Nature Inspired Engineering

Goals
To provide the student with an overall understanding of the principles and methods of nature inspired engineering; To showcase and discuss examples of nature solutions to address adaptation challenges; To guide conceptual nature inspired designs to address engineering challenges; To promote innovative solutions, critical thinking, and engineering judgment.
Issues Involved or Addressed
To understand how nature deals with and/or optimizes the phenomena of thermal regulation, penetration, separation, and breakdown, and use the learned knowledge to develop sustainable and resilient infrastructures and construction technologies. The team works on multiple topics related to infrastructure, including: Design the space/structures/materials for passive heating/cooling Understand the penetration processes of plants and animals into soils and rocks Develop new subsurface drilling technologies Investigate the strategies by nature in redistributing and processing liquids and solids Key activities of these topics include function analysis, searching for natural examples, discovering underlying mechanisms, and brainstorming prototype testing.
Partners/Sponsors
NSF
Methods and Technologies
- Lab testing
- experiment design
- Lab observations (time-lapse images videotaping basic sensors and electronics)
- Data analytics and design optimization
- tool/sensor development
- prototyping and 3D printing
- video/image processing using ImageJ or other open-source software
Majors Sought
Engineering: Chemical and Biomolecular Engineering, Civil Engineering, Electrical Engineering, Mechanical Engineering, Robotics
Sciences: Applied Physics, Biology
Preferred Interests and Preparation
COE3001: Deformable Bodies
Advisor
Sheng Dai
Sheng Dai
sheng.dai@ce.gatech.edu
Day, Time & Location
Full Team Meeting:
9:30-10:20 Friday
Mason Building 2140
Subteam meetings scheduled after classes begin.