Gain competency and expand your knowledge on the geotechnical, geochemical, governance, closure and socio-economic considerations of tailings management.

This course is designed to develop specific underground metalliferous mining geomechanics design competencies for engineers to enhance their contribution to mine site geomechanics programs. This course will benefit industry practitioners seeking to understand and explore the geotechnical aspects of the mine design process.

This three day course will cover the fundamentals of GeoStudio Core products for investigating slope stability and groundwater flow. The Interoperability between GeoStudio and other Seequent products will also be covered.

This introductory ACG training course is to be presented by Professor Phil Dight. He brings together a wealth of experience to share with course participants.

This course provides a holistic big picture overview of geotechnical design and operational management processes; takes delegates sequentially through the various stages of the slope stability design process; covers operational issues related to managing open pit operations from a geotechnical perspective; reviews selected open pit failures and discuss how the geotechnical industry addresses stability problems in all parts of the world.

This 50hr 6 week course delivered by Dr. Ahmed Mufty focuses on both geotechnical and structural design of bored piles. This course delivers practical methods used for design, construction methods and tolerances, comprehensive explanation of ACI codes and committees, and presentation of some EC provisions. Students will be provided RSPile software temporary licenses.

This 50hr 6 week course delivered by Dr. Lee, is aimed at senior level undergraduate/graduate students with intermediate civil and geotechnical experiences who also want to apply best available probabilistic/stochastic analysis tools to real geotechnical/environmental/civil engineering problems. This course covers principles and basics of probabilistic/ stochastic analysis methods and its applications for shallow foundation/retaining wall/soil&GW remediation designs, statistical evaluation of engineering properties of soil/rock, guidance to best available geotechnical/civil filter design with soil and filter properties, and practical exercise problem sets from actual author’s project experiences.

This 50hr 6 week course delivered by Dr. Alun Thomas, looks at the over-arching principles of design in the context of soft ground. Topics such as safety, risk management, sustainability and design codes will be covered in outline. The key aspects of geotechnics will be highlighted, on the assumption that the attendees have a basic understanding of this subject already. Additionally, this course provides insight into many related topics such as ground treatment, instrumentation and monitoring and sustainability. Each subject will be illustrated with easy to understand examples and practical cases.

This is a 50hr course delivered by Abdel-Hadi Hor, teaching the core of ArcGIS platform, from designing and creating maps, carry out spatial analysis, built and edit spatial databases, creating Web GIS Services and developing web applications. The course consists of lectures, discussions, exercises and assignments with instructor support.

This 50hr course running 6 weeks provides a foundation for future development and practice as consultants, designers, and builders to understand and be able to apply various techniques of ground modification and soil improvement. Delivered by Professor Ahmed Khan, this course covers principles, methods and applications of ground modification and soil Improvement in an easy to understand manner with provision of online support throughout.

This is a 50hr course running 6 weeks, designed for college and university students alongside current studies, practitioner, technicians and engineers alike, wishing to learn or refresh their knowledge of soil mechanics. Professor Ian Smith provides introduction to the settlement behaviour of soils underloading, followed by coverage of the key subject of shear strength of soils. Application of the theory in civil engineering is made through the subjects of bearing capacity followed by introduction to the design procedures of Eurocode 7. To conclude, the design of shallow foundations in accordance with Eurocode 7, is covered.

This six week course presented by Ingeoexpert Training Center in collaboration with Geomechanica will provide an overview of numerical methods commonly used in rock engineering while also introducing the finite-discrete element method (FDEM), with a focus on theoretical aspects as well as computational and software implementation aspects.

Hard rock mines in deep and high stress environments often require the use of seismic systems to enable operators to manage seismic risk posed to the workforce, the mining investment and the environment. Seismic data is also used in assessing the rock mass response to mining activities where source parameters are used in the interpretation of rock mass failure mechanisms, the calibration of numerical modelling, and the interpretation of failure mechanics of the rock mass.