Discovering the Tiny World: Highlights from Our Invertebrates Workshop
- liyuenchiew
- Apr 21
- 2 min read

On a vibrant evening filled with curiosity and creativity, the Tropical Ecology and Entomology (TEE Lab) teamed up with artist and insect conservation educator Wendy Zhang to host a public workshop on the fascinating world of invertebrates at the NTU Centre for Contemporary Art Singapore. This workshop is part of the Climate Transformation: Sustainable Societies Series, which is an extension of the previous Climate Transformation: Sustainable Societies lecture ‘Invisible Engineers: Insects’ Role in Singapore’s ‘City in Nature’.
The evening was filled with fun, learning, and hands-on experiences, where we invited participants of all ages to observe closely with microscopes, hand lenses, and live specimens at hand. They explored what makes insects so unique, from their segmented bodies and jointed legs to the incredible variety of forms and life stages.

We kicked off the workshop by getting the participants to discover what defines an insect, and to learn how insects differ from other invertebrates and arthropods. Through a mini game, participants were each given an image of an insect at either the young or adult stage, and were challenged to find their matching partner. This was a fun and interactive way to learn about the life cycle of different insects, and the difference between complete and incomplete metamorphosis.

In addition, the participants explored the morphology of insects and invertebrates through drawings, and close-up views under microscope or hand lens during an engaging BINGO session. This encouraged everyone to search and recognize different invertebrates traits that they might have not paid attention to.

The workshop ended with a reflection session where participants shared their favorite discoveries. Many were surprised at how beautiful and important insects are, not just as tiny creatures, but as key players in our ecosystems.
Learn more about the Climate Transformation Programme and its groundbreaking research here:
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