Project Title:
Startup Project Based on Material Design Mimicking Chemical Principles in Nature to Address Critical-Sized Bone Defects
Project Objective:
This project aims to address the real-world medical challenge of critical-sized bone defects by designing biomaterials that mimic organic or biochemical reaction principles observed in nature. Students will develop creative and practical problem-solving skills as engineering or chemistry majors by exploring how these natural chemical mechanisms can be applied to innovative material solutions and by simulating the launch of a startup based on their technology.
Project Overview:
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Develop material-based solutions applicable to the treatment of large-scale bone defects caused by aging, severe trauma, or tumor resection.
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Propose material design ideas inspired by chemical reaction mechanisms or molecular-level interactions observed in natural systems.
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Based on the developed technology, simulate founding a biomedical startup and prepare an IR (Investor Relations) pitch for potential investors.
Examples of Natural Chemical Principles (optional references):
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Crosslinking mechanisms based on catechol groups found in mussel adhesive proteins
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Anti-inflammatory effects via redox activity of plant-derived polyphenols
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Polysaccharide–protein complexation mechanisms in the extracellular matrix (ECM)
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Enzyme-activated in situ gelation and self-curing systems in biological environments
Project Tasks:
1.
Define the disease target and analyze limitations of current treatments
2.
Design material concepts inspired by natural chemical reaction principles
3.
Explain the concept and mechanism of the proposed product or technology
4.
Analyze market potential, clinical demand, and commercialization feasibility
5.
Prepare an IR pitch deck and a technical summary document
Deliverables:
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IR presentation materials (PPT, within 10 minutes) - Korean or English
Evaluation Criteria:
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Creativity and scientific validity in problem-solving
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Appropriateness and application of natural chemical principles
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Logical structure and feasibility of the material design
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Clarity of market analysis and quality of the presentation