Global Certificate in Biomimicry Design & Implementation
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⢠Biomimicry Fundamentals: Understanding the core principles and concepts of biomimicry, including the basic terminology, history, and ethos of the field. This unit will cover the foundational elements of biomimicry, including the three core questions: What does nature do? How does nature do it? And why does nature do it that way?
⢠Biomimicry Design Thinking: This unit will cover the design thinking process in the context of biomimicry, including how to identify and frame problems, generate ideas, and prototype and test solutions using biomimicry principles and tools. Students will learn how to apply a biomimicry lens to the design thinking process, using nature as a mentor and source of inspiration for sustainable and regenerative solutions.
⢠Biomimicry in Practice: This unit will explore real-world examples of biomimicry design and implementation, including case studies of successful biomimicry projects and initiatives. Students will learn how to apply biomimicry principles and tools to real-world challenges, and will develop their own biomimicry design proposals.
⢠Biomimicry and Sustainability: This unit will cover the role of biomimicry in promoting sustainability and regenerative design. Students will learn about the principles of sustainability, regenerative design, and circular economy, and will explore how biomimicry can contribute to these goals. This unit will also cover the potential challenges and limitations of biomimicry, including ethical considerations and potential unintended consequences.
⢠Biomimicry and Systems Thinking: This unit will cover the relationship between biomimicry and systems thinking, including how to apply systems thinking principles and tools to biomimicry design and implementation. Students will learn how to analyze and understand complex systems, and how to design solutions that are informed by an understanding of the larger systemic context.
⢠Biomimicry and Materials Science: This unit will cover the intersection of biomimicry and materials science, including how to use biom
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