Mining HSE Management and Tailings Safety Training Course

Course overview

Mining operations face a distinctive HSE challenge: high-energy mobile equipment, ground instability, explosives, confined spaces, dust, water management and tailings facilities can combine to create low-frequency, high-consequence events. Managers and HSE professionals must do more than maintain registers and investigate incidents; they must show that critical controls work in the field, environmental obligations are being met, and tailings risks are governed with clear accountability. This course addresses the practical gap between an HSE management system on paper and reliable operational control at mine sites and processing facilities.

Participants examine how to build and improve an integrated mining HSE management system using ISO 45001 and ISO 14001 principles, risk-based planning and assurance methods. They practise task risk assessment, BowTie analysis, critical-control verification, incident investigation, legal-compliance evaluation, emergency preparedness and environmental aspect-impact assessment. Dedicated tailings content covers the Global Industry Standard on Tailings Management (GISTM), consequence classification, governance roles, trigger action response plans and escalation of abnormal conditions.

Teaching combines instructor-led technical sessions with mine-based scenarios, group workshops and structured review of real operating controls. Participants work through a simulated tailings and process-plant risk case, test controls against field evidence, and make decisions under an escalating incident scenario. They leave with a practical Mine HSE and Tailings Assurance Action Plan: a documented risk register, critical-control verification schedule, compliance priorities, incident-learning actions and a 90-day implementation roadmap that can be adapted for their operation.

The course is designed for experienced mining professionals who influence site safety, environmental performance, operational risk or tailings governance. It gives both technical specialists and operational leaders a common method for challenging weak controls, escalating material risks and directing resources toward the controls that prevent fatal, environmental and tailings-related failures.

Course objectives

By the end of this course, participants will be able to:

• Construct an integrated mine HSE management system map aligned to ISO 45001 and ISO 14001 requirements
• Conduct task-based risk assessments using hazard identification, risk ranking and control-hierarchy methods
• Develop BowTie diagrams that define threats, preventive barriers, recovery controls and escalation factors
• Design a critical-control verification programme with field checks, evidence criteria and accountable owners
• Evaluate environmental aspects and impacts for mining, processing, water and waste-management activities
• Investigate mining incidents using causal analysis, barrier failure review and corrective-action tracking
• Apply GISTM governance and Trigger Action Response Plan concepts to tailings facility oversight
• Produce a 90-day Mine HSE and Tailings Assurance Action Plan for workplace implementation

Benefits of attending

Target competencies

Who should attend

• HSE Managers — who must integrate safety, environmental and tailings controls into site assurance systems
• Mine Managers — who are accountable for operational risk, critical controls and escalation of material hazards
• Tailings Facility Engineers — who need to connect technical tailings surveillance with HSE governance and response planning
• Environmental Managers — who manage permitting, aspect-impact controls, monitoring and environmental incident response
• Processing Plant Managers — who oversee high-risk plant activities, chemical hazards, water systems and workforce controls
• Safety Advisors and Risk Specialists — who lead risk assessments, investigations, audits and improvement actions at mine sites

Requirements and prerequisites

Participants should have working experience in a mining, minerals-processing, tailings, environmental or HSE role and be familiar with basic workplace risk assessment terminology, including hazards, controls, likelihood and consequence. Familiarity with site procedures, incident reports, inspections or permit conditions will help participants contribute fully to the exercises. The course assumes that attendees can read operating procedures and interpret simple risk matrices. No engineering degree, formal ISO auditor qualification, BowTieXP licence or prior tailings design experience is required; tailings governance concepts are taught from an operational assurance perspective rather than a geotechnical design perspective.

Training methodology

The programme uses short instructor-led modules followed by applied mine-site exercises. Participants analyse a realistic operation involving a processing plant, haulage activities, water management and a tailings storage facility; they build risk registers, BowTie diagrams, verification questions and escalation actions from the case evidence. Facilitated group work tests competing operational, environmental and safety priorities. Daily debriefs connect each method to participants’ own sites, and the final session converts learning into an individually tailored Mine HSE and Tailings Assurance Action Plan for management discussion after the course.

Course outline

Day 1: Integrated mining HSE systems and material risk

• Mining HSE risk profile: fatal hazards, environmental receptors and tailings consequences
• ISO 45001 and ISO 14001 process architecture for mine-site management systems
• Context, interested parties and legal-compliance obligations in mining operations
• Hazard identification across drilling, blasting, loading, haulage and processing
• Environmental aspect-impact assessment for water, dust, waste, noise and biodiversity
• Risk matrices, risk appetite and material-risk escalation thresholds
• HSE objectives, leading indicators and management-review inputs

Workshop: Participants map the HSE processes and material risks for a simulated open-pit mine and processing operation, producing a site-level risk and obligations profile.

Day 2: Critical controls, BowTies and field assurance

• Control hierarchy and the distinction between controls, activities and outcomes
• BowTie construction: top events, threats, consequences and barriers
• Escalation factors and barrier-degradation controls in mining tasks
• Critical-control selection for mobile equipment, ground control and energy isolation
• Performance standards for critical controls and evidence of effectiveness
• Field-level verification questions, sampling plans and verification frequencies
• Assurance dashboards and action tracking for control failures

Workshop: Participants develop a BowTie and critical-control verification checklist for a mobile-equipment interaction scenario, producing a field assurance pack.

Day 3: Incident learning and environmental operational control

• Immediate response, scene preservation and evidence collection after mine incidents
• Causal analysis using event mapping, barrier analysis and five-whys questioning
• Distinguishing root causes, contributing factors and failed management-system elements
• Corrective-action design, ownership, due dates and effectiveness verification
• Operational controls for dust, water quality, spills, waste and hazardous substances
• Environmental monitoring plans, trigger levels and non-compliance response
• Emergency preparedness for fires, chemical releases, slope failure and water events

Workshop: Participants investigate a simulated processing-plant chemical spill and produce a causal analysis, corrective-action register and environmental response actions.

Day 4: Tailings safety governance and response

• Tailings facility failure modes and consequence pathways
• Global Industry Standard on Tailings Management principles and accountability roles
• Accountable Executive, Engineer of Record and operational management interfaces
• Tailings facility risk registers, surveillance data and observational methods
• Trigger Action Response Plans and abnormal-condition decision thresholds
• Emergency preparedness and response planning for tailings-related events
• Tailings assurance reviews, documentation controls and escalation to governance bodies

Workshop: Participants review tailings surveillance data from a simulated facility and produce a Trigger Action Response Plan decision record with escalation actions.

Day 5: Audit readiness, leadership decisions and implementation

• Risk-based internal audit planning for mining HSE and tailings controls
• Audit evidence, nonconformity grading and corrective-action verification
• Management of change for mine plans, plant modifications and tailings operating changes
• Contractor HSE prequalification, onboarding and performance assurance
• HSE performance reporting for site leadership and corporate governance
• Integrating assurance findings into budgets, maintenance plans and operational planning
• Building a 90-day Mine HSE and Tailings Assurance Action Plan

Workshop: Participants complete and peer-review their Mine HSE and Tailings Assurance Action Plan, producing prioritised actions, owners, evidence measures and a 90-day implementation schedule.

Tools & standards covered

ISO 45001, ISO 14001, Global Industry Standard on Tailings Management (GISTM), BowTieXP

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions