Master of
Energy Studies
Domestic Students
FOUNDATION MEMBERS
CEO Welcome
International Energy Centre The International Energy Centre (IEC) is a collaborative initiative established by three of Australia’s leading universities and foundation industry member, Glencore. The vision is to create a leading centre of excellence in thought leadership, postgraduate education and innovation management to support the transition to a sustainable low carbon world. The IEC is an independent membership A@RDC MNS ENQ OQNjS NQF@MHR@SHNM SG@S brings together world-leading expertise and capabilities. We promote energy literacy, leadership skills development and energy stewardship as our contribution towards achieving a sustainable low carbon future.
Choosing the right postgraduate program and university is a major life decision. At the International Energy Centre (IEC), we give you the option of studying at not one, but three leading universities - The University of Queensland, The University of Western Australia and The University of Newcastle. All three boast rich energy portfolios, while two are in the top 100 universities in the world and are members of the global Universitas 21 Alliance. As a student enrolled in an IEC postgraduate program, you can tailor your degree and specialisation to suit your interests and work schedule, while learning from industry and international experts, participating in site visits, industry dinners and networking events across Australia.
Our education, training and research management activities build an international community of practice to promote new ways of recognising and adapting to energy issues, challenges and opportunities. The Master of Energy Studies is a world leading multidisciplinary program RODBHjB@KKX CDRHFMDC SN DPTHO @ MDV generation of leaders and decision makers with essential strategic, managerial and technical skills, to facilitate the balanced transition to low carbon economy.
A range of scholarships are available to eligible students wishing to undertake the Master of Energy Studies, and I encourage you to explore these scholarship opportunities, including the Glencore Energy Leader Scholarships. I look forward to welcoming you to our Master of Energy Studies program.
Tim McLennan CEO International Energy Centre
DISCLAIMER: :KLOH FDUH KDV EHHQ WDNHQ WR SURYLGH DFFXUDWH LQIRUPDWLRQ LQ WKLV JXLGH QR ZDUUDQW\ LV RIIHUHG RQ WKH DFFXUDF\ RI WKLV LQIRUPDWLRQ ,W LV WKH UHVSRQVLELOLW\ RI VWXGHQWV WR FKHFN DQG FRQƂUP WKH VSHFLƂF GHWDLOV RI SURJUDP FRXUVHV and enrolment. The International Energy Centre Ltd cannot be held responsible for inaccurate information in this brochure. All costs and fees quoted in this publication are in Australian dollars (AU$). Any agreement with the International Energy Centre does not remove the right to take action under Australia’s consumer protection laws. Australian Consumer protection www.australia.gov.au CRICOS codes: The University of Queensland: 00025B Master of Energy Studies: 073264E ESOS Act www.aei.gov.au/esos Privacy: The International Energy Centre complies with Australian and Queensland privacy laws and guidelines.
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UNIQUE PROGRAM The Master of Energy Studies (MES) is an innovative program developed by the International Energy Centre (IEC). The MES is co-taught, co-delivered and co-badged by a network of three leading Australian universities, with extensive industry participation. The Energy Studies programs are highly interactive and challenging, offering an opportunity for individuals to grow professionally and personally through novel teaching approaches and transdisciplinary learning.
The IEC coordinates the Master of Energy Studies, co-delivered by all three foundation member universities.
Erolled via UQ Co-delivers courses in Brisbane
Master of Energy Studies
UWA co-delivers courses in Perth
UoN co-delivers courses in Newcastle and Sydney
Co-taught The teaching team comprises academics from all three member universities and experienced industry experts. Students learn directly from leading scientists and researchers, and internationally acclaimed practitioners in the energy sector. Guest presentations by industry experts and regular professional events provide valuable networking opportunities. Co-badged Graduates receive a co-badged Master of Energy Studies testamur from The University of Queensland, The University of Western Australia and The University of Newcastle. Co-delivered Courses are delivered across all member universities, giving students the opportunity to experience campus life at three of Australia’s jMDRS TMHUDQRHSHDR @MC DMF@FD VHSG HMCTRSQX @BQNRR TRSQ@KH@
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PROFESSIONAL BENEFITS The IEC’s strong links with industry, government and international partners ensure that the education programs are both world-class and industry-relevant. Students gain: •
Solid theoretical foundation in the transdisciplinary principles of sustainability science and practice through exposure to a number of case studies and site visits.
