 1 year FT or PT equivalent SMB Campus (Ballarat) VTAC/Direct VTAC Code National Course Code Entry Requirements MEM50212 Certificate III in ; or Year 12; or industrial training/experience. Extra Requirements A minimum educational level of Year 12 or Certificate III in qualification is highly recommended. It is recommended that Year 12 applicants have completed a Year 12 mathematics unit (any) and be proficient in basic algebra and trigonometry. You are interested in design and technology. You would like to be part of the exciting future of new machines and devices. FedUni s one-year Diploma of (Technical) will make you a highly skilled technician in turning energy into power and motion, whether it s for your future career in hydraulic power, robotics, ergonomics or even teaching these skills. During your studies, you ll experiment with plasma cutters, 3D printers and the latest technologies as they are developed. You ll also set up circuits, calculate force systems within structures and perform computations. Your subjects will take you through the areas of robotics, industrial automation, control technologies, advanced manufacturing technology, 2D CAD drafting and 3D solid modelling; preparing you for work in automotive, aviation, food, mining sectors, manufacturing and fabrication sectors. You will sample many areas and find where you would like to specialise. If you decide you d like to further your studies, you ll have earned credits towards FedUni s Bachelor of degrees. Career Opportunities Graduates are most suited to paraprofessional design work including: project officer development officer estimator technical officer CAD drafter Control systems engineer Mechanical engineer Further study options Bachelor of Technology (Civil) Bachelor of Technology (Mining) Bachelor of Technology (Mechanical) Areas of study include: Credit of up to 1 year towards any of FedUni s Bachelor of programs. Computer aided drafting design mathematics mechanics Hydraulics/pneumatics Material science Mechanical and fabrication workshop projects Programmable Logic Controllers (PLC) For further information, please visit: federation.edu.au/programfinder You will learn to: Organise and communicate information Interact with computing technology Select common engineering materials Apply mathematical techniques in a manufacturing engineering or related environment Participate in environmentally sustainable work practices Interpret technical drawing Perform computations Calculate force systems within simple beam structures Calculate stresses in simple structures Set up basic hydraulic circuits Setup basic pneumatic circuits Operate CAD system to produce basic drawing elements Produce basic engineering drawings Use CAD to create and display 3D models Apply basic engineering design concepts Create 3D solid models using CAD system Apply technical mathematics Apply engineering mechanic principles Apply metallurgy principles Use workshop equipment and processes to complete an engineering project Undertake root cause analysis VISIT federation.edu.au/programfinder 5

8 Bachelor of Technology (Civil) Duration Location Application VTAC Code Open Access Eligible 3 years FT or PT equivalent Gippsland Campus (Churchill)* Mt Helen Campus (Ballarat) VTAC/Direct Gippsland: TBC Mt Helen: Yes Entry Requirements Year 12: Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; or interstate or international equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if year 12 was completed. For further information, please visit: federation.edu.au/engineering *The program offering at this location is pending final university approval. If you prefer a more practical approach to learning, you ll excel in this hands-on degree. It s all about design and construction with a focus on technology. You ll learn how to solve design problems, cost and analyse project resources, conduct tests and research and gather and analyse data. It s these skills that will help give the expert advice needed in the design and construction industry. From your second year of study you will undertake a specialisation in civil engineering. Your study areas include fundamentals of structural design, transport infrastructure, waste and wastewater infrastructure design, geo-mechanics and more. And you ll get experience in the workforce through an industry-based course. When you graduate, you may work with a private consultant, in the mining industry or government organisations. Career opportunities You may work as a civil engineering technologist in the planning, design, construction, testing and evaluation of: buildings communications towers roads, rail, and bridges gas, water, power and sewer systems dams traffic management and control systems Industry placement You will undertake an 8 week industry placement of your choice before completing your study. Professional recognition This program is fully accredited by Engineers Australia. Further study options Master of Technology (Civil). Completion of this Master level program will qualify you as a professional engineer recognised by Engineers Australia. Sample Program Structure Year One Year Two Year Three Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics maths Introduction to civil construction Mechanics of solids Earth science Professional engineering studies Fluids and thermals Introduction to civil design surveying Infrastructure management Water and drainage infrastructure Geomechanics Design project 1 Transport infrastructure Waste and wastewater infrastructure Fundamentals of structural design Design project 2 6 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

9 Bachelor of (Civil) (Honours) Duration Location Application 4 years FT or PT equivalent Mt Helen Campus (Ballarat) VTAC/Direct VTAC Code Entry Requirements Year 12: Minimum ATAR of 80. Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; interstate or overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if year 12 was completed For further information, please visit: federation.edu.au/engineering From roads to railways, dams to harbours, houses to high-rises; civil engineers are responsible for the design and construction of all these assets. It s also civil engineers who work with other experts like builders, architects and clients to ensure that structures are safe, economical and environmentally-sound. You ll find out how to prevent flooding, design irrigation systems, and build multi-storeyed buildings. It s these skills that may see you specialise in structural engineering, geotechnical engineering, transport engineering, water engineering or infrastructure management. But we ll also make sure you know how to work with others in the industry. You ll learn problem-solving skills, analytical skills and how to communicate well. And you ll also understand the environmental, social and political aspects that will impact your career as a civil engineer. At FedUni s Mt Helen Campus, you ll learn in our $43 million Science and Precinct. We built this to provide the best learning environment possible for our students. Career opportunities You will be responsible for the planning, design and construction of all types of structures including multi storied building complexes, roads and railways, airports, towers, bridges, pipelines, gas and water supply systems, sewerage systems, dams, harbours etc. Civil engineers also plan, design and test the structures of private and public buildings and facilities. Industry placement You will undertake a 12 week industry placement of your choice before completing your study. Professional recognition This program is provisionally accredited by Engineers Australia. Full accreditation cannot be obtained until the first students have graduated in Sample Program Structure Year One Year Two Year Three Year Four Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics maths Introduction to civil construction Mechanics of solids Earth science Professional engineering studies Fluids and thermals Introduction to civil design surveying Further engineering mathematics Water and drainage infrastructure Structural design and analysis Geomechanics Transport infrastructure Waste and wastewater infrastructure Structural design Infrastructure planning and management Modelling and simulation in engineering Structural design and construction Geotechnical engineering project 1 Road and traffic engineering Surface water hydrology Civil engineering practice project 2 VISIT federation.edu.au/engineering 7

10 Bachelor of Technology (Mining) Duration Location Application 3 years FT or PT equivalent Mt Helen Campus (Ballarat) VTAC/Direct VTAC Code Open Access Eligible Yes Entry Requirements Year 12: Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; interstate or overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if year 12 was completed For further information, please visit: federation.edu.au/engineering Professional recognition This program is fully accredited by Engineers Australia. Australian Institute of Mining and Metallurgy (AusIMM) This is a three year design-orientated technical program providing you with the best possible start in a career as an engineering technologist. If you love the idea of working with natural resources and you d like to use the latest mining technologies, this degree will help you to become an expert in planning, designing and construction, whilst you ll specialise in subjects like mine power and services, surface mining operations, and mineral deposit evaluation. Mining engineers are in high demand across Australia and the Asia Pacific. This degree will prepare you for a broad and rewarding career. Using our new $43 million Science and Precinct, you ll learn the key skills needed by all engineers. You ll find out how to cost and analyse project resources, conduct tests and research, and gather and analyse data. You ll be relied upon when you re in the industry to make important decisions and back it up with data. Your career can range from planning, design and construction work to management. Career opportunities As an engineering technologist you will work with a professional engineer to put predetermined theory into practice and assist in identifying which solution will best deliver the required outcome. You will work in a hands-on role in the construction process. Industry placement You will undertake an 8 week industry placement of your choice before completing your study. Further study options Master of Technology (Mining) Completion of this Master level program will qualify you as a professional engineer recognised by Engineers Australia. Sample Program Structure Year One Year Two Year Three Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics maths Rock fragmentation Mechanics of solids Earth science Mine power and services technology Fluids and thermals Economic geology surveying Underground production systems Surface mining operations and equipment Mineral processing Design project 1 Subsurface environmental engineering Rock mechanics applications Computer modelling, planning and design in mining Design project 2 8 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

