Partner closely with the Principal Investigator (PI) to establish, co-manage, and nurture the entire research group, providing versatile leadership and stepping in to support team operations whenever required.
Partner closely with the Principal Investigator (PI) to establish, co-manage, and nurture the entire research group, providing versatile leadership and stepping in to support team operations whenever required.
Partner closely with the Principal Investigator (PI) to establish, co-manage, and nurture the entire research group, providing versatile leadership and stepping in to support team operations whenever required.
Partner closely with the Principal Investigator (PI) to establish, co-manage, and nurture the entire research group, providing versatile leadership and stepping in to support team operations whenever required.
Partner closely with the Principal Investigator (PI) to establish, co-manage, and nurture the entire research group, providing versatile leadership and stepping in to support team operations whenever required.
Conduct independent research activities under the guidance of a faculty mentor (Dr Liang Feng) in preparation for a full-time academic or research career. The successful candidate will work within the Department of Materials Science and Engineering on leading projects that uses advanced materials for energy and environment related challenges.
Lead and manage projects focused on sustainability innovation, including carbon accounting and management, renewable energy, circular economy, sustainable materials, and carbon reduction technologies.
Lead and manage projects focused on sustainability innovation, including carbon accounting and management, renewable energy, circular economy, sustainable materials, and carbon reduction technologies.
Design and execute dynamic column experiments to characterise Cs⁺ transport through concrete (or other media of interests) across a range of influent concentrations and water chemistries.
Design and execute dynamic column experiments to characterise Cs⁺ transport through concrete (or other media of interests) across a range of influent concentrations and water chemistries.