At Fire Risk Consultancy Limited, we believe that learning has no boundaries. With our cutting-edge e-learning solutions, we're breaking down geographical barriers and bridging cultural gaps, creating a global community of lifelong learners. We believe in reconciliation and have produced courses to promote understanding.
This course is designed to equip frontline and shift-based personnel with the knowledge and confidence to act as Mental Health Champions within their teams. It explores how to provide early peer-level support during moments of emotional or psychological distress, without stepping into the role of a therapist or clinician.
This course is designed to equip frontline and shift-based personnel with the knowledge and confidence to act as Mental Health Champions within their teams. It explores how to provide early peer-level support during moments of emotional or psychological distress, without stepping into the role of a therapist or clinician.
This course is designed to equip frontline and shift-based personnel with the knowledge and confidence to act as Mental Health Champions within their teams. It explores how to provide early peer-level support during moments of emotional or psychological distress, without stepping into the role of a therapist or clinician.
This course equips fire professionals with critical knowledge: what thermal runaway is, how it develops, and most importantly, how it can be stopped using a PFAS-free, plant-derived wetting and encapsulating agent,a revolutionary agent proven to tackle this modern fire threat.
This course equips fire professionals with critical knowledge: what thermal runaway is, how it develops, and most importantly, how it can be stopped using a PFAS-free, plant-derived wetting and encapsulating agent,a revolutionary agent proven to tackle this modern fire threat.
Traditional fire safety methods built for fuel vehicles can’t manage the rapid, high‑energy reactions of EV battery thermal runaway. This course explains why reactive tactics are unsustainable and presents a new, engineered approach that stops thermal runaway at its source.