•
Advanced practical knowledge and skills in the areas of technology, economics, social risk and engagement, strategic business L@M@FDLDMS ONKHBX @MC QDFTK@SHNM jM@MBD @MC HMMNU@SHNM
•
An understanding of the broad range of technological and social measures that can be implemented to move toward a low carbon economy and the challenges involved.
•
Capability to develop appropriate solutions that take into account the particular social, environmental, economic, political and FDNFQ@OGHB@K BNMSDWSR HM PTDRSHNM
•
Skills to effectively communicate and interact with colleagues and leaders from a variety of disciplines and cultures.
•
A global professional network of alumni, lecturers and institutions with access to a pool of shared expertise and opportunities for continuing professional development.
CAREER OUTCOMES The program is ideal for individuals looking to accelerate their career CDUDKNOLDMS NQ ENBTR SGDHQ jDKC NE DWODQSHRD @MC BQD@SD MDV opportunities. MDV FDMDQ@SHNM NE S@KDMSDC OQNEDRRHNM@KR HR QDPTHQDC SN @BBDKDQ@SD SGD SQ@MRENQL@SHNM SN @ KNV B@QANM DBNMNLX 3GHR VHKK QDPTHQD @ new multidisciplinary skill set. In order to reduce greenhouse gas emissions, companies will need to review, assess, and develop a range of new technologies and solutions to meet energy demands and social needs. ESDQ BNLOKDSHMF SGD ,$2 OQNFQ@L FQ@CT@SDR VHKK AD DPTHOODC to take on leadership and management positions in a variety of environments, including industry, consultancy, government (policy/ legislation/regulation) as well as NGOs and international agencies. The MES develops professionals with skill sets that are in demand across all industries and sectors, introducing a wide array of career opportunities for graduates. Graduates will be able to pursue high-level careers in a range of professional areas associated with energy including: • OQNIDBS jM@MBD • investment • carbon and energy trading • legal sector • regulatory and government affairs • energy economics • change management • HR • project management • technology development • innovation
“The MES provides the perfect balance between the technical and non-technical climate change/ energy issues.” Emma Fagan Consultant | Energetics Australia
“The MES has equipped me with the knowledge, practice & expertise needed for the energy industry” Geoffrey Ndegwa Energy Consultant | PWC Kenya
Find out more: internationalenergycentre.com/education/mes
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STUDY OPTIONS The IEC offers several study opportunities for professionals wishing to take the next step in their careers. Each program is designed to strategically address challenges posed by a carbon-constrained economy, and position candidates to take on advanced management and leadership roles. Applicants come from a wide Q@MFD NE A@BJFQNTMCR HMBKTCHMF K@V jM@MBD DMFHMDDQing, science, economics, and policy.
Master of Energy Studies The MES program is aimed at professionals looking SN NAS@HM @ TMHPTD PT@KHjB@SHNM SG@S OQDO@QDR SGDL SN strategically address the challenges posed by a carbonconstrained economy, positioning them to take on L@M@FDLDMS @MC KD@CDQRGHO QNKDR HM @ jDKC NE FQNVHMF importance. Each program pursues a transdisciplinary approach in order to expose students to science and technology, business management, policy and economics in the context of clean energy generation and carbon management.
Pathways to MES Professionals can progress to the MES and begin with a &Q@CT@SD "DQSHjB@SD or Graduate Diploma.
Early exit and entry options 3N BNLOKDSD SGD ,$2 RSTCDMSR @QD QDPTHQDC SN NAS@HM #24 credit units. Based upon course selection, students may be able to exit with: • &Q@CT@SD "DQSHjB@SD HM $MDQFX 2STCHDR Ŏ • Graduate Diploma in Energy Studies (#16)
Graduate &HUWLČ´FDWH
Graduate Diploma
MASTER’s Degree
Number of Courses
4
8
8 3URMHFW
Study Units
8
16
24
Networking Opportunities
4
8
8
Part-time Option Intensive Mode Travel to Each Campus Internationally Recognised Orientation Weekend Electives Professional Project Scholarship Available
Graduate CERTIFICATE of
Energy Studies
For professionals wishing to develop their careers but not ready to undertake full postgraduate study, the Graduate Diploma is an excellent option. Students wishing to continue their study can utilise the Graduate Diploma to apply into the Master of Energy Studies.
