Dr. Stephen Woodcock-东北大学悉尼智能科技学院

教学ACADEMICS

当前位置首页教学师资队伍正文

Dr. Stephen Woodcock

Senior Lecturer, Masters Research or PhD student supervision, School of Mathematical and Physical Sciences
- 电子邮箱/E-mail：Stephen.Woodcock@uts.edu.au
- 办公室/Office：科技楼6034
- 讲授课程/Subjects：Probability & Random Variables
- 答疑时间/Office Hours：每周五上午8:00-8:50
- 个人简介：Stephen holds a PhD in Civil Engineering from the University of Glasgow (2007) and a MMath in Mathematics from the University of Oxford (2003).
- 课程教学：Probability & Random Variables
- 项目课题：His primary research interests lie in the application of mathematical models to describe biological and ecological systems. The main motivation behind his work is a drive to develop readily implemented solutions and models for pressing real-world problems in the biological and environmental sciences. As such, he works primarily in multidisciplinary teams alongside marine biologists, microbial ecologists and environmental engineers.
- 研究成果：His research projects have covered a vast range of applications from improving the design and efficiency of wastewater treatment systems to understanding and modelling the growth of biofilms on riverbeds. Current research topics include modelling the biogeography around the Great Barrier Reef, calibrating and interpreting data from marine fluorescence meters and examining the effect of habitat loss upon fish behaviour in marine parks.

个人简介 / Introduction

Stephen holds a PhD in Civil Engineering from the University of Glasgow (2007) and a MMath in Mathematics from the University of Oxford (2003).

课程教学 / Subjects

Probability & Random Variables

项目课题 / Projects

His primary research interests lie in the application of mathematical models to describe biological and ecological systems. The main motivation behind his work is a drive to develop readily implemented solutions and models for pressing real-world problems in the biological and environmental sciences. As such, he works primarily in multidisciplinary teams alongside marine biologists, microbial ecologists and environmental engineers.

研究成果 / Achievements

His research projects have covered a vast range of applications from improving the design and efficiency of wastewater treatment systems to understanding and modelling the growth of biofilms on riverbeds. Current research topics include modelling the biogeography around the Great Barrier Reef, calibrating and interpreting data from marine fluorescence meters and examining the effect of habitat loss upon fish behaviour in marine parks.