11 Bachelor of (Mining) (Honours) Duration Location Application 4 years FT or PT equivalent Mt Helen Campus (Ballarat) VTAC/Direct VTAC Code Entry Requirements Year 12: Minimum ATAR of 80. Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; interstate or overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if Year 12 was completed. For further information, please visit: federation.edu.au/engineering Mining is big business in Australia and the Asia Pacific. It needs skilled professionals to help manage teams and lead projects. Mining engineers work across feasibility studies, to mine design and safety. You may work on surface mines or in underground mining. We ll teach you how to mine in a sustainable and safe way and teach you the social and political aspects that will impact your career. You ll also learn the communication and problem-solving skills needed to succeed in the industry. Perhaps you ll launch your career in design, planning or operations or you d like to be manager. Opportunities exist for you in government and private organisations, mining companies and consulting firms. Or maybe you ll decide to study a further degree in research, postgraduate studies in technology, business administration and management. Career opportunities As a professional mining engineer you will oversee teams of engineering technologists and skilled trade staff to construct the designs that you have created. You will work at a theoretical level to isolate, analyse and define a required engineering outcome. Industry placement You will undertake a 12 week industry placement of your choice before completing your study. Professional recognition This program is provisionally accredited by Engineers Australia. Full accreditation cannot be obtained until the first students have graduated in Sample Program Structure Year One Year Two Year Three Year Four Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics maths Rock fragmentation Mechanics of solids Earth science Professional engineering studies Fluids and thermals Economic geology surveying Further engineering mathematics Surface mining operations and equipment Underground production systems Mineral processing 1 Advanced mine power and services engineering Subsurface environmental engineering Rock mechanics applications Computer modelling, planning and design in mining Ore reserve estimation Mining project economics and feasibility Underground mine planning and infrastructure development project 1 Risk management in mining Advanced mine ventilation Mine environmental engineering project 2 VISIT federation.edu.au/engineering 9

12 Bachelor of Technology (Mechanical) Duration Location Application VTAC Code Open Access Eligible 3 years FT or PT equivalent Gippsland Campus (Churchill)* Mt Helen Campus (Ballarat) VTAC/Direct Gippsland: TBC Mt Helen: Yes Entry Requirements Year 12: Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; interstate or overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if year 12 was completed For further information, please visit: federation.edu.au/engineering *The program offering at this location is pending final university approval. You love design and all things technical. You want a hands-on degree and a career where you ll construct all sorts of mechanical systems. In this three-year degree, you ll learn well equipped facilities alongside like-minded students. Perhaps you ll end up in renewable energies, working with robots or in the automotive industry. You ll learn how engineers can help solve real life problems. You ll also find out how to cost and analyse project resources, conduct tests and research and gather and analyse data. You ll use these skills to make important decisions and write reports. You ll have a hands-on role in the construction process, in whichever industries you choose to work. You ll be involved in design specification, development, research, evaluation, manufacture, installation, testing, operation, maintenance and management of machines and systems. Career opportunities As a mechanical engineering technologist you will apply the principles of physics and mechanical science to the design and construction of all forms of mechanical systems. A degree in mechanical engineering technology will allow you to gain employment in a vast range of industries including machine design, generation of power and renewable energy, robotic applications, automotive, quality and process control, and manufacturing systems operation. Industry placement You will undertake an 8 week industry placement of your choice before completing your study. Professional recognition This program is fully accredited by Engineers Australia. Further study options Master of Technology (Mechanical) Completion of this master level program will qualify you as a professional engineer recognised by Engineers Australia. Sample Program Structure Year One Year Two Year Three Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics Mechanics of solids maths Electric circuits and machines Mechanism and machine theory Professional engineering studies Fluids and thermals Machine design Design and development of mechanical systems Applied fluid dynamics Manufacturing technology Applied vibration analysis Design project 1 Applied thermodynamics and heat transfer Industrial control and data acquisition technology System modelling and control Design project 2 10 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

