School of Engineering, Design and Built Environment
- Our People
- Engineering Courses
- Built Environment Courses
- Students
- Engagement, News and Events
- Solar Car Website
-
Research
- - Australian Housing Supply Chain Alliance (AHSCA)
- - Centre for Smart Modern Construction
- - Sustainable Construction Management and Education (SCME)
- - Work Health and Safety Management using Building Information Modelling (BIM)
- - Linked semantic platforms for social & physical infrastructure & wellbeing
- - Advanced Materials and Smart Structures (AMSS)
- - Centre for Infrastructure Engineering
- - Areas of Expertise and Consultancy
- - Geotechnical, Water and Environmental Engineering Research
- - Intelligent & Sustainable Electrical Systems
- - Robotics, Vision and Signal Processing (RVSP)
- - Solar Energy Technologies
- MakerSpace
- Work Integrated Learning
- Contact the School
- Higher Degree Research
- Alumni and Industry
- Women Transforming the Built Environment
- Dean's Merit List Recipients
- Indigenous Strategic Plan
PhD Research Program
The SET research group offers a PhD research program in the area of materials and devices for energy conversion. The program involves the following topics:
Solar Materials
This topic aims at the characterisation of solar materials and the formation of new solar materials with enhanced performance.
The proposed projects:
- Formation and characterisation of pure TiO2 with controlled grain size
- Formation and characterisation of TiO2 solid solution with donor-type ions
- Formation and characterisation of TiO2 solid solution with acceptor-type ions
- Determination the effect of oxygen activity on electrical conductivity
- Determination the reactivity between TiO2 and other oxide phases
- Computer simulations of oxide compositions with desired properties
Water Purification
This topic concerns the characterisation of novel systems for water purification using solar energy:
- Water disinfection using pure TiO2 of controlled grain size
- Effect of semiconducting properties on water disinfection
- Effect of donor-type of ions on water disinfection
Energy Conversion Devices
The effect of mass transport on performance in water disinfection
Contact
- Prof. J. Nowotny J.Nowotny@uws.edu.au
- Dr. Wenxian Li W.Li@uws.edu.au
Mobile options: