eaamp

Call for papers/Topics

Topics of Interest for Submission include, but are Not Limited to:

AI is the most significant driver of innovation, moving from simple automation to complex cognitive support.

Generative AI for Content Creation:
- Automated lesson plan generation for teachers.
- AI-powered video summarization and highlight extraction.
- Synthetic voice and video avatars for multilingual instruction.
AI Tutoring & Intelligent Tutoring Systems (ITS):
- 24/7 personalized chatbot tutors (e.g., Khanmigo).
- Real-time feedback on open-ended essay writing.
- Socratic-style questioning to lead students to answers without giving them away.
Predictive Learning Analytics:
- Early warning systems to identify students at risk of dropping out.
- Analyzing behavioral data to predict future academic performance.
- Optimizing resource allocation based on student engagement patterns.

These technologies bridge the gap between abstract theory and "hands-on" experience.

Virtual Reality (VR) Classrooms:
- Virtual "field trips" to historical sites or outer space.
- Simulated laboratories for dangerous or expensive chemistry experiments.
- Medical and surgical simulations for high-stakes training.
Augmented Reality (AR) in Textbooks:
- 3D overlays on 2D diagrams (e.g., seeing a moving engine over a physics book).
- Interactive posters and flashcards for early childhood education.
Mixed Reality (MR) & Holograms:
- Remote "guest speakers" appearing as 3D holograms in a lecture hall.
- Collaborative design of 3D architectural models in a shared physical space.

Innovation is also changing the "currency" of education—how we prove what we know.

Blockchain for Education:
- Tamper-proof digital diplomas and transcripts.
- Self-sovereign identity (students owning their own lifelong learning records).
- Automated verification of credentials for employers.
Micro-credentials & Nano-degrees:
- Stackable certifications for specific workforce skills (e.g., Python coding, Data Ethics).
- Digital badges for "soft skills" like leadership and empathy.
Edge Computing & 5G in EdTech:
- Reducing latency for real-time collaborative VR environments.
- Providing high-speed learning access in rural or underserved areas via satellite/5G.

These focus on the psychological and social aspects of learning, enhanced by technology.

Gamification & Edutainment:
- Adaptive difficulty levels that keep students in the "Flow State."
- Narrative-driven learning (turning a curriculum into an RPG adventure).
- Leaderboards and badges that reward "grit" rather than just high scores.
Social-Emotional Learning (SEL) Tech:
- Biofeedback devices to help students manage test anxiety.
- AI-driven "sentiment analysis" to monitor student well-being in digital forums.
- Virtual interpersonal skill workshops using XR.
Microlearning Platforms:
- "Bite-sized" modules (3–5 minutes) optimized for mobile devices.
- Spaced repetition algorithms to ensure long-term knowledge retention.

Ensuring technology reduces the digital divide rather than widening it.

Assistive AI Tools:
- Real-time speech-to-text and text-to-speech for visually or hearing-impaired students.
- AI-powered "simplified language" tools for students with cognitive disabilities.
Offline EdTech Solutions:
- Low-cost hardware (e.g., ASANKA) for communities without internet access.
- Solar-powered digital libraries for remote regions.
Multilingual Translation Tools:
- Real-time translation of live lectures.
- Culturally localized content that adapts examples and idioms to the learner's background.