Collaboration in Geotechnical Engineering by Prof. Ashok Peiris
Considering the inherent risk involved with geotechnical engineering design and associated construction, collaborative approach is very important for better project outcome. Australian geomechanics Society has issued a special edition dedicated to work on “Collaboration in Geotechnical Engineering” (Journal of Australian Geomechanics Society, Volume 56, No.2, June 2021). This edition is part of ongoing initiative led primarily by members of the Corporate Associates Presidential Group (CAPG) of the International Society of Soil Mechanics and Geotechnical Engineering (ISSMGE) with assistance of members of Australian Geomechanics Society.
This edition provides considerable insight into the nature of collaboration in the geo-profession. Two key features are evident throughout: the need for both fundamental and applied research, and the need for champions in both industry and academia to encourage collaboration and innovation in the geo-profession.
Among many contributions, the followings are noted:
Jayantha Kodikara, Industry-university collaboration paradigms for solving industry problems
Buddhima Indraratna et. al., Collaborations in geotechnical engineering: lessons learn from the Ballina Bypass and the National Soft Soil Field Testing Facility.
Ashok Peiris et. al., Collaboration in design and construct transportation project – a case study.
Jay Ameratunga et. al., Alliance enhances geotechnical outcome – Post of Brisbane Seawall
- Jayantha Kodikara, Industry-university collaboration paradigms for solving industry problems
- Buddhima Indraratna et. al., Collaborations in geotechnical engineering: lessons learn from the Ballina Bypass and the National Soft Soil Field Testing Facility.
- Ashok Peiris et. al., Collaboration in design and construct transportation project – a case study.
- Jay Ameratunga et. al., Alliance enhances geotechnical outcome – Post of Brisbane Seawall