13 Bachelor of (Mechanical) (Honours) Duration Location Application 4 years FT or PT equivalent Mt Helen Campus (Ballarat) VTAC/Direct VTAC Code Entry Requirements Year 12: Minimum ATAR of 80. Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; interstate or overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement ATAR and Study Scores if year 12 was completed For further information, please visit: federation.edu.au/engineering Invent new products, design innovative machines and change the way humans interact with mechanics. Perhaps you want to learn to build robots. In this degree, you ll learn about electric circuits and machines, thermodynamics, industrial robots and more. When you graduate, you ll be a professional engineer who is an expert in planning, design and construction. Your career may see you managing teams who will build the designs you ve created. At FedUni, we ve just built a $43 million Science and Precinct at our Mt Helen Campus. You ll be studying in this world-class learning centre. Your subjects include machine design, simulation in engineering and energy conversion. In your final year, you ll take on an engineering project to research and perfect your skills in your favourite area. You ll also complete at least 12 weeks of experience in the workplace putting what you ve learnt into practice. Career opportunities You will be involved in all aspects of design specification, development, research, evaluation, manufacture, installation, testing, operation, maintenance and management of machines and systems. This will include, but not be limited to, mechanical and mechatronic systems, automated systems and robotic devices, heat transfer processes, thermodynamic and combustion systems, and fluid and thermal energy systems. Industry placement You will undertake a 12 week industry placement of your choice before completing your study. Professional recognition This program is provisionally accredited by Engineers Australia. Full accreditation cannot be obtained until the first students have graduated in Sample Program Structure Year One Year Two Year Three Year Four Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics maths Electric circuits and machines Mechanics of solids Mechanism and machine theory Professional engineering studies Fluids and thermals Machine design Design and development of mechanical systems Further engineering mathematics Manufacturing engineering Introduction to vibration analysis Fluid dynamics Metal processing Technology or industrial control and data Acquisition technology Thermodynamics and heat transfer System modelling and control Advanced machine design Modelling and simulation in engineering Design of thermal systems Operations and management in manufacturing project 1 Industrial robots analysis and applications Energy conversion Vibration and machine dynamics project 2 VISIT federation.edu.au/engineering 11

14 Bachelor of Civil and Environmental (Honours) Duration 4 years FT or PT equivalent Location Gippsland Campus (Churchill) Application VTAC/Direct VTAC Code Entry Requirements Year 12: Minimum ATAR of 80. Units 3 and 4: and a study score of at least 15 in Maths: Mathematical Methods ( CAS ) or Maths: Specialist Mathematics; a study score of at least 15 in any English; or interstate/overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement For further information, please visit: federation.edu.au/engineering Look around you and chances are you re surrounded by infrastructure designed by engineers. If you want to design sustainable buildings, transport options and cities for our future, this is the degree for you. You ll also spend 12 weeks working alongside engineers in an industry setting and make contacts for your future career. You ll learn to design, build and manage infrastructure, while you learn about sustainable design and how to minimise impact on the environment. You ll study areas like water management, geo-engineering and environmental impact assessment. Year one will see you learning the basic skills needed by engineers, while in second year you ll focus on water systems, mathematical modelling and steel and concrete structures. By your third year, you ll be learning about traffic and road engineering, geo-engineering and acquire advanced skills in environmental science, and civil and environmental engineering design and analysis through increasingly complex tasks. A fourth year allows you to gain actual industry experience planning and managing your own project in an area of specific interest. When you graduate, you can work across government, private organisations or in consulting in Australia or overseas. Career opportunities Demand is rapidly growing for engineering graduates with expertise in planning, designing, managing and operating environmentally sensitive infrastructure and systems including: road systems, dams, marine and wetland developments, recreational facilities, mining and landfill site restoration. Industry placement You will undertake a 12 week industry placement of your choice before completing your study. Professional recognition This program is fully accredited by Engineers Australia. Sample Program Structure Year One Year Two Year Three Year Four Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics Steel structures Water systems Introduction to geo-engineering Multivariate analysis Chemistry of the environment Concrete structures Waterway engineering Mathematical modelling of the environment Chemistry Water and wastewater Environmental geo-engineering Project management for engineers Geo-engineering Traffic and transport Tools for environmental management Civil and environmental engineering design 4th year project Management of water resources Road engineering Elective Elective Elective Elective Elective 12 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

