HIVE MIND LEARNING APP
PROJECT: A pioneering educational technology initiative designed to transform the landscape of learning through the integration of artificial intelligence and 3D printing technologies.
CLIENT: Green Springs High school
INDIVIDUAL CONCEPTUAL THESIS PROJECT
TIMEFRAME: 8 Months
TOOLS: Photoshop, Figma, AI, Canva,
PROJECT AIM:
- Revolutionize education through the integration of AI and 3D printing.
- Create personalized learning experiences.
- Empower students and educators with customizable educational resources and tools.
OBJECTIVES:
- Enhance educational outcomes, ignite creativity, and improve accessibility.
- Ensure students have the necessary tools for success in an evolving world.
PLATFORMS
-iOS-Android
-iOS-Android
ROLES
-Product Strategy-UI UX Design-Interaction Design
-Product Strategy-UI UX Design-Interaction Design
DELIVERABLES
-Mobile App Design-Design System-Brand Identity & Guidelines-Logo Design-Brand Identity
-Mobile App Design-Design System-Brand Identity & Guidelines-Logo Design-Brand Identity
HIVE-MIND ECOSYSTEM
Personalized Learning:
- Hive-Mind functions as the primary educator, adapting in real-time to each student's learning preferences and performance to create tailored educational pathways and content.
Teacher Facilitation:
- Educators transition to facilitative roles, providing emotional support, guiding hands-on activities, and enhancing group collaboration.
Integrated Approach:
- The technology's efficiency is seamlessly combined with human interaction, ensuring a balanced educational experience that fosters both academic and socio-emotional development.
Professional Development:
- Training for educators is centered on enhancing their roles as facilitators and supporters, fostering an environment that nurtures intellectual, emotional, and social growth.
Symbiotic Ecosystem:
- The project merges AI's adaptability with human empathy, preparing students comprehensively for future challenges.
HARMONY AI +(LMM)
MESHY AI =(Image - 3D Model)
HIVE-MIND LEARNING (VISUAL) (AUDITORY) (KINAESTHETIC)
- TECHNOLOGY INTEGRATION
- Harmony AI:
- - Utilizes machine learning, NLP, and data analytics.
- - Personalizes learning experiences by harmonizing content delivery, assessment, and feedback.
- - Aims to create a cohesive and effective educational environment.
- Meshy AI:
- - Converts text descriptions into precise 3D mesh models.
- - Uses NLP and machine learning to automatically generate 3D representations from textual inputs.
- - Enhances visual learning in 3D modeling by defining object shapes through vertices, edges, and faces.
- Hive-Mind Learning:
- - Integrates Harmony AI and Meshy AI for an immersive learning platform.
- - Combines adaptability and personalization of Harmony AI with visual enhancements from Meshy AI.
- - Provides a unified system that evolves with the learner, enhancing both conceptual and visual understanding.
APPLICATION FEATURES
Customized Scheduling:- Integrates a scheduling upload feature to adapt learning experiences to your availability.- Supports various study preferences, ensuring flexibility from intensive to paced-out sessions.
Academic History Upload:- Provides a secure portal for uploading educational records like transcripts and report cards.- Users share comprehensive academic histories, enhancing AI's ability to tailor learning paths
User-Centric Design:- Features are built to offer a foundation for personalized learning.- Demonstrates a commitment to a learning environment that values user history and preferences for future educational enhancement.
APPLICATION FEATURES
Custom Lesson Plans:- Enables educators to create lesson plans tailored to specific educational goals.- Provides intuitive tools for crafting curricula that meet the unique objectives of each classroom.
3D Model Integration:- Offers functionality to transform textual descriptions and images into accurate 3D printed models.- Enhances engagement by allowing students to explore and visualize complex concepts through tactile tools.
Enhanced Learning Experience:- Combines theoretical knowledge with practical application, catering to diverse learning styles.- Ensures a cohesive educational strategy that enriches learning and boosts engagement with interactive models.
APPLICATION FEATURES
COMMUNITY PAGE FEATURES
- Users can buy, sell, or donate 3D prints and educational materials, supporting a community-driven sharing economy.
Selling:
- Enables users to sell original educational content like lesson plans and 3D model designs.
Donating:
- Provides options for users to donate resources, aiding under-resourced members of the community.
Buying:
- Allows purchasing of peer-reviewed educational resources, enriching the learning toolkit of users.
Forums and Discussion Boards:
- Facilitates engagement in discussions, sharing insights, and collaborative learning.
Resource Sharing and Collaboration:
- Supports joint educational projects and initiatives, enhancing community interaction.
Badges Recognition System:- Users earn badges for mastery in subjects, which can be used to teach and mentor others, promoting a cycle of knowledge sharing.- Badges also unlock new opportunities, integrating academic achievements with real-world applications.
APPLICATION FEATURES
Personal Dashboard:- Provides a central hub for users to view their educational journey and personal data.- Visually engaging display of achievements and progress.
3D-Printed Creations Gallery:- Showcases a gallery of 3D models that users have created, highlighting their design skills.
Hive Tokens System:- Rewards users with Hive Tokens for recycling plastic waste at designated print farms.- Tokens can be used to subsidize the cost of printing 3D models, promoting sustainability and making 3D printing more affordable.- Symbolizes users' commitment to environmental stewardship and enhances the community's eco-conscious efforts.