DuPont STOP Safety Observation Method for Workplace Hazard Prevention Training Course

Course overview

Unsafe conditions are often visible before an incident occurs, yet near misses, shortcuts and weak controls can become normalised when supervisors and workers lack a consistent way to intervene. This course addresses the practical gap between completing a safety walk and conducting a high-quality DuPont STOP observation: identifying at-risk behaviours and conditions, starting a respectful conversation, verifying controls and converting observations into prevention actions. Participants learn how to make safety observations credible rather than punitive, so reporting quality improves without discouraging workforce participation.

The course applies the DuPont STOP Safety Training Observation Program method to routine work in industrial, construction, maintenance, logistics and process environments. Participants practise planning observation routes, recognising behaviour-based and condition-based hazards, using the STOP observation sequence, asking effective coaching questions and documenting findings. They also learn to distinguish immediate correction from escalation, analyse observation data for repeat exposures, connect findings to risk assessments and ISO 45001 corrective-action processes, and measure whether observation activity is reducing risk rather than merely increasing report counts.

Instruction combines facilitated method demonstrations, realistic work scenarios, observation-form analysis, role-played field conversations and group reviews of anonymised trend data. Each participant develops a workplace STOP implementation pack containing an observation checklist, conversation prompts, escalation criteria, data fields, monthly dashboard measures and a 90-day deployment plan for a defined work area. This is a five-day instructor-led course available in classroom or live-online format, with a certificate issued on completion.

The programme is designed for professionals who already work within an occupational health and safety management system and need to strengthen frontline hazard recognition, supervisory coaching and preventive-action discipline.

Course objectives

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

• Apply the DuPont STOP observation sequence to identify at-risk behaviours, unsafe conditions and missing controls.
• Plan targeted safety observation routes using task risk, exposure frequency and incident-history data.
• Conduct non-punitive STOP conversations using open questions, active listening and agreed corrective actions.
• Complete a STOP observation record with clear behavioural facts, hazard descriptions and accountable follow-up actions.
• Classify observation findings by risk level, control type, work activity and repeat-exposure pattern.
• Analyse STOP observation data in Microsoft Excel to identify leading indicators and recurring hazard themes.
• Link observation findings to ISO 45001 risk assessment, corrective-action and worker-participation requirements.
• Produce a 90-day STOP deployment plan with observer roles, quality checks, metrics and review meetings.

Benefits of attending

Target competencies

Who should attend

• HSE Managers — who need a disciplined observation process that produces usable leading-indicator data.
• Safety Officers and Advisors — who conduct workplace inspections and must improve the quality of hazard conversations.
• Operations Managers — who are accountable for safe execution, production continuity and corrective-action follow-through.
• Frontline Supervisors — who need to coach safe work practices without turning observations into fault-finding exercises.
• Maintenance and Engineering Supervisors — who manage high-exposure tasks, permit interfaces and changing work conditions.
• Safety Committee Members and Worker Representatives — who contribute workforce insight and monitor preventive-action closure.

Requirements and prerequisites

Participants should have practical exposure to workplace safety procedures, such as toolbox talks, risk assessments, incident reporting, inspections or permit-to-work controls. They should understand basic hazard terminology, including hazard, risk, control, near miss, corrective action and personal protective equipment. Experience supervising work teams or participating in safety walks is helpful, but not essential. Participants should be able to read simple risk matrices and use spreadsheet tables at a basic level. No prior DuPont STOP qualification, behavioural-safety certification, statistical software or specialist audit training is required.

Training methodology

The instructor introduces each STOP element through short demonstrations, then participants apply it to task photographs, video scenarios, sample observation cards and realistic operational case files. Small groups practise observer-worker conversations, receive structured feedback and calibrate how they classify behaviour, conditions and control failures. Spreadsheet workshops use anonymised observation data to build trend views and action priorities. On the final day, participants assemble and peer-review a STOP implementation pack for their own workplace, including observer governance, quality assurance and a 90-day rollout schedule.

Course outline

Day 1: STOP principles and observation foundations

• Purpose and boundaries of the DuPont STOP Safety Training Observation Program
• Difference between safety inspections, audits, observations and incident investigations
• STOP observation sequence: decide, stop, observe, act and report
• At-risk behaviours, unsafe conditions and exposure pathways
• Human factors, normalisation of deviation and work-as-done
• Psychological safety and non-punitive observation practice
• Observation ethics, confidentiality and workforce trust

Workshop: Participants review a simulated production-area scenario and produce a first-pass STOP observation record identifying behaviours, conditions and immediate actions.

Day 2: Hazard recognition and observation planning

• Task-based hazard recognition for routine and non-routine work
• Energy sources and critical-risk control verification
• Using risk matrices to prioritise observation targets
• Selecting observation locations, shifts and work activities
• Planning around permits, isolations and simultaneous operations
• Recognising control degradation and weak barrier performance
• Observation sampling plans for employees and contractors

Workshop: Participants build a risk-based weekly observation plan for a case-study site, including target tasks, exposure rationale and observer assignments.

Day 3: Safety conversations and immediate intervention

• Opening a STOP conversation without blame or accusation
• Open-question techniques for understanding work conditions
• Active listening, paraphrasing and checking assumptions
• Coaching safe alternatives and reinforcing positive practices
• Stopping work and escalating imminent-danger situations
• Resolving resistance, time pressure and production conflicts
• Agreeing corrective actions, owners and completion dates

Workshop: In structured role-plays, participants conduct a STOP conversation for an at-risk task and produce an agreed action-and-escalation note.

Day 4: Observation records, analysis and corrective action

• Writing factual observation narratives without judgemental language
• STOP observation form fields and data-quality rules
• Coding findings by hazard category, task and control type
• Leading indicators: observation quality, repeat findings and action closure
• Microsoft Excel pivot tables and charts for observation trends
• Root-cause questioning for recurring behavioural and condition patterns
• Linking STOP findings to ISO 45001 corrective-action processes

Workshop: Participants clean and analyse a sample STOP dataset in Microsoft Excel and produce a one-page trend report with priority actions.

Day 5: Programme deployment and leadership review

• STOP observer selection, competence criteria and calibration
• Briefing workers, contractors and union or representative groups
• Observation quality assurance and supervisor coaching reviews
• Monthly metrics, dashboard design and management-review inputs
• Action tracking, verification and overdue-action escalation
• Integrating STOP with BowTie barriers, inspections and incident learning
• Ninety-day implementation planning and sustainability controls

Workshop: Participants present a 90-day STOP deployment plan for their work area and receive peer and instructor feedback on governance, metrics and rollout risks.

Tools & standards covered

DuPont STOP Safety Training Observation Program, ISO 45001:2018, Microsoft Excel, 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