Position Details
Job Title: Reference No.: 3561 Classification: CSOF7 Salary: AUD$127K - AUD$141K plus up to 15.4% superannuation Location: Clayton, Victoria Tenure: Indefinite Relocation Will be provided to the successful candidate if required. Assistance Applications Australian Citizens Only open to: Australian Citizens and Permanent Residents Only
X All Candidates Functional Research Scientist/Engineer Area: Reports To: Team Leader, Hydraulic Fracturing Direct Reports: Nil initially Internal Focus: 25%
External Focus: 75% CSIRO Energy is an independent supplier of R&D to Australia’s resources industry. The Role Overview: Energy Business Unit provides sustainable, innovative science and engineering solutions for the continuing growth of Australia’s resources industry whilst delivering benefits to the economy, society and the environment.
The successful candidate will be appointed as a Senior Research Scientist and will be required to utilise a range of investigative approaches including laboratory and field experimentation, numerical modelling, and analytical methods in order to improve the effectiveness and sustainability of hydraulic fracturing with an emphasis on applications in coal seam and shale gas stimulation, Engineered/Enhanced Geothermal Systems, and novel mining methods. Simultaneously, you will further develop your leadership and management skills, with a view to take on significant research team leadership responsibilities in the medium term.
Undertake leading edge scientific research and contribute original ideas, concepts and Key Results strategies to achieve research goals. Areas & Duties Application of laboratory and field experimentation, numerical and analytical methods to produce rigorous and useful research outcomes. Collaboration with both external and internal partners in the deployment of new technology and in securing research funds. Communication of the value and findings of CSIRO’s research via presentations, peer- reviewed journal, conference papers, and client reports. Provision of research leadership to colleagues, clients and students. Research project leadership including the coordination, allocation and management of resources (people, equipment, facilities, and funds). Maintain active national and/ or international research collaborations in order to access/share leading edge concepts and technology to advance projects. Identify trends in research and development and influence research directions. Development of proposals to engage external partners in industrial research projects to the benefit of Australian industry.
Selection Under CSIRO policy only those who meet all essential criteria can be appointed Criteria: Essential Criteria: 1. PhD related to hydraulic fracturing or geomechanics and extensive relevant scientific or industrial experience
2. Research experience in hydraulic fracturing, with expertise in at least one of analytical, numerical, fieldwork and/or experimental investigations as evidenced by research publications
3. Communication abilities of a high order evidenced by presentation and negotiation skills and an outstanding capacity to express scientific ideas and findings in plain English.
4. Demonstrated stakeholder and project management ability
5. Clear vision of high priority topics in hydraulic fracture growth research
1. Desirable Criteria: 1. Proven academic or industrial research track record as evidenced by a combination of:
a.i. a comprehensive project history of undertaking applied research in an industry setting
a.ii. a history of successfully funded or endorsed projects that demonstrate the candidate’s ambition and capability
a.iii. demonstrated people management and leadership capability a.iv. awareness of environmental and social issues around unconventional gas development in an Australian context a.v. experience in solving wellbore and reservoir geomechanics problems
2. Strong existing professional network within petroleum, mining, and/or geothermal industries, as well as productive existing collaborations with academic and/or research institutions
CSIRO is a values based organisation. You will need to demonstrate behaviours aligned to our values of: 2. Integrity of Excellent Science 3. Trust & Respect 4. Creative Spirit
5. Delivering on Commitments 6. Health, Safety & Sustainability
Other How to Apply Information: Please apply for this position online at www.csiro.au/careers. You may be asked to provide additional information (online) relevant to the selection criteria. If so, then responding will enhance your application so please take the time to provide relevant succinct answers. Applicants who do not provide the information when requested may not be considered. If you experience difficulties applying online call 1300 984 220 and someone will be able to assist you. Outside business hours please email: [email protected]. Referees: If you do not already have the names and contact details of two previous supervisors or academic/ professional referees included in your resume/CV please add these before uploading your CV. Contact: If after reading the selection documentation you require further information please contact: James Kear via email: James.Kear @csiro.au or phone: +61 3 9545 8347. Please do not email your application directly to Mr Kear. Applications received via this method will not be considered. About CSIRO Australia is founding its future on science and innovation. Its national science agency, the Commonwealth Scientific and Industrial Research Organisation (CSIRO) is a powerhouse of ideas, technologies and skills for building prosperity, growth, health and sustainability. It serves governments, industries, business and communities across the nation. Find out more! www.csiro.au. About CSIRO Energy
The Energy Business Unit provides science and engineering solutions for the continuing growth of Australia's resources industry whilst delivering benefits to the economy, society and the environment.
The Hydraulic Fracturing Team within CSIRO Energy consists of 9 scientists, engineers, and technicians who conduct research in hydraulic fracturing and wellbore stability, for the petroleum, mining, and geothermal industries.
For further information on CSIRO and the Energy Business Unit please visit http://www.csiro.au/en/Research/EF