&Q@CT@SD "DQSHkB@SD
Graduate DIPLOMA of
Master
For professionals wishing to extend their knowledge looking for a shorter program. This is a good basic start and students wishing to continue can utilise the Gradu@SD "DQSHjB@SD SN @OOKX HMSN SGD &Q@CT@SD #HOKNL@ HM Energy Studies.
Graduate Diploma
Energy Studies
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PROGRAM HIGHLIGHTS FLEXIBLE WORK/STUDY Intensive Mode of Delivery $@BG BNTQRD HR CDKHUDQDC HM HMSDMRHUD LNCD NUDQ jUD consecutive days at one of the three universities around Australia (see map page 9). Students also participate in online tutorials and seminars, with assessment items due in the six weeks following D@BG HMSDMRHUD 3GHR HR @ RTBBDRRETK kDWHAKD LNCD SG@S jSR VHSG VNQJ CDL@MCR @MC B@SDQR SN KD@QMHMF needs of students.
CRYSTALLISE COURSEWORK INTO A PROJECT Professional Projects 3GD jM@K DKDLDMS NE SGD ,@RSDQR OQNFQ@L HMBKTCDR turning learnings into a project. Students design and undertake project work that consolidates and applies the concepts, principles, and methodologies learned to date. Delivery options include applied research, work placements with host organisations, desktop critical research, and multimedia portfolios. Students are encouraged and supported to use their Professional Projects to further personal goals – whether they relate to engaging with new organisational partners, working in international contexts, or preparing for further academic advancement.
TAILOR YOUR STUDIES Electives Students have the choice of selecting two electives from a range of available courses for SGDHQ jM@K SVN BNTQRDR before commencing the Professional Project. The electives allow students to focus their learning activities in areas of personal interest, and structure their program to effectively build into the culminating project. Elective courses are run with a minimum of 10 students per course.
PRACTICAL EXPERIENCE Hands On HANDS ON
Students attend site visits during each intensive teaching block. These visits are crucial for hands on, real-world learning and highlight current energy issues on Australia’s east and west coasts. Students are able to witness the changing role of traditional technologies. Site visits highlight themes such as the changing nature of energy generation, transmission, distribution, end use carbon management, and social licence to operate.
MIX OF ASSESSMENTS TO DEVELOP SKILL SET Assessment The MES program builds academic and professional capacity through a structured range of assessment types. Students develop skills in a range of areas HMBKTCHMF SDBGMHB@K @MC QDRD@QBG VQHSHMF @MC jM@MBH@K @MC RSQ@SDFHB @M@KXRHR Collaborative group work includes researching and solving problem based real-life case studies with varied topics such as vulnerability assessments, adaptation RSQ@SDFHDR B@QANM NEERDS OQNIDBS CDRHFMR ONKHBX AQHDER jM@MBH@K LNCDKKHMF and technology trade-offs. Assessments in the MES are designed so that students assimilate and apply knowledge, assume a leadership role and work in multicultural and transdisciplinary teams. 5
ORIENTATION WORKSHOP. Students attend a two-day orientation workshop in Gladstone, Queensland in %DAQT@QX OQHNQ SN jQRS HMSDMRHUD The workshop establishes the context for SGD ,$2 OQNFQ@L @MC BK@QHjDR RSTCDMSR basic knowledge and understanding, introduces transdisciplinary approaches and systems thinking, and builds team work and communication skills. Importantly, the workshop enables each new cohort to establish a foundation for supportive and collaborative working relationships.
PROFESSIONAL NETWORK OPPORTUNITIES Each course is complemented with a networking event. Students gain access SN GHFG KDUDK HMCTRSQX jFTQDR @MC DMF@FD with diverse professionals. Meeting and discussing current and emerging issues with representatives from a range of organisations provides valuable networking opportunities that are a central feature of the program design.
