Risk Assessments, Method Statements and Quality Plans

This DIXONTECH program delivers practical and professional training on preparing and implementing Risk Assessments (RA), Method Statements (MS), and Quality Plans (QP) in compliance with international safety and quality standards. The course equips participants to manage workplace safety, control hazards, and ensure consistent project quality. Through real case examples, delegates will learn how to write, review, and evaluate RAs, MSs, and QPs that meet client, legal, and ISO 9001:2015 requirements.

TRAINING TOPICS

• Fundamentals of Risk Assessment and Method Statement (RAMS)

• Structure and Content of Quality Plans

• Legal and Regulatory Framework for RA and MS

• Risk Hierarchy and Control Measures

• Integration of Quality and Safety Management Systems

BY THE END OF THIS TRAINING COURSE, DELEGATES WILL BE ABLE TO:

• Develop and implement structured Risk Assessments

• Prepare clear and compliant Method Statements

• Design effective Quality Plans for projects

• Align RAMS with ISO and HSE requirements

• Integrate risk and quality systems effectively

• Evaluate contractor and site safety documents

• Improve project delivery and compliance levels

TRAINING IS TAILORED TO:

• Project and Construction Managers

• Health, Safety and Environment (HSE) Officers

• Quality Assurance and Control Engineers

• Site Supervisors and Foremen

• Risk and Compliance Specialists

• Maintenance and Operations Managers

• Contractors and Safety Inspectors

TRAINING METHODOLOGY

The training combines structured instruction with group workshops and practical exercises. DIXONTECH applies scenario-based learning, documentation review, and hands-on development of risk assessment and method statement templates. Participants will produce real project plans and quality documentation to reinforce the practical application of each concept.

DAY 1

Introduction to Risk Assessments and Method Statements

• Understanding the purpose of RA and MS

• Legal responsibilities and compliance requirements

• Identifying workplace hazards and risks

• Risk matrix and probability analysis

• Documentation principles and hierarchy of control

• Defining scope and methodology in RAMS

• Importance of RA and MS in project safety

DAY 2

Developing Effective Risk Assessments

• Risk identification tools and techniques

• Hazard categorization and control hierarchy

• Determining risk likelihood and consequence levels

• Evaluating existing control measures effectiveness

• Assigning responsibilities in the RA process

• Reviewing and updating risk assessments

• Recordkeeping and communication of findings

DAY 3

Writing and Implementing Method Statements

• Structure and key elements of a Method Statement

• Step-by-step safe work procedure development

• Defining plant, equipment, and manpower requirements

• Environmental and emergency considerations in MS

• Linking MS with project safety and quality systems

• Contractor and client approval processes

• Monitoring implementation of method statements

DAY 4

Designing and Managing Quality Plans

• Overview of quality planning principles

• Components and structure of a Quality Plan

• Relationship between QP, ISO 9001, and project success

• Quality control and assurance procedures

• Inspection and test plans (ITP) integration

• Recording nonconformities and corrective actions

• Continuous improvement and quality audits

DAY 5

Integration and Practical Application

• Combining RA, MS, and QP into one framework

• Coordinating documentation between stakeholders

• Reviewing sample project documentation

• Conducting internal audits for compliance

• Using digital tools for RA/MS/QP management

• Workshop: writing a complete RAM