Recommended for sustainability analysts, independent consultants, environmental engineers, researchers, R&D team members, and consultancy firms looking to provide LCA consultation, as well as all learners aiming to go beyond the “Expert” plan.

Training Curriculum

Here’s a logically structured Life Cycle Assessment (LCA) training curriculum with a step-by-step progression from fundamental concepts to advanced applications:

1. Introduction & Training Structure

1. English Training – Provides foundational English language training for non-native speakers to improve comprehension.
2. Remote (Online) or In-Person – Explains the available training formats to help participants choose the best option.
3. Accelerated Learning Approach – Introduces the structured learning method used in the training.
4. The ‘Zero to Hero’ Method – Describes the stepwise approach to mastering LCA from basics to advanced levels.
5. Extensive Training – Provides details on the in-depth nature of the course and its coverage.

2. Fundamental Concepts of LCA

1. General Principles of LCA – Covers the key concepts, purpose, and framework of LCA.
2. The Four Phases of LCA – Explains goal and scope definition, inventory analysis, impact assessment, and interpretation.
3. Principles of System Modeling – Introduces system modeling and how processes are structured in LCA.
4. System Function – Defines how a system operates and its purpose in an LCA study.
5. Functional Unit/Reference Unit – Explains the importance of selecting a reference unit for fair comparisons.
6. System Boundaries – Discusses how to define the scope of an LCA by setting boundaries.

3. Life Cycle Inventory (LCI) Analysis

1. Inventory Analysis – Introduces the process of collecting and quantifying inputs and outputs in an LCA.
2. Input/Output Inventory – Explains how material and energy flows are accounted for.
3. Step-by-Step Procedure of Inventory Analysis – Breaks down the process of conducting an LCI.
4. Process Calculations of Inventory – Covers how to compute inventory data, including allocation methods.
5. LCA Databases – Introduces databases used to source inventory data.
6. Types of LCI Data & Databases – Discusses primary and secondary data sources and their relevance.

4. Life Cycle Impact Assessment (LCIA)

1. Life Cycle Impact Assessment (LCIA) Methods – Overview of different LCIA methods used in LCA studies.
2. LCA Steps: Classification – Explains how environmental impacts are grouped into categories.
3. LCA Steps: Characterization – Discusses methods for quantifying impacts.
4. LCA Optional Steps: Normalization – Introduces the process of normalizing impact results for context.
5. LCA Optional Steps: Weighting – Explains weighting methods for prioritizing impact categories.
6. LCA Optional Steps: Grouping – Covers grouping impacts into broader categories for decision-making.
7. Analysis of Inventory Results – Interprets LCI data for meaningful insights.
8. Analysis of Life Cycle Impact Assessment (LCAI) Results – Teaches how to analyze LCIA findings.

5. LCIA Methods & Advanced Modeling

1. The CML Method – Introduces the CML impact assessment method.
2. The IMPACT 2002+ Method – Covers the IMPACT 2002+ methodology for LCIA.
3. ReCiPe 2008/2016 LCIA Method – Explains ReCiPe’s midpoint and endpoint modeling approach.
4. IMPACT World+ – Discusses regionalized impact assessment with IMPACT World+.
5. Midpoint Modeling – Covers impact assessment at the midpoint level.
6. Endpoint Modeling – Discusses impact modeling at the endpoint level.

6. Advanced LCA Topics & Data Management

1. Unit Process vs. System Process – Explains the difference between these two modeling approaches.
2. Dealing with Multi-Output Processes – Covers handling co-products and by-products in LCA.
3. Allocation Methods – Discusses allocation techniques such as economic and physical allocation.
4. The Cut-Off Method – Explains how cut-off criteria are used in modeling.
5. System Expansion – Covers system expansion as a method to handle multifunctional processes.
6. Flowcharts & Process Flow Diagram (PFD) – Introduces the use of diagrams for visualizing LCA models.
7. LCA Data Training – Teaches how to manage, validate, and organize LCA data.
8. How to Collect Supply Chain Data – Provides guidance on gathering supplier data.
9. Supply Chain Data Collection Template (Excel) – Introduces a structured Excel template for LCA data collection.

7. Manual Calculations & Scenario Analysis

1. LCA Manual Calculations: Linear Approach – Covers traditional hand calculations for LCA.
2. LCA Manual Calculations: Matrix Approach – Explains the matrix-based approach to LCA modeling.
3. Manual Calculations with Microsoft Excel – Demonstrates LCA calculations using Excel.
4. Sensitivity Analysis – Discusses techniques for assessing uncertainties in LCA.
5. Uncertainty Analysis – Covers methods for quantifying uncertainty in LCA results.
6. Trade-Off Analysis – Explores trade-offs between environmental impacts and economic considerations.
7. Scenario Development (What-If Analysis) – Teaches how to model different scenarios in LCA studies.

8. Environmental Foot printing & Climate Impact

1. Carbon Footprint – Covers the principles and calculations for carbon footprint assessment.
2. Types & Assessment of CO₂ Emissions – Explains different types of CO₂ emissions and their measurement.
3. Water Footprint – Introduces water footprint analysis within LCA.
4. GHG Emissions Scopes 1-3 – Covers Scope 1, 2, and 3 greenhouse gas emissions reporting.
5. Global Warming Potential (Climate Change) Assessment – Explains how LCA is used to assess climate impacts.

9. LCA Software & Applications

1. Calculation by Hand vs. Using Software – Compares manual calculations with software-based modeling.
2. Guideline for the Correct Use of LCA Software – Provides best practices for using LCA tools.
3. Data Availability and LCA Software Selection – Discusses criteria for selecting the right LCA software.
4. LCA Modeling – Introduces practical approaches to LCA modeling using specialized software.

10. Interpretation & Practical Applications

1. Final Results Interpretation – Covers methods for making meaningful conclusions from LCA results.
2. How to Communicate Your LCA Results – Teaches best practices for presenting LCA findings.
3. How to Visualize LCA Results – Covers visualization tools and techniques for LCA reporting.
4. LCA Applications – Explores how LCA is applied across different industries.
5. Applications to Product Comparisons – Demonstrates how LCA can be used to compare product alternatives.
6. Applications to Eco-Design – Explains how LCA informs eco-design and sustainable product development.
7. Sustainability Assessment – Discusses LCA’s role in broader sustainability evaluations.

11. Certification & Advanced Training

1. ISO 14040 Demonstration – Covers ISO 14040 guidelines for LCA.
2. ISO 14044 Demonstration – Explains the ISO 14044 framework for conducting LCA.
3. Advanced Topics on LCA – Covers emerging trends and research in LCA.
4. Advanced Life Cycle Assessment Case Study – Provides a deep-dive case study for practical application.
5. Attributional Life Cycle Assessment – Covers attributional LCA methodology.
6. Consequential Life Cycle Assessment (CLCA) – Introduces consequential LCA approaches.
7. Optional Examination & Training Certificate (Paid) – Provides an option for certification upon successful completion of the training.