STUDENTS TRAVEL TO ALL 3 UNIVERSITIES Each intensive course has a set location in one of the three universities.
LEADERSHIP SERIES A cross-cutting program aimed at developing skills integral to the professional practice of energy leaders. Each course includes a tailored professional leadership component to build personal and professional leadership, skills and talents.
STUDENT SUPPORT Although the program is delivered by all member universities, MES students are enrolled at The University of Queensland (UQ) St Lucia campus. You can therefore take advantage of the wide range of services and facilities that UQ offers students including the UQ Library.
“The information provided in the MES is contemporary and practical and is presented in an environment where interaction between students and staff is encouraged.� Rachel Powell Energy Trader, Arrow Energy 6
WHAT YOU WILL STUDY Master of Energy Studies students complete six (6) foundation courses, choose two (2) electives and complete the Professional Project. Students undertaking the &Q@CT@SD "DQSHkB@SD complete (4) foundation courses only. Graduate Diploma students complete six (6) foundation courses and two (2) electives only.
FOUNDATION COURSES ENGY7000: Energy
and Technology Principles
ENGY7003: Low
A broad perspective of energy systems from generation and SQ@MRLHRRHNM SN DMC TRD 2STCDMSR @QD HMSQNCTBDC SN SGD JDX RBHDMSHjB principles that underpin energy generation. Students develop an understanding of topics related to sources of energy and power generation, including supply and demand and future scenarios for 2050, and the operation of energy markets. Students will gain a comprehensive understanding of the suite of energy and technology options available. Location: The University of Queensland, St Lucia, Brisbane. ENGY7001: Climate
Science and Policy
Overview of the physical science of climate change, with discussion of climate models, projections, and impact scenarios. International policy frameworks for climate change are introduced, with discussion of climate change politics and psychology. The course also examines local impacts and planning responses to climate change effects. Students will gain an understanding of mitigation responses, vulnerability assessment, and adaptation strategies for organisations and communities. Location: The University of Newcastle, Newcastle and Sydney. ENGY7002: Issues
of Global Change
This course explores issues of energy and development, including DPTHSX QDRNTQBDR ONOTK@SHNM @MC BNMRTLOSHNM BNMkHBS RDBTQHSX @MC LHFQ@SHNM RNBH@K HLO@BS @RRDRRLDMS @MC RNBH@K DMF@FDLDMS HMCHFDMNTR ODNOKD @MC SQ@CHSHNM@K BTKSTQDR @MC FDMCDQ 2STCDMSR will develop their understanding of international policy mechanisms and legal frameworks, and build skills in community engagement for energy development. Location: The University of Western Australia, Perth.
Key Learnings
Systems
Emission Technologies and Supply
Students analyse current and emerging technology options to L@M@FD @MC QDCTBD DMDQFX BNMRTLOSHNM HLOQNUD DEjBHDMBX @MC mitigate climate change. Key power generation and low emission technologies and their challenges, risks and associated supply systems will be examined, including renewable energy options, electricity storage and micro-grids, carbon capture and storage (CCS), gas, cogeneration and oil production. The course provides students with an advanced understanding of the numerous technologies and supply systems. Location: The University of Newcastle, Newcastle. ENGY7107: Economics
and Finance of Energy
This course provides students with an in-depth knowledge of the E@BSNQR SG@S FNUDQM @ BNLO@MX R DWONRTQD SN SGD jM@MBH@K @MC economic aspects of climate change and carbon and energy management. Some topics covered include project appraisal, LDSGNCR ENQ DU@KT@SHMF MNM jM@MBH@K BNRSR @MC ADMDjSR @MC NHK @MC gas sector economics (at macro and micro levels). The course also introduces concepts of carbon lock-in and issues of investment risk. Location: The University of Western Australia, Perth. ENGY7004: Advanced
Energy Investment and Development Appraisal
The theme of this course is investment decision-making under uncertainty. Students will gain advanced understanding of key jM@MBH@K BNMBDOSR HMBKTCHMF B@RG kNVR BNRSR NE CDAS @MC DPTHSX @MC rates of return. Real options analysis will extend these core concepts, and students will develop skills in Visual Basic as a tool for options evaluation. This course incorporates extensive group work activities to explore and build applied practical skills. Location: The University of Queensland, St Lucia, Brisbane.
Learnings Matrix
Graduates of MES will gain knowledge of energy in a multidisciplinary setting. Have a look at the learnings matrix to see which disciplines are covered by the courses.
DISCIPLINES
SCIENCE & TECHNOLOGY
FINANCE & ECONOMICS
POLICY & REGULATION
SOCIETY & ENGAGEMENT
ENERGY LITERACY
ENGY7000
ENGY7107
ENGY7001
ENGY7200
RISK
ENGY7000
ENGY7004
ENGY7001
ENGY7002
INNOVATION
ENGY7003
ENGY7200
ENGY7301
ENGY7201
SUSTAINABILITY
ENGY7003 ENGY7300
ENGY7107
ENGY7002
ENGY7001
INTEGRATION Find out more: internationalenergycentre.com/education/mes
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LEADERSHIP
PROFESSIONAL PROJECT LEADERSHIP SERIES
ELECTIVE COURSES
PROFESSIONAL PROJECT
$KDBSHUD BNTQRDR QDPTHQD @ LHMHLTL NE DMQNKLDMSR ENGY7200: Business
Management
ENGY7115: Professional Project Students design and undertake self-directed project work that consolidates and applies the concepts, principles, and methodologies developed through the program. Students are strongly encouraged to anchor their project on a focal issue of personal or professional development interest. The project will address a current, emerging, or forecast challenge facing the energy sector, or an energy related BG@KKDMFD HM NSGDQ OQNEDRRHNM@K BNMSDWSR D F jM@MBD ONKHBX SDBGMHB@K communications). Professional Projects can be conducted with organisational hosts, and bring integrated stakeholder and disciplinary UHDVONHMSR SN AD@Q SN L@WHLHRD ADMDjBH@K NTSBNLDR 2STCDMSR LTRS negotiate the scope and outcomes of the project with IEC prior to commencing work. Academic advisors and industry practitioners are engaged to provide professional support through the project.
Strategy and Innovation
This course develops advanced business management skills in the areas of strategy analysis, formation, and implementation. /QHMBHOKDR NE L@M@FDQH@K jM@MBD BNQONQ@SD B@QANM LHSHF@SHNM @MC risk management strategies are applied through case studies and interactive activities. The course focuses heavily on innovation management, from theory to practice, and students are engaged with industry practitioners in emerging areas of sustainable energy. Location: The University of Western Australia, Perth. ENGY7201: Energy
for Development
This course explores the relationships between energy, poverty, and development with a focus on developing country contexts. Topics include barriers to energy access and affordability, critical perspectives on sustainability and development principles, and enabling policy frameworks. Building on previous knowledge and skills delivered in foundation MES courses, the course fosters S@QFDSDC JMNVKDCFD NE HMSDQM@SHNM@K @MC KNB@K jM@MBD HMRSQTLDMSR and business models, and develops advanced skills in participatory DMF@FDLDMS jM@MBD L@M@FDLDMS @MC KHED BXBKD @M@KXRHR Location: The University of Queensland, St Lucia, Brisbane. ENGY7300: Advanced
Four delivery options are available as follows: • applied research • professional placement • desktop research project • multi-media project 3GD %HM@K 1DONQSR ENQ /QNEDRRHNM@K /QNIDBSR @QD DPTHU@KDMS SN @ word Masters thesis.
Energy Systems
In this course students learn how to comprehensively map an energy system from the facility level to network scale, and identify DEjBHDMBX NOONQSTMHSHDR HM SGDQL@K DKDBSQHB@K @MC NSGDQ TSHKHSHDR The course includes generation, transmission, and distribution, and also covers important emerging areas including power from waste streams and nano-tech energy. Location: The University of Newcastle, Newcastle.
