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Prof Udo Bach, Prof U Bach
No more applications being accepted
Funded PhD Project (Students Worldwide)
About the Project
• Access world class facilities at CSIRO and Monash University - learn from CSIRO's dedicated and cutting-edge researchers
• Be part of a multidisciplinary research team that develops photovoltaic technologies for the future
• Receive $28,000 per annum tax free!
Our team works on a variety of novel photovoltaic concepts, ranging from dye-sensitised solar cells to polymer and paint-on solar cells based on inorganic nanoparticle paints. The extraction of charge carriers form the photoactive layer is a vital step in the operation of these solar cells.
Your role will be to develop and validate novel device concepts for the efficient extraction of photogenerated charge carriers from photovoltaic junctions. You will also understand and manipulate the processes that dictate charge transfer phenomena at the semiconductor - charge collector interface to develop viable scalable low-cost photovoltaic technologies for the future.
Key Responsibilities:
• Develop novel electrode architectures that allow to maximise charge collection from photovoltaic junctions.
• Evaluate the performance of different materials for their suitability as charge collecting electrode materials.
• Develop and execute proof-of-concept experiments for patent applications and high-impact scientific publications.
• Scientific writing (publications, reports, patents).
• Collaborate with team members, external university and industry partners.
• Use geographic packages for data visualisation and for illustrations.
• Present results in team discussions and national conferences/workshops, and contribute to reports and papers.
Location: Clayton, Victoria
Stipend: $28,000 tax free
Reference Number: VIC13/01452
Duration: 3.5 years
To be successful you will have:
• An Honours or Masters degree (or expect to gain) from a recognised university, ideally first class honours or equivalent in materials science, chemistry, physics, nanotechnology or a related discipline.
• Demonstrated successful execution of an independent research project in a related field with exceptional results.
• Evidence of good oral and written scientific communication skills and english language proficiency.
• Strong indications that you will be successful in having your BSc or MSC degree recognised by Monash University as H1 (local students) or H1e (overseas students) first class honours, final grade of A, A+ or equivalent.
This Postgraduate Studentship requires you to complete your PhD through Monash University.
The successful candidate will be a member of Dr Udo Bach's CSIRO Office of the Chief Executive (OCE) Science team. For more information visit: www.udobach.com
About CSIRO: Australia is founding its future on science and innovation. Its national science agency, CSIRO is a powerhouse of ideas, technologies and skills for building prosperity, growth, health and sustainability. Visit: www.csiro.au
About CSIRO Materials Science and Engineering (CMSE): Our scientists work in partnership to address key challenges in health and in a range of industries requiring smart materials. Talented scientists are undertaking biotechnology and advanced materials research drawing on a long history of physics, chemistry and molecular, cellular and structural biology to develop and grow their capabilities. Our vision is to transform industries and improve health and wellbeing by delivering creative molecular research.
To apply, follow this link: http://csiro.nga.net.au/?jati=ab74bb02-2d1b-1dc8-9bcb-769e826ea882
• Be part of a multidisciplinary research team that develops photovoltaic technologies for the future
• Receive $28,000 per annum tax free!
Our team works on a variety of novel photovoltaic concepts, ranging from dye-sensitised solar cells to polymer and paint-on solar cells based on inorganic nanoparticle paints. The extraction of charge carriers form the photoactive layer is a vital step in the operation of these solar cells.
Your role will be to develop and validate novel device concepts for the efficient extraction of photogenerated charge carriers from photovoltaic junctions. You will also understand and manipulate the processes that dictate charge transfer phenomena at the semiconductor - charge collector interface to develop viable scalable low-cost photovoltaic technologies for the future.
Key Responsibilities:
• Develop novel electrode architectures that allow to maximise charge collection from photovoltaic junctions.
• Evaluate the performance of different materials for their suitability as charge collecting electrode materials.
• Develop and execute proof-of-concept experiments for patent applications and high-impact scientific publications.
• Scientific writing (publications, reports, patents).
• Collaborate with team members, external university and industry partners.
• Use geographic packages for data visualisation and for illustrations.
• Present results in team discussions and national conferences/workshops, and contribute to reports and papers.
Location: Clayton, Victoria
Stipend: $28,000 tax free
Reference Number: VIC13/01452
Duration: 3.5 years
To be successful you will have:
• An Honours or Masters degree (or expect to gain) from a recognised university, ideally first class honours or equivalent in materials science, chemistry, physics, nanotechnology or a related discipline.
• Demonstrated successful execution of an independent research project in a related field with exceptional results.
• Evidence of good oral and written scientific communication skills and english language proficiency.
• Strong indications that you will be successful in having your BSc or MSC degree recognised by Monash University as H1 (local students) or H1e (overseas students) first class honours, final grade of A, A+ or equivalent.
This Postgraduate Studentship requires you to complete your PhD through Monash University.
The successful candidate will be a member of Dr Udo Bach's CSIRO Office of the Chief Executive (OCE) Science team. For more information visit: www.udobach.com
About CSIRO: Australia is founding its future on science and innovation. Its national science agency, CSIRO is a powerhouse of ideas, technologies and skills for building prosperity, growth, health and sustainability. Visit: www.csiro.au
About CSIRO Materials Science and Engineering (CMSE): Our scientists work in partnership to address key challenges in health and in a range of industries requiring smart materials. Talented scientists are undertaking biotechnology and advanced materials research drawing on a long history of physics, chemistry and molecular, cellular and structural biology to develop and grow their capabilities. Our vision is to transform industries and improve health and wellbeing by delivering creative molecular research.
To apply, follow this link: http://csiro.nga.net.au/?jati=ab74bb02-2d1b-1dc8-9bcb-769e826ea882
Funding Notes
This is a Postgraduate studentship associated with Monash University and CSIRO in Melbourne Victoria. The successful applicant will receive a stipend of $28,000 AUD tax free per annum. The applicant must complete their PhD through Monash University during this time.
