The recent advancements in mineral exploration including the increased use of autonomous systems like drones and robots to survey large areas, sophisticated data analysis techniques utilizing artificial intelligence (AI), to geospatial analysis, 3D modelling, identifying potential mineral deposits, improved airborne electromagnetic (EM) and induced polarization (IP) surveys, and the development of new sensor technologies for detecting minerals on the ground, all aiming to improve efficiency, reduce costs, access previously difficult-to-reach locations, improve safety, and reduce environmental impact. However, as observed Xuan-Ce Wang, the rapid changes in battery chemistries, investor sentiment, and environmental regulations are already reshaping demand for entire commodities, yet many firms remain tethered to rigid operating models built around single commodities and traditional labor structures.

The new innovations offer unprecedented accuracy in exploration, enabling companies to process complex geological data quickly and make informed decisions. With real-world applications, this programme focuses on how new developments in geology and minerals exploration can help pinpoint mineral deposits more accurately, expedite decision-making, and ensure resilient and profitable mining operations in the face of market fluctuations. Delegates will learn through practical demonstrations, simulations, case studies, and interactive discussions in redefining mineral exploration in Africa.

In addition, this programme highlights the new global trends in mineral exploration, featuring examples from leading companies that are successfully integrating new technologies and tools for detecting minerals and integration into their workflows. Participants will gain a competitive edge in a rapidly evolving industry by bridging the gap between traditional methods and modern capabilities.