Geomimicry: Alchemist Garden Game & Narrative Design
Disciplines:
Mathematics, Architecture, Design, Environmental Engineering, Natural Sciences & Cultural Anthropology
Sacred Geometry, Biomimicry, and Mathematics blend nature’s geometrical patterns to develop the Alchemist Garden Game into characters and narratives.
An immersive internship journey delving into the intricate realms of Sacred Geometry and Biomimicry through the lens of mathematics. Participants will unravel the mathematical principles underlying the mesmerizing geometric patterns found in nature, such as the Fibonacci sequence and Platonic solids like Metatron’s Cube. Guided by expert mentors, interns will explore historical and contemporary applications of these geometric concepts in architecture, technology, and innovation.
In the first half of the internship, interns will engage in rigorous research and analysis, investigating the profound interplay between Sacred Geometry and Biomimicry. Through lectures, discussions, and field trips to natural environments, participants will deepen their understanding of how mathematical principles inspire innovative solutions to human challenges.
Transitioning to the second half, interns will apply their newfound knowledge to practical, hands-on projects. Collaborating with game designers and narrative mentors, interns will embark on the development of the character of the Book of Life within the animated game series Alchemist Garden. Through workshops and design sessions, you will infuse Sacred Geometry concepts into the narrative, crafting a captivating storyline that unfolds across various transmedia platforms.
By the culmination of the internship, you will emerge equipped with a comprehensive understanding of the intersection between mathematics, Sacred Geometry, and narrative design, poised to make meaningful contributions to the realms of gaming, storytelling, and innovation.
Available Intern Positions:
3 High School, 3 Undergrad & 1 Master, PhD
Syllabus
Week 1: Introduction to Sacred Geometry and Biomimicry
Lecture 1: Overview of Sacred Geometry in Nature
Lecture 2: Introduction to Biomimicry Methodology
Discussion: Exploring Mathematical Patterns in Nature
Activity: Researching Examples of Sacred Geometry in Natural Forms
Week 2: Mathematical Principles in Nature
Lecture 3: Fibonacci Sequence and Golden Ratio
Lecture 4: Platonic Solids and Metatron's Cube
Discussion: Applications of Mathematical Principles in Architecture and Technology
Activity: Analyzing Architectural and Technological Innovations Inspired by Sacred Geometry
Week 3: Field Trip: Exploration of Geometric Patterns in Nature
Field Trip: Visit to Botanical Gardens or Natural Reserves
Observation: Documenting Geometric Patterns Found in Natural Environments
Week 4: Biomimicry Research and Analysis
Lecture 5: Applying Biomimicry Principles to Innovation
Lecture 6: Case Studies of Biomimetic Designs
Discussion: Identifying Biomimetic Solutions to Human Challenges
Activity: Researching and Analyzing Biomimetic Innovations
Week 5: Character Development and Narrative Design
Workshop 1: Introduction to Character Design and Development
Workshop 2: Narrative Design Principles for Transmedia Applications
Activity: Brainstorming Session for Character Creation in Alchemist Garden Game Series
Week 6: Game Design Workshop
Guest Lecture 1: Fundamentals of Game Design
Workshop 3: Gameplay Mechanics and Level Design
Activity: Collaborative Game Design Session for Alchemist Garden
Week 7: Transmedia Storytelling
Guest Lecture 2: Transmedia Storytelling Techniques
Workshop 4: Integrating Sacred Geometry Concepts into Narrative
Activity: Writing Session for Alchemist Garden Storyline
Week 8: Presentation and Reflection
Presentation: Final Presentation of Alchemist Garden Game Concept and Storyline
Reflection: Personal Reflection on the Intersection of Mathematics, Sacred Geometry, and Narrative Design in Game Development