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Partner with us
Integrate Biofeedback Tools for Neurodivergent Learners
We invite biofeedback tool and sensor technology
providers to integrate real-time emotional and
physiological data into our platform. By using
biofeedback, we can help neurodivergent learners better
regulate their emotions, improve focus, and reduce
anxiety—critical factors for their educational success.
Why is biofeedback important?
Biofeedback allows us to monitor key indicators like heart rate, stress levels, and brainwave activity, giving us a clearer picture of how learners are feeling in real time. This data helps us adapt lessons to meet their immediate needs, fostering an environment where children with ADHD, autism, and learning disorders can thrive both emotionally and academically.
Partner with Anna to Integrate Biofeedback Tools for Neurodivergent Learners
🌟 Calling all innovators! 🌟 At Anna, we’re transforming education for neurodivergent learners, and we’re seeking partners to help us take it to the next level. ✨
We are inviting biofeedback tool and sensor technology providers to integrate real-time emotional and physiological data into our platform. By using biofeedback, we can help neurodivergent learners better regulate their emotions, improve focus, and reduce anxiety—critical factors for their educational success.
Why is biofeedback important? Biofeedback allows us to monitor key indicators like heart rate, stress levels, and brainwave activity, giving us a clearer picture of how learners are feeling in real time. This data helps us adapt lessons to meet their immediate needs, fostering an environment where children with ADHD, autism, and learning disorders can thrive both emotionally and academically.
If you’re developing biofeedback sensors that track emotional well-being or focus,
let’s partner to create the future of inclusive education.
Interested in collaborating? Contact us
Advancing Research in Neurodivergent Education
At Anna, we believe in the power of research to drive innovation and improve educational outcomes for neurodivergent learners. We are inviting educational researchers and institutions to collaborate with us in exploring new frontiers in personalized learning, social-emotional development, and the use of adaptive technologies for students with ADHD, autism, and learning disorders.
Access to Real-World Data
Our platform provides valuable insights from a diverse population of neurodivergent learners. Researchers can access anonymized data to study the efficacy of learning interventions, personalized approaches, and emotional check-in tools.
Collaborative Opportunities
By partnering with Anna, researchers can work with educators, technologists, and special education experts, creating multidisciplinary studies that blend cognitive science, pedagogy, and educational technology.
Publishing and Impact
Contribute to peer-reviewed studies and collaborate on impact papers published in leading educational journals, showcasing groundbreaking work in inclusive and adaptive learning.
Cutting-Edge Technology
Researchers can explore how AI-driven personalization and emotional recognition technologies are used in real-time to enhance learning outcomes for neurodivergent students.
Our Open Roles for Research Papers
The Role of Personalized Learning Paths in Supporting Neurodivergent Learners
Examining how individualized instruction and adaptive learning technologies can improve educational outcomes for students with ADHD, autism, and learning disorders.
Emotional Well-Being and Academic Achievement: Integrating Social-Emotional Learning (SEL) for Neurodivergent Children
Investigating the impact of SEