Dinosty Fossils aims to increase global awareness of ammolite, a rare and captivating gemstone. Ammolite, known for its vibrant iridescence, is primarily found in the Rocky Mountains of North America. Despite its unique beauty, it remains relatively unknown to the general public. The project involves creating an educational and promotional campaign to highlight the gemstone's history, geological significance, and aesthetic appeal. The team will research ammolite's properties, its cultural significance, and current market trends. They will then develop a comprehensive strategy to effectively communicate this information to a global audience through digital platforms and social media.

1. Research and Analysis:

Study the optical properties of ammolite and its potential applications in secure chip technology.

Review existing tamper-proof authentication systems and secure circuit designs.

Research PCB and CAD modeling best practices for integration with advanced materials.

2. Concept Development:

Brainstorm ideas for leveraging ammolite’s unique properties in chip design.

Outline potential use cases and target industries for the chip.

Draft a high-level architecture for the security chip.

3. Design Work:

Schematic Design: Create detailed electrical schematics for the chip, focusing on integrating ammolite layers with secure circuits.

PCB Layout: Design PCB layouts that incorporate the ammolite layer and account for practical constraints like size and power consumption.

3D CAD Modeling: Develop detailed 3D models of the chip to visualize the integration of ammolite and secure circuitry.

4. Simulation and Testing:

Simulate the electrical performance of the circuit to verify functionality.

Analyze the design for durability, scalability, and security against tampering.

Adjust designs based on simulation results to optimize performance.

5. Documentation and Reporting:

Document design processes, challenges encountered, and solutions implemented.

Create technical diagrams and schematics for the final design.

Compile a report with testing results and recommendations for further development.

6. Collaboration and Presentation:

Work collaboratively in teams, dividing tasks based on individual strengths and expertise.

Conduct regular team meetings to discuss progress and resolve challenges.

Present the final design, findings, and future recommendations to faculty and peers.