“IEC’s continuing focus on the practical application of global best practice methodologies will ensure that students are well prepared for the unique challenges that lie ahead within this highly dynamic industry.�
ENGY7301: $MDQFX $EkBHDMBX .OONQSTMHSHDR
3GHR BNTQRD HMUDRSHF@SDR SGD QNKD SG@S DMDQFX DEjBHDMBX @MC KNV carbon solutions can play in reducing energy consumption and greenhouse gas emissions. Some topics covered include energy DEjBHDMBX @MC BNMRDQU@SHNM RTRS@HM@AKD DMDQFX TRD RL@QS grids, metering, the psychology of energy consumption, nonprice barriers, regulatory drivers and public policy interventions. Location: The University of Queensland, St Lucia, Brisbane.
Duration Full-time and Part-time The full-time MES program is taught over three semesters (a year and a half) with a study load of four courses per semester. The part-time MES program is taught over six semesters (three years) with a study load of two courses per semester. Both delivery modes are available to Australian and New Zealand citizens and Australian permanent residents. Students can conduct SGDHQ jM@K /QNEDRRHNM@K /QNIDBSR HM Australia or overseas (scholarship and visa conditions permitting).
John Revie General Manager | UK/Europe Swann Gobal
MES Course Outline Full-time Semester 1
Part-time
Duration Semester 2
ENGY7000 #2 units
ENGY7001 #2 units
ENGY7002 #2 units
ENGY7003 #2 units
ENGY7107 #2 units
ENGY7004 #2 units
Elective #2 units
Elective #2 units
Semester 1
Year 1
Professional project #8
Semester 2
ENGY7000 #2 units
ENGY7002 #2 units
ENGY7001 #2 units
ENGY7003 #2 units
ENGY7107 #2 units
Elective #2 units
ENGY7004 #2 units
Elective #2 units
Year 2
Year 3
Professional Project #8
8
LOGISTICS 5HDV SGD S@AKD SN BGDBJ VG@S HR BNUDQDC AX OQNFQ@L EDDR @MC VG@S @QD RSTCDMSR QDPTHQDC SN organise and pay.
Covered by Program Fees
Students to Pay & Organise
Courses Course Materials Flight from Brisbane to Gladstone Orientation Weekend Accommodation in Gladstone Site visits Networking Dinners as part of Intensives Networking Events as part of Intensives Accommodation near campus for Intensives*
Transfers from airport to accommodation for Intensives Flights to Intensives *if not your home city.
Locations The MES is delivered at all three of the IEC’s member universities. Students travel interstate to complete intensive teaching blocks.
Gladstone ORIENTATION
UQ | St Lucia UWA | Perth ENGY7002 ENGY7107 ENGY7200
ENGY7000 ENGY7004 ENGY7201 ENGY7301
UoN | Newcastle ENGY7001 ENGY7003 ENGY7300
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HOW TO APPLY Students apply and enrol via The University of Queensland.
1. Prerequisites
Checklist 1
$MSQX QDPTHQDLDMSR ENQ CNLDRSHB RSTCDMSR • • •
An undergraduate degree from an internationally-recognised institution 3GQDD SN jUD XD@QR OQ@BSHB@K DWODQHDMBD HM @ QDK@SDC jDKC $MFKHRG K@MFT@FD RJHKKR @R CDLNMRSQ@SDC AX @M NEjBH@KKX QDBNFMHRDC SDRS NE $MFKHRG K@MFT@FD OQNjBHDMBX
Collect all supporting documents including BDQSHjDC BNOHDR NE XNTQ TMCDQFQ@CT@SD testamur and CV.
2
Apply online: NK@R TP DCT @T BNTQRDR GSLK
Please note you can save an incomplete form and return later. After submitting your application, your Applicant Portal will be created. The Applicant Portal will allow you to track the progress of your application, submit supporting documents and receive messages from The University of Queensland (UQ), including any offers of a place at UQ.
3. Closing date •
Students must apply via UQ to commence study in semester 1 by January 31 of the year of commencement.
The program commences in Semester 1 each year. There is no mid-year intake. • Semester 1: February - June • Semester 2: July - November
4. Program Costs
3
Calculate your cost via the UQ Fees Calculator: GSSO VVV TP DCT @T RSTCX @QBGHUD EDDR>VHY@QC>RS@QS GSLK
Note: Flights and travel to and from the airport are not included in tuition fees. Students must make their own travel arrangements to attend each intensive teaching block in Brisbane, Newcastle or Perth. Travel bursary may be available.
