ISO 14067 Carbon Footprint for Products Lead Verifier Training Course – Live Virtual Tutor-Led (Cognicert)

About Course

The ISO 14067 Carbon Footprint for Products (CFP) Lead Verifier Training Course – Cognicert Certified is an advanced live virtual tutor-led programme designed to equip participants with the knowledge and practical skills required to quantify, assess, verify, and validate the carbon footprint of products in accordance with ISO 14067:2018.

This course provides a comprehensive understanding of product carbon footprinting principles, life cycle assessment (LCA) methodologies, greenhouse gas quantification, verification techniques, and reporting requirements. Participants will learn how to evaluate product carbon footprint studies and ensure that carbon claims are accurate, transparent, and aligned with internationally recognized standards.

Through interactive tutor-led sessions, case studies, and practical exercises, learners will develop the competence required to lead carbon footprint verification projects and support sustainability, ESG, and climate action initiatives within organizations.

Understand ISO 14067 requirements and carbon footprint principles.
Apply life cycle assessment methodologies for products.
Quantify product greenhouse gas emissions accurately.
Evaluate and verify carbon footprint calculations.
Conduct risk-based verification activities.
Prepare carbon footprint verification reports.
Assess compliance with ISO 14067 requirements.
Lead product carbon footprint verification projects.
Support sustainability and ESG reporting initiatives.
Prepare for Cognicert Lead Verifier certification.

Course Content

Introduction to Climate Change and Product Carbon Footprints
Fundamentals of climate change science Greenhouse gas emissions and environmental impacts Carbon footprint concepts and terminology Importance of product carbon footprinting

Overview of ISO 14067:2018
Purpose and scope of ISO 14067 Relationship with ISO 14040 and ISO 14044 CFP principles and requirements Carbon footprint communication and reporting

Life Cycle Assessment (LCA) Fundamentals
Life cycle thinking principles Goal and scope definition Life cycle inventory analysis Life cycle impact assessment

Carbon Footprint Quantification
Data collection and management Emission factors and calculation methodologies Direct and indirect emissions Allocation methods and assumptions

Product Carbon Footprint Reporting
CFP reporting requirements Documentation and record management Transparency and traceability Reporting limitations and disclosures

Verification and Validation Principles
Verification and validation concepts Levels of assurance Materiality and significance assessment Risk-based verification approaches

Conducting Carbon Footprint Verification
Verification planning and preparation Evidence collection techniques Sampling and testing methods Verification activities and procedures

Evaluation and Verification Reporting
Assessing CFP calculations and assumptions Identifying nonconformities and discrepancies Verification reporting requirements Issuing verification conclusions

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical conduct and professional judgment Stakeholder communication

Practical Applications and Case Studies
Product carbon footprint verification exercises Real-world case studies Common verification challenges Best practices for continual improvement

Student Ratings & Reviews

No Review Yet

ISO 14067 Carbon Footprint for Products Lead Verifier Training Course – Live Virtual Tutor-Led (Cognicert)

About Course

What Will You Learn?

Course Content

Introduction to Climate Change and Product Carbon Footprints
Fundamentals of climate change science Greenhouse gas emissions and environmental impacts Carbon footprint concepts and terminology Importance of product carbon footprinting

Overview of ISO 14067:2018
Purpose and scope of ISO 14067 Relationship with ISO 14040 and ISO 14044 CFP principles and requirements Carbon footprint communication and reporting

Life Cycle Assessment (LCA) Fundamentals
Life cycle thinking principles Goal and scope definition Life cycle inventory analysis Life cycle impact assessment

Carbon Footprint Quantification
Data collection and management Emission factors and calculation methodologies Direct and indirect emissions Allocation methods and assumptions

Product Carbon Footprint Reporting
CFP reporting requirements Documentation and record management Transparency and traceability Reporting limitations and disclosures

Verification and Validation Principles
Verification and validation concepts Levels of assurance Materiality and significance assessment Risk-based verification approaches

Conducting Carbon Footprint Verification
Verification planning and preparation Evidence collection techniques Sampling and testing methods Verification activities and procedures

Evaluation and Verification Reporting
Assessing CFP calculations and assumptions Identifying nonconformities and discrepancies Verification reporting requirements Issuing verification conclusions

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical conduct and professional judgment Stakeholder communication

Practical Applications and Case Studies
Product carbon footprint verification exercises Real-world case studies Common verification challenges Best practices for continual improvement

Our Partners and clients

Quick Links

Training Services

Subscribe

About Course

What Will You Learn?

Course Content

Introduction to Climate Change and Product Carbon Footprints Fundamentals of climate change science Greenhouse gas emissions and environmental impacts Carbon footprint concepts and terminology Importance of product carbon footprinting

Overview of ISO 14067:2018 Purpose and scope of ISO 14067 Relationship with ISO 14040 and ISO 14044 CFP principles and requirements Carbon footprint communication and reporting

Life Cycle Assessment (LCA) Fundamentals Life cycle thinking principles Goal and scope definition Life cycle inventory analysis Life cycle impact assessment

Carbon Footprint Quantification Data collection and management Emission factors and calculation methodologies Direct and indirect emissions Allocation methods and assumptions

Product Carbon Footprint Reporting CFP reporting requirements Documentation and record management Transparency and traceability Reporting limitations and disclosures

Verification and Validation Principles Verification and validation concepts Levels of assurance Materiality and significance assessment Risk-based verification approaches

Conducting Carbon Footprint Verification Verification planning and preparation Evidence collection techniques Sampling and testing methods Verification activities and procedures

Evaluation and Verification Reporting Assessing CFP calculations and assumptions Identifying nonconformities and discrepancies Verification reporting requirements Issuing verification conclusions

Lead Verifier Responsibilities Roles and responsibilities of a lead verifier Managing verification teams Ethical conduct and professional judgment Stakeholder communication

Practical Applications and Case Studies Product carbon footprint verification exercises Real-world case studies Common verification challenges Best practices for continual improvement

Student Ratings & Reviews

Our Partners and clients

Quick Links

Training Services

Subscribe

Introduction to Climate Change and Product Carbon Footprints
Fundamentals of climate change science Greenhouse gas emissions and environmental impacts Carbon footprint concepts and terminology Importance of product carbon footprinting

Overview of ISO 14067:2018
Purpose and scope of ISO 14067 Relationship with ISO 14040 and ISO 14044 CFP principles and requirements Carbon footprint communication and reporting

Life Cycle Assessment (LCA) Fundamentals
Life cycle thinking principles Goal and scope definition Life cycle inventory analysis Life cycle impact assessment

Carbon Footprint Quantification
Data collection and management Emission factors and calculation methodologies Direct and indirect emissions Allocation methods and assumptions

Product Carbon Footprint Reporting
CFP reporting requirements Documentation and record management Transparency and traceability Reporting limitations and disclosures

Verification and Validation Principles
Verification and validation concepts Levels of assurance Materiality and significance assessment Risk-based verification approaches

Conducting Carbon Footprint Verification
Verification planning and preparation Evidence collection techniques Sampling and testing methods Verification activities and procedures

Evaluation and Verification Reporting
Assessing CFP calculations and assumptions Identifying nonconformities and discrepancies Verification reporting requirements Issuing verification conclusions

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical conduct and professional judgment Stakeholder communication

Practical Applications and Case Studies
Product carbon footprint verification exercises Real-world case studies Common verification challenges Best practices for continual improvement