15 Bachelor of Civil and Environmental (Honours)/Bachelor of Business Duration 5.5 years FT or PT equivalent Location Gippsland Campus (Churchill) Application VTAC/Direct VTAC Code Entry Requirements Year 12: Minimum ATAR of Units 3 and 4: a study score of at least 15 in any English; and a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; or interstate/overseas equivalent Non-Year 12: Mature Age Entry Extra Requirements Non-Year 12: VTAC Personal Statement For further information, please visit: federation.edu.au/engineering Design and build our future sustainable towns and cities. Advise on the nation s newest road or public transport projects. Work at one of Australia s key environmental sustainability bodies. With our double degree, you ll graduate as not only a skilled engineer but businessminded and work-ready too. You ll learn about environmental sustainability, engineering design, finance and more. You ll also spend 12 weeks at an engineering company to perfect your skills. The business and commerce component will equip you with in-depth knowledge and skills in at least one chosen business discipline, combined with a broad knowledge of all the major areas of business. The civil and environmental engineering component provides a broad-based capability for the design, implementation and management of civil engineering solutions in an environmental context. By combining your interests with this double degree, you ll graduate with enhanced opportunities compared to many other students. Career opportunities Graduates will be prepared for employment in a business environment in which a background of civil and environmental engineering is an advantage, or in pursuits where a blend of business and engineering backgrounds is desirable. The extensive skills and workplace experience gained by graduates make this degree attractive to a range of employers in private and government sectors. Sample Program Structure Year One Year Two Year Three Design and drafting Introductory mathematics Introductory microeconomics Analysis of change Business law Principles of accounting and finance statics Computing and physics Steel structures Marketing theory and practice mathematical analysis Introduction to management Business major 2nd level Concrete structures Materials in engineering Chemistry Water systems Introduction to geoengineering Business major 2nd level Waterway engineering Chemistry of the environment Environmental geoengineering Year Four Year Five Year Six Environmental geoengineering Business major 3rd level Business elective Geoengineering Environmental modelling Traffic and transport Environmental management GIS for environmental management Water and wastewater Project management for engineers Business elective Geoengineering Environmental modelling Traffic and transport Environmental management GIS for environmental management Water for wastewater Project management for engineers Business elective VISIT federation.edu.au/engineering 13

16 Bachelor of Mechatronic Systems (Honours) Duration Location Application VTAC Code Entry Requirements 4 years FT or PT equivalent Gippsland Campus (Churchill) Off-Campus VTAC/Direct Gippsland: Off-campus: Year 12: Minimum ATAR of 80. Units 3 and 4: a study score of at least 15 in one of Maths: Mathematical Methods (CAS) or Maths: Specialist Mathematics; and a study score of at least 15 in any English; or interstate/overseas equivalent Non-Year 12: Mature Age Entry For further information, please visit: federation.edu.au/engineering If you are excited by mechanics, electronics and computing this is an ideal degree. There are growing opportunities for mechatronic engineers in areas like automation, control systems and instrumentation. This four-year honours degree will prepare you for a diverse and challenging career. This program will equip graduates with the skills necessary to plan, design and operate complex systems that integrate mechanical, electrical and computational elements of engineering. Graduates find careers in these separate fields and also at the interface, where these areas of engineering merge. Due to their cross-disciplinary knowledge and versatility as problem solvers, mechatronics professionals are also sought after as project engineers. You ll spend time during your degree seeing mechatronic systems being used in industry and put your skills to work. When you graduate, you ll also have the communication and teamwork skills to excel in your chosen career. Career opportunities A small sample of the many job areas include: robotics and process automation, data communication and networks, smart infrastructure, security systems, processing and packaging, scientific equipment design, self-diagnostic machinery, plant design and management. Professional recognition This new program is currently in the process of acquiring provisional accreditation by Engineers Australia. Sample Program Structure Year One Year Two Year Three Year Four Introductory mathematics Design and drafting Materials in engineering in practice 1 Calculus Fluids and thermofluids statics Computing and physics Mechanism and machine theory Analogue and digital electronics Measurement and computer instrumentation maths Fluid and pneumatic control Electrical and electronic drives and actuators Mechatronics design and practice Further engineering mathematics computer applications and interactive modelling Mechatronics components design Digital imaging and artificial intelligence Systems dynamics and control Digital and embedded systems Sensors and artificial perception Industrial robotics systems (PBL) Mechatronics project project 1 Intelligent mechanisms design Advanced control systems engineering project 2 Maintenance and asset management project management and sustainable development 14 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

