Introduction to Green Engineering (APPEL-GREEN)

PARTICIPANT TESTIMONIALS

  • Systems Engineering & Engineering
    Systems Engineering & Engineering

This course provides an introduction to the topic of green engineering, a tool for reducing the environmental impact of products, processes, and systems and making them more sustainable. From a NASA perspective, green engineering is an engineering best practice that considers environmental impacts as another design risk for mission success.

This course is designed as graduate-level seminar for engineers, scientists, project managers, and others who design products, processes, or systems and want to understand, quantify, and reduce the associated environmental impacts.

Technical Areas Addressed
  • Systems thinking
  • Sustainability
  • Green engineering
  • Environmental impacts
  • Environmental risk management
  • Incorporating environmental issues into decision frameworks
  • Life-cycle assessment (LCA)
  • Chemical toxicology
  • Biomimicry

Click here to view full competency model.

APPEL Library Resources

NASA Galaxie Library NASA Galaxie Library Books 24x7 Library Books 24x7 Library
All supplemental resources are NASA accessible only unless otherwise noted.

Upon completion of this course, participants will be able to:

  • Identify and communicate NASA engineering challenges with respect to environmental impacts as well as future risks, requirements, and potential solutions.
  • Explain the different phases for a product, process, or system over the entire life cycle and give examples of potential environmental impacts and risks in each.
  • Describe and apply basic life-cycle assessment (LCA) techniques for engineering projects.
  • Develop an inventory of inputs/outputs for products/processes/systems.
  • Develop a simple streamlined LCA template for use in their job function.
  • Identify best practices and resources for continued learning and application of sustainability principles to NASA projects.
  • Employ environmentally conscious designs, materials selection, and manufacturing techniques—enhanced through interdisciplinary teamwork.
  • Design and develop materials, products, processes, hardware, and systems that are inherently safer, generate less waste, and use energy efficiently.
  • Practice minimizing impacts associated with environmentally-driven risks, especially through an understanding of policies, regulations, and other external requirements (U.S. and international).
  • Use available green engineering and sustainability tools and resources, along with NASA expertise, within system design and development efforts.
  • Explain their role in fostering a sustainability culture within NASA.

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