Mr Doug Bertram
- Fixed Term Lecturer in Water Engineering (Infrastructure and Environment)
telephone: 01413305210
email: Douglas.Bertram@glasgow.ac.uk
Biography
Douglas Bertram is a Lecturer of Water Engineering. He graduated from the University of Strathclyde in 2005 with a MEng in Mechanical Engineering with Energy Systems. He went on to complete an MSc in Water Resources Engineering Management from the University of Glasgow (2006). His PhD was undertaken at the Department of Civil Engineering at the same university researching improving urban flood assessment practice with enhancements to surface water drainage feature representation within 2D hydraulic modelling of urban flood risk. He was appointed as a lecturer within the School of Engineering in 2010.
Research Interests
His main research area is hydraulic and computational modelling of urban flooding focussing on the flood hazard and combined effects of debris, sediment and pollution to create flood related environmental hazards and associated risk. Recent work has focussed on improving modelling of flood mechanics through the representation of flood pathways and integrating urban drainage within modelling effects (with recommendations for software development and improved engineering practice). Other related research areas include decision support and wider education in Flood Risk Management.
Recent MSc Projects research topics he has supported include integrated urban drainage modelling, 2D hydraulic modelling and socio-economic analysis of flooding on the River Irvine and 2D hydraulic modelling of river channel morphology.
Douglas Bertram’s teaching duties include both undergraduate and post-graduate level courses. Undergraduate teaching focuses on core subjects in Years 2 and 3: Water Engineering 2 (Course Convener), Design Projects 2A (Water) and Water Engineering 3. Teaching across this range of subjects includes both hydraulics theory and applied group work.
His teaching at MSc level focuses hydraulics theory and computational modelling topics within the Sustainable River Engineering class, part of the Global Water Sustainability course.
