Humanitarian engineering applies engineering methodologies to improve the lives of marginalized communities, often under resource constraints and considering climate, culture, and isolation. It focuses on disaster relief, development, and sustainability, using appropriate technology to solve problems efficiently. Training includes development principles, economics, microfinance, sociology, and rigorous engineering basics. Key NGOs involved include AIDG, IDE, and Practical Action, while some universities offer specialized programs.
Key Aspects[edit | edit source]
- Principles of Development: Training often involves understanding development principles, economics, microfinance, sociology, history, politics, and language.
- Disaster Relief: Emphasis on problem-solving with limited resources and managing logistics in stressed environments.
- NGOs: Organizations like AIDG and IDE apply appropriate technology in humanitarian engineering, while others like Practical Action provide essential knowledge resources.
Real-World Applications[edit | edit source]
- Appropriate Technology: Innovations are designed to be sustainable, culturally appropriate, and cost-effective.
- Community Projects: Projects often involve collaboration with local communities to ensure solutions are practical and sustainable.
Education and Training[edit | edit source]
Several universities now offer programs in humanitarian engineering, incorporating interdisciplinary studies to prepare engineers for work in challenging environments.
References[edit | edit source]
- Paul Polak: Known for "Design for the Other 90%" concept.
- NGOs: AIDG, IDE, Practical Action, and Appropedia.