Accept your offer (E XNT LDDS @KK DMSQX QDPTHQDLDMSR ENQ @BBDOS@MBD into the Master of Energy Studies, UQ will send you an Agreement and Response of Offer (ARO) by email. Fill it out and send it back to UQ. Please AD @V@QD SG@S XNT L@X AD QDPTHQDC SN RDMC additional documentation to satisfy conditions.
Domestic full-fee place for MES 2015 (MCHB@SHUD @MMT@K EDD 4#¨ Please note: The University of Queensland reviews tuition fees each year and these fees are indicative only and subject to change.
Fees include: 1. accommodation during 5-day intensive blocks 2. cost of site visits during 5-day intensive blocks 3. cost of industry dinners and networking events 4. course materials (e.g. learning guides, module readers) 5. networking opportunities with energy industry professionals
Apply Complete the Domestic application form online: GSSOR NK@R TP DCT @T BNTQRDR GSLK
2. Apply online •
Check that you meet the entry requirements
4
"NMkQL XNTQ DMQNKLDMS Once UQ receives your ARO, and provided you have met all conditions, UQ will issue you with @ "NMjQL@SHNM NE $MQNKLDMS "N$ @R VDKK @R information on what you need to do next and a list of important dates.
5. More Information For more details about how to apply, visit the IEC website: www.internationalenergycentre.com/education
6. Application status All aOOKHB@SHNMR @QD @RRDRRDC AX 40 MX PTDQHDR QDF@QCHMF DKHFHAHKHSX @MC QDPTHQDLDMSR RGNTKC AD @CCQDRRDC SN 40 .MKHMD $MPTHQHDR GSSOR TPETSTQD BTRSGDKO BNL @OO GNLD Phone: 07 3365 1111 Email: CLHRRHNMR$MPTHQHDR TP DCT @T $MPTHQD NM SGD OQNFQDRR NE XNTQ @OOKHB@SHNM OKD@RD DL@HK @OOKHB@SHNMRS@STR TP DCT @T
Want to know more? +61 7 3014 0250 info@energycentre.com internationalenergycentre.com company/international-energy-centre InternationalEnergyCentre IntEnergyCentre
Include your full name, date of birth, the date you submitted your @OOKHB@SHNM @MC XNTQ 40 RSTCDMS HCDMSHjB@SHNM MTLADQ (# HE @U@HKable. 10
Scholarship Opportunities A range of domestic and international scholarships are available including: •
Australia Awards - visit www.australiaawards.gov.au.
•
Endeavour Scholarships - visit internationaleducation.gov.au/Scholarships-and-Fellowships.
3GDQD @QD @KRN HMCTRSQX ETMCDC RBGNK@QRGHOR RODBHjB SN ($" SN RTOONQS DMDQFX KHSDQ@BX CDUDKNOLDMS including:. •
Glencore Energy Leader Scholarship RODBHjB SN ,@RSDQ NE $MDQFX 2STCHDR @U@HK@AKD SN HMSDQM@SHNM@K and domestic students. Visit internationalenergycentre.com/education/mes/scholarships.
•
Travel bursaries may also be available to assist with travel.
For a list of scholarships available in Australia visit: www.jason.edu.au (MSDQM@SHNM@K RSTCDMSR L@X @KRN AD DKHFHAKD ENQ RBGNK@QRGHOR NQ jM@MBH@K @HC @U@HK@AKD EQNL SGDHQ government.
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Leaders for a low carbon world
Master of Energy Studies Leaders for a low carbon world The University of Queensland The University of Western Australia The University of Newcastle CRICOS Codes The University of Queensland: 00025B Masters: 073264E
Contact us International Energy Centre PO BOX 10907 Adelaide Street Brisbane QLD 4000, Australia Tel: + 61 7 3014 0250 Fax: +61 7 3103 4574 Email: info@energycentre.com Web: www.internationalenergycentre.com