2022/2023 cohort This project is a detailed exploration of a fictional parasite, “Parasyte,” from its larval stage to its detection and abilities. The exhibit includes physical models and diagrams that illustrate the parasite’s characteristics and its life cycle. The parasite’s physiology and abilities include shape-shifting, rapid healing of injuries, unnatural strength, and the development of […]
2022/2023 cohort This project explores the potential adaptations of the human body for survival in a zero-gravity, atmosphere-free environment. The project focuses on two main areas of adaptation: the skin and the ears. The human skin is adapted to contend with the lack of gravity, extreme temperatures, and hazardous UV radiation. To combat the absence
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2022/2023 cohort This project explores the concept of human adaptation to a world with limited light. It’s an imaginative study proposing that humans could develop biological features to see in the dark. The project hypothesizes the use of luciferin and luciferase, chemicals found in bioluminescent organisms, to create a glow. This glow would be emitted
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2024/2025 cohort The project reimagines the Marvel character through the lens of speculative anatomy and design. It blends comic book fantasy with scientific inquiry, exploring how retractable claws might integrate into the human musculoskeletal system. At its center is a skeletal hand model, detailed with musculature and mechanical components to illustrate the proposed claw mechanism.
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2024/2025 cohort This project imagines a surreal world where frogs, transformed by a mysterious nuclear reaction, evolve into fantastical new forms. Each mutated frog adapts to a unique ecological niche—such as the web-spinning “Spider Frog,” the winged “Bat Frog,” or the glowing “Angler Frog.” Blending speculative biology with playful imagination, the project explores fictional skeletons,
2024/2024 cohort The project presents an imaginative, sci-fi–inspired exploration of the respiratory system, framed through the narrative of a planetary landing and biological discovery. It explores how organisms might evolve to survive in Mars’ harsh environment, such as low pressure environment, high Concentration of Carbon Dioxide and extreme temperatures. A key innovation is the design
2023/2024 cohort Skeletal models of a conceptual human adapted to swim most efficiently, taking inspiration from the webbed feet of frogs and the flexible spines of dolphins.
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2023/2024 cohort The group was interested in exploring what the anatomy would look like if a human were able to fly. This led to the idea of integrating the human skeleton with the wings of a bat, the only known flying mammal. Their display featured a model of a bat cave showcasing the embryological development
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2023/2024 cohort The group was interested in exploring the skeletal anatomy of an ancient Egyptian god, drawing inspiration from the artistic designs of Ra (God of the Sun) and Isis (Goddess of Healing) which incorporated anatomical features of both humans and birds, particularly the integration of avian wings into the human thoracic skeleton. Their display
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