Environmental Life Cycle Assessment (LCA) Essentials
Measure and analyze the environmental impact of products from raw material to disposal using industry-standard life cycle assessment frameworks.
💬AIインストラクター どのレッスンでも質問すれば、いつでもすぐに分かりやすい答えが返ってきます。
🕐いつでも開始 スケジュールも締め切りもなし。自分のペースで、好きなときに学べます。
🌐日本語で レッスン、課題、修了証まで、すべてあなたの言語で。
このコースについて
As organizations and consumers prioritize sustainability, understanding the true environmental footprint of products and services is more critical than ever. Life Cycle Assessment (LCA) provides a structured, scientific framework to evaluate these impacts from cradle to grave.
This written course guides you through the foundational principles of LCA, equipping you with the skills to assess resource consumption, greenhouse gas emissions, and waste generation across a product's entire life cycle. You will learn how to translate complex environmental data into actionable insights that support eco-design, regulatory compliance, and circular economy strategies.
What you'll learn:
- Understand the core principles, terminology, and phases of the ISO-standardized LCA framework.
- Define the goal, scope, boundaries, and functional units for a reliable assessment.
- Compile and analyze Life Cycle Inventory (LCI) data to track inputs and outputs.
- Evaluate environmental impacts using Life Cycle Impact Assessment (LCIA) methodologies.
- Interpret assessment results to identify ecological hotspots and recommend sustainable improvements.
- Apply modern LCA concepts, including circular design principles and carbon footprint calculations.
You will begin by mastering essential sustainability concepts and terminology before exploring each phase of the assessment process through structured text explanations and practical, scenario-based exercises.
This course is designed for beginners, sustainability enthusiasts, product developers, and business professionals seeking a clear entry point into environmental impact analysis, with no prior experience required.
Start reading today to build your foundation in environmental sustainability and make data-driven ecological decisions.