17 Further study options Bachelor of Manufacturing Management Entry requirements include: Successful completion of the Diploma or Advanced Diploma of or Manufacturing or equivalent. Duration: 3 years FT or PT equivalent This program has been developed to reflect the changing roles and responsibilities of manufacturing managers and supervisors. It is aimed towards candidates with skills ranging from post trade through to para professional levels, practicing within manufacturing/engineering environments.there is an emphasis on applied learning through a range of integrated management and manufacturing industry focused projects. Assessment tasks undertaken during this program include written reports, assignments, group projects, case studies, oral presentations and formal examinations. Management and vocational skills, knowledge and attributes will be further consolidated by completing an applied project in an area of vocational interest in the capstone year. Graduate Certificate in Maintenance Management Entry requirements include: A three-year degree in engineering, science, applied science or appropriate degree program or at least three years of high-level experience and successful completion of two courses from the program on a not-for-degree basis. Duration: 1 year part-time This Online Learning program is designed for technical staff in full-time employment in the asset management field and provides the basic elements of maintenance knowledge and skills. Graduate Certificate in Reliability Entry requirements include: A three-year degree in engineering, science, applied science or appropriate degree program or at least three years of high-level experience and successful completion of two units from the program on a not-for-degree basis. Duration: 1 year part-time This Online Learning program covers technical aspects of reliability engineering, focusing on reliability and availability of systems. It is mathematically based and designed primarily for graduate engineers. Graduate Diploma of Mining Entry requirements include: A relevant degree or diploma, or lesser qualification with significant industrial experience. Duration: 2 years FT or PT equivalent The Graduate Diploma in Mining was created with the working engineer in mind. Intended as continuing education for scientists and engineers already involved with the mining industry, it is expected to appeal particularly to civil, mechanical, electrical, chemical and construction engineers, geologists, metallurgists, surveyors and other professionals with an interest in mining practice. This program will build upon the knowledge already gained from invaluable industry experience. Graduate Diploma in Maintenance Management Entry requirements include: A degree in, or related area with at least two years of work experience or the Graduate Certificate in Maintenance Management with a 50% average. Duration: 2 years part-time Students complete eight core courses over two years via Online Learning. Study areas include; terotechnology and life cycle, maintenance management, industrial techniques in maintenance management, asset management techniques, quantitative techniques for asset management, machine condition monitoring and fault diagnosis, risk engineering and maintenance and reliability engineering project. VISIT federation.edu.au/engineering 15

18 Further study options Master of Maintenance and Reliability Entry requirements include: Bachelor of degree (Honours),or completed Graduate Diploma of Maintenance Management with 50% average. Other engineering degrees with relevant experience may be considered. Duration: 2 years part-time With industry demanding that its physical production assets work longer and more efficiently, professional asset management has become a powerful tool in improving profitability. Studied via Online Learning the program covers a range of areas including advanced reliability and applications. This qualification is designed for managers, engineers and technical staff involved in the operation, maintenance and reliability of industrial, public sector or defence systems. Master of Geomechanics and Geohydrology Entry requirements include: Applicants should have a three or four year Bachelor s degree in or a related degree in the Sciences (e.g. Geosciences). Duration: 3 years part-time The Master of Geomechanics and Geohydrology is a response to the growing need for engineers and scientists with expertise in these areas by Australia s surface mining industry and recognises the increasing importance of these skills to mining world-wide. The program provides students with a thorough understanding of the physical and environmental processes affecting surface mine operation and management and the tools applicable to their analysis. Master of Science Entry requirements include: To be eligible for admission as a Candidate for a Masters by research degree a person must: have graduated with or qualified for a four year Honours Bachelor degree, or Degree with Honours, at least second class honours level, that included a dissertation demonstrating the ability to undertake research at Masters level; or hold qualifications and/or have demonstrated skills, experience, research, or publications which are assessed as being at least equivalent to the qualifications above. Duration: Minimum of 1.5 years to a maximum of 2 years (full-time equivalent) The degree is awarded on the basis of an externally examined thesis of approximately 40,000 words. The thesis must demonstrate a command of the knowledge and skills pertinent to the area of investigation as well as a critical appreciation and understanding of the relationship of the work to that of others. 16 FEDERATION UNIVERSITY AUSTRALIA CAREER GUIDE

