This paper demonstrates a strategy to integrate research into teaching at a postgraduate level. It involves the use of simple small-scale physical models of a tunnel heading, the introduction of particle image velocimetry, an advanced computing technique used to further visualize the movement of soil, and a numerical model of a tunnel heading. Based on staff experience and student feedback, it is concluded that this is an effective and satisfying way to engage students with the subject matter. It is also hoped that discussing and displaying some of these advanced topics will encourage further student interest in geotechnical engineering research
This paper discusses the preparation and pre-evaluation for the development and implementation of an...
In his 1987 Nash Lecture, Prof. John Burland questioned the educational value of requiring undergrad...
A study on student understanding of geotechnical engineering topics was conducted at several private...
This paper demonstrates an approach to integrate geotechnical research into an advanced g...
Abstract: Innovative pedagogical approaches are necessary to equip students with the engineering jud...
A summary overview of 5 years working with a small-scale educational centrifuge at the University of...
Journal of Professional Issues in Engineering Education and Practice, 132(4): pp. 288-296.As physica...
Central to effective student learning is engagement. This paper presents a student-centred approach ...
Most geotechnical engineering educators would agree that experience in the laboratory by geotechnica...
Knowledge of geology is essential for engineering students studying in a postgraduate programme on t...
This paper reviews the major contributions to Géotechnique that relate to physical modelling, includ...
This paper reports on the results of several geotechnical engineering-related science activities con...
Abstract: In this paper, we present lessons learned from the application of a set of activities aime...
This paper reports a collaborative courseware development project in geotechnical engineering,conduc...
The transition from basic Engineering courses in the first year of Civil Engineering curriculum, int...
This paper discusses the preparation and pre-evaluation for the development and implementation of an...
In his 1987 Nash Lecture, Prof. John Burland questioned the educational value of requiring undergrad...
A study on student understanding of geotechnical engineering topics was conducted at several private...
This paper demonstrates an approach to integrate geotechnical research into an advanced g...
Abstract: Innovative pedagogical approaches are necessary to equip students with the engineering jud...
A summary overview of 5 years working with a small-scale educational centrifuge at the University of...
Journal of Professional Issues in Engineering Education and Practice, 132(4): pp. 288-296.As physica...
Central to effective student learning is engagement. This paper presents a student-centred approach ...
Most geotechnical engineering educators would agree that experience in the laboratory by geotechnica...
Knowledge of geology is essential for engineering students studying in a postgraduate programme on t...
This paper reviews the major contributions to Géotechnique that relate to physical modelling, includ...
This paper reports on the results of several geotechnical engineering-related science activities con...
Abstract: In this paper, we present lessons learned from the application of a set of activities aime...
This paper reports a collaborative courseware development project in geotechnical engineering,conduc...
The transition from basic Engineering courses in the first year of Civil Engineering curriculum, int...
This paper discusses the preparation and pre-evaluation for the development and implementation of an...
In his 1987 Nash Lecture, Prof. John Burland questioned the educational value of requiring undergrad...
A study on student understanding of geotechnical engineering topics was conducted at several private...