Research Fellow, Charge Transport and Recombination Dynamics of Solution-Processed Solar Cells
Location: Clayton campus
Employment Type: Full-time
Duration: 2 year fixed-term appointment
Remuneration: $66,706 - $90,532 pa Level A (plus 9.5% employer superannuation)
- Be inspired, every day
- Drive your own learning at one of the world’s top 80 universities
- Take your career in exciting, rewarding directions
Everyone needs a platform to launch a satisfying career. At Monash, we give you the space and support to take your career in all kinds of exciting new directions. You’ll have access to quality research, infrastructure and learning facilities, opportunities to collaborate internationally, as well as the grants you’ll need to publish your work. We’re a university full of energetic and enthusiastic minds, driven to challenge what’s expected, expand what we know, and learn from other inspiring, empowering thinkers.
We need to develop improved solar cells to meet future global energy needs in a sustainable way. Printed solar cell technologies may provide the answer, but significant research questions exist to make this dream a reality.
A great opportunity exists to join a multidisciplinary research team and work closely with other research groups and institutions working under the Australian Research Council (ARC) Centre of Excellence in Exciton Science (ACEx) to address this challenge. In this role, you will focus on understanding charge transport and recombination dynamics in solution-processed solar cells made from perovskite and related-materials. Through this work, you will contribute to the development of a deeper understanding of how such solar cells work and be able to apply this knowledge to develop solar cells based on new materials.
In this role, you will conduct research and contribute to the dissemination of novel and impact results through scientific publications, conference presentations and general public engagement. Exposure to occasional teaching in relation to your research project(s) will be optionally provided.
To be successful in this role, it is essential that you have a doctoral qualification in Engineering or Science within a relevant discipline or a closely related field. You will have well-developed planning and organisation skills, as well as verbal and written communication skills, with a proven ability to produce high-quality scientific publications and succinct reports. An ability to solve complex problems and to be a productive member of an efficient and innovative team will also assist you to succeed in this role.
This role is a full-time position; however, flexible working arrangements may be negotiated.
At Monash University, we are committed to being a Child Safe organisation. Some positions at the University will require the incumbent to hold a valid Working with Children Check.
Your application must address the selection criteria. Please refer to "How to apply for Monash jobs".
Associate Professor Jacek Jasieniak, Department of Materials Science and Engineering, +61 3 9905 9584, Jacek.Jasieniak@monash.edu.
Wednesday 14 November 2018, 11:55 pm AEDT