Start date:
| 06 Apr 2026, 8.15AM |
duration: |
2792 hrs 45 mins |
Location: |
Online |
Cost: |
|
This module is available to start now
Additionally, they will evaluate various calculation methods and emissions factors used in greenhouse gas inventories. The module will also involve appraising critical components of an inventory, such as its intended uses and users, boundary setting, consolidation approaches and inventory reporting.
Learning outcomes
By the end of the module, you should be able to:
- Interpret the principles behind best practice greenhouse gas inventories.
- Recognise key considerations involved in identifying and measuring emissions sources and removals and data collection.
- Compare and contrast direct and indirect emissions according to ISO14064-1:2018 and the GHG Protocol standards.
- Evaluate calculation methods and emissions factors used in greenhouse gas inventories.
- Appraise key components of a greenhouse gas inventory such as, but not limited to, intended use(s) and user(s), boundary setting and consolidation approaches, and inventory reporting.
Position and pathway
This module includes an optional online badge exam (micro-credential). Successful completion of the assessment contributes towards CEP’s Certified Professional in Carbon qualification.
Time commitment
The module comprises thirteen (13) lessons and videos, and approximately four hours (4) hours of total video content. Learners will also complete seven (7) progression quizzes, each taking around five (5) minutes, and one (1) completion quiz. The progression quizzes serve as gatekeeper steps, requiring successful completion before participants can advance to the next lesson.
Digital certificate
A digital certificate is issued upon achieving a minimum pass mark of 75%, recognising successful completion and understanding of the module. Please note that this certificate is separate from the associated professional certification.
This “self-directed” online training module on “Preparing a Greenhouse Gas (GHG) Inventory” covers the key principles of best practices for greenhouse gas inventories. It includes recognising important factors in identifying and measuring emission sources and removals, as well as data collection processes. Students will also compare and contrast direct and indirect emissions according to the ISO14064-1:2018 and GHG Protocol standards.
This module is available to start now
Additionally, they will evaluate various calculation methods and emissions factors used in greenhouse gas inventories. The module will also involve appraising critical components of an inventory, such as its intended uses and users, boundary setting, consolidation approaches and inventory reporting.
Learning outcomes
By the end of the module, you should be able to:
- Interpret the principles behind best practice greenhouse gas inventories.
- Recognise key considerations involved in identifying and measuring emissions sources and removals and data collection.
- Compare and contrast direct and indirect emissions according to ISO14064-1:2018 and the GHG Protocol standards.
- Evaluate calculation methods and emissions factors used in greenhouse gas inventories.
- Appraise key components of a greenhouse gas inventory such as, but not limited to, intended use(s) and user(s), boundary setting and consolidation approaches, and inventory reporting.
Position and pathway
This module includes an optional online badge exam (micro-credential). Successful completion of the assessment contributes towards CEP’s Certified Professional in Carbon qualification.
Time commitment
The module comprises thirteen (13) lessons and videos, and approximately four hours (4) hours of total video content. Learners will also complete seven (7) progression quizzes, each taking around five (5) minutes, and one (1) completion quiz. The progression quizzes serve as gatekeeper steps, requiring successful completion before participants can advance to the next lesson.
Digital certificate
A digital certificate is issued upon achieving a minimum pass mark of 75%, recognising successful completion and understanding of the module. Please note that this certificate is separate from the associated professional certification.