19 Liam Robertson Bachelor of (Civil) (Honours) I have always been interested in how things are constructed and I enjoy problem solving, so Civil was a good fit for me. I have really enjoyed learning about the built environment, which is all around us, and why things are the way they are. I have also thoroughly enjoyed the analysis, design and management skills taught within my course. Master of Technology (Civil/Mechanical/Mining) Entry requirements include: Candidates must possess a three year Bachelor of Science, Bachelor of Technology or Bachelor of degree to be eligible to enrol in the Master of Technology program. Duration: 2 years FT or PT equivalent Note: You apply to enrol only in a stream (or discipline) which matches the stream (or discipline) in which you obtained your Bachelor degree/s. This is stipulated by the regulations set by the accrediting professional body (EA). As a civil engineering graduate, you will have developed advance skills together with the knowledge and appreciation of the environment, sustainable development, social and political aspects that impact upon the work of the civil engineer. As a mechanical engineer you will apply the principles of physics and mechanical science to the design and construction of all forms of mechanical systems. As a professional mining engineer you will oversee teams of engineering technologists and skilled trade staff to construct the designs that you have created. You will work at a theoretical level to isolate, analyse and define a required engineering outcome. Having a 12 week placement embedded within the course has been fantastic. It has given me the opportunity to gain practical experience and to put into practice what I have been learning throughout my course. I completed a 12 week paid industry placement at the end of my third year, and am now working part time with Butler Excavations here in Ballarat, while I finish my final year. The small class sizes at FedUni have really suited my learning style. Coming from country NSW, I didn t know anyone when I first arrived in Ballarat, and living on Res was a great introduction to Uni life. I have made life-long friends, and really enjoyed all the social activities here. Attending the Uni games in Adelaide and the Gold Coast have been highlights which I will remember for a long time. I recommend that everyone comes to Open Day. It was a great introduction to the Uni for me, and my first opportunity to meet the lecturers and other staff who have been so helpful to me. Stuart Cilia Bachelor of Mechatronic Systems (Honours) I was able to follow the pathway into the Bachelor degree from TAFE at the Yallourn Campus. Although I didn t originally intend on going into Mechatronics it presented a good way of moving into a career and it seemed to fit with my strengths. A major factor was the pathway into Federation University at Churchill Campus, as I didn t want to travel far or commute to the city. I am really happy with my choice and that I will have really good employment prospects when I graduate. The subjects are challenging but that s all part of the experience and personal development. What s great about the campus is that you can be in contact with as many or as few people as you want at a time, I have access to my lecturers and the Mechatronics lab is like my second home during the semester! As I am learning to work in a field at the cutting edge of technology, when I graduate there will be new developments. At this stage I would really like to be one day working in the robotics field. VISIT federation.edu.au/engineering 17

20 FedUni Open Day Last Sunday in August Ballarat and Gippsland Choose your own five star success story Our graduates have rated us for Teaching Quality, six years in a row 1. In 2014 we were also awarded for overall satisfaction 2 and ranked as having the highest rate of graduates in full-time employment 3 of any Victorian based public university. That s why success stories start here. Get in touch with us Call: [email protected] Visit: federation.edu.au Learn to succeed 1800 FED UNI federation.edu.au Connect with FedUni on social media facebook.com/feduniaustralia twitter.com/feduniaustralia youtube.com/feduniaustralia instagram.com/feduniaustralia FedUni 1. The Good Uni Guide ; 2. The Good Uni Guide 2014; 3. myuniversity.gov.au CRICOS Provider No D National RTO Code 4909