FB
Public voting ends
Day
Hr
Min
Sec
Join our esteemed group of partners for BOLD VI Edition HERE
Bold Awards

Saratoga

ASISME is an advanced learning ecosystem for dental education.
Asisme - Project

ASISME: Advanced Simulation Student Monitoring Ecosystem

Introduction:
ASISME is a cutting-edge project aimed at revolutionizing dental education through the integration of advanced technologies and data-driven solutions. By leveraging Artificial Intelligence (AI), Immersive Reality (IR), Blockchain, and IoT-enabled systems, ASISME offers a comprehensive learning ecosystem that bridges the gap between theoretical knowledge and hands-on practical skills. This platform delivers personalized, ergonomic, and performance-enhanced training experiences for dental students and professionals, setting a new global standard in dental education.

Core Objectives

  1. Modernizing Dental Education:
    ASISME transforms conventional dental training by incorporating immersive simulations, real-time monitoring, and advanced performance assessments, ensuring students are better equipped to meet the demands of contemporary dental practices.
  2. Personalized Learning Pathways:
    Through AI-driven insights and real-time feedback, ASISME provides tailored learning experiences that adapt to the individual pace and needs of each student.
  3. Fostering Innovation:
    By utilizing state-of-the-art technologies, ASISME aligns with Industry 4.0 standards to deliver a digital-first approach to education while ensuring sustainability and scalability.

Key Features

1. Immersive Learning and Real-Time Monitoring

  • Immersive Reality (IR):
    • Students engage in virtual simulations of clinical scenarios, covering every step from patient data analysis to treatment execution and discharge.
    • A virtual tutor guides learners through the simulation, offering insights and addressing questions in real time.
    • Scenarios replicate emotional and technical challenges, allowing students to practice complex procedures in a risk-free environment.
  • Posture Monitoring:
    • A camera-based tracking system analyzes student posture, ensuring ergonomic compliance during practical sessions.

2. AI-Powered Performance Assessment

  • AI algorithms evaluate cognitive, manual, and clinical skills in real time.
  • Metrics such as manual dexterity, learning patterns, and deductive reasoning are assessed to offer a holistic view of student progress.
  • Predictive analytics identify areas of improvement and provide tailored recommendations for enhanced learning outcomes.

3. Seamless Hardware-Software Integration

  • The enhanced “Smily” simulation unit, equipped with automated manikin systems, replicates patient head and mouth anatomy with high precision.
  • The system integrates with intraoral scanners, allowing students to perform scans and compare results against pre-set benchmarks.
  • Compatibility with STL file formats enables further use in 3D imaging or printing, enriching the practical learning experience.

4. Blockchain for Certification and Security

  • Blockchain technology ensures the security and authenticity of student performance records.
  • Competencies are tokenized and stored in individual wallets, enabling tamper-proof certification and global recognition of skills.
  • Institutions and employers can easily verify credentials, enhancing career opportunities for students.

5. Cloud-Based Accessibility

  • The Easy Teach Cloud (ETC) platform provides a centralized hub for learning materials, assessments, and real-time monitoring.
  • Students can access video lectures, training modules, and interactive assessments, both synchronously and asynchronously.
  • The cloud infrastructure allows for remote learning, making high-quality dental education accessible worldwide.

Technological Innovations

1. Advanced AI Algorithms:

  • AI analyzes vast datasets, predicting student performance and identifying patterns in learning behaviors.
  • The system supports educators by simplifying the process of identifying and addressing student needs.

2. Intraoral Scanning Integration:

  • Students use intraoral scanners during simulations, enabling precise assessments of performance against clinical standards.
  • Results can be exported for 3D printing or further diagnostic analysis, ensuring a comprehensive understanding of procedural accuracy.

3. Immersive Reality Headsets:

  • Immersive devices creates realistic clinical environments, combining physical actions with virtual guidance for a deeply engaging experience.
  • Emotional aspects of patient interaction are simulated, preparing students for real-world scenarios.

Economic and Educational Impact

  • Performance Enhancement: Reduces errors during training by 30% and increases engagement by 70%, leading to more confident and capable practitioners.
  • Improved Diagnostic Accuracy: The use of advanced simulation tools boosts diagnostic precision by 20%.
  • Scalability: The system is designed to accommodate a vast number of students each year, offering multilingual capabilities to ensure accessibility on a global scale.
  • Job Creation: The project anticipates hiring technical personnel to manage and maintain the system, contributing to regional and national employment growth.

Strategic Alignment with Industry 4.0

ASISME positions itself as a leader in the digital transformation of education by fully embracing Industry 4.0 principles. The project’s integration of AI, IoT, and immersive technologies ensures that it meets the needs of the modern workforce while maintaining sustainability and adaptability. By offering state-of-the-art training tools, ASISME equips students with the skills required to excel in evolving professional environments.

Vision and Long-Term Goals

ASISME envisions a future where dental education is seamless, accessible, and globally standardized. By 2025, the project aims to:

  • Expand its reach to over 10 institutions across different countries.
  • Establish itself as the benchmark for innovation in dental training.
  • Contribute to the broader goal of improving oral healthcare standards worldwide.

    Projects evaluation criteria

    Level of Impact
    40%
    Scalability
    30%
    Transparency
    20%
    H-Factor
    10%

    PUBLIC VOTES

    ---

    VOTES

    Tiyul
    8.75
    Patrizio
    10.00
    Damian
    10.00
    Elena
    10.00
    Roy
    10.00
    Othmane
    10.00
    DENIS
    10.00
    Audrey
    10.00
    Alessio
    10.00
    Djibril
    9.50
    E
    10.00
    emanuele
    10.00
    Marco
    9.75
    Giovanni
    10.00
    Giuseppe
    10.00
    Silvio
    10.00
    Alessandro
    10.00
    Oscar
    10.00
    Lombardi
    10.00
    Moris
    7.25
    Moris
    10.00
    Nicole
    10.00
    Stefano
    10.00
    Patrizia
    10.00
    Luca
    10.00
    Alessio
    10.00
    Andrea
    10.00
    Christian
    10.00
    Lais
    10.00
    fabio
    10.00
    Martin
    10.00
    Dahiana
    10.00
    Gio
    10.00
    Barbara
    10.00
    Francesco
    10.00
    Davide
    9.50
    Luiza
    10.00
    Davide
    10.00
    Rodrigo
    10.00
    Barbara
    10.00
    Pietro
    10.00
    Santiago F.
    10.00
    Andressa
    10.00
    Horacio
    10.00
    Francesco
    10.00
    Ferdinando
    10.00
    Mariagiovanna
    10.00
    Daniele
    10.00

    awards ceremony dinner // Lisbon (March 28th)

    Request an INVITE

    Gala Dinner Tickets are €1275 per seat which includes a 3-course dinner and drinks. A €50 deposit is required to reserve your seat(s) at the end of this form. The deposit is refundable if not selected to participate. If accepted, the deposit will be deducted from the ticket price.

    To upgrade your existing ticket or transfer your ticket to another name, email sarahj@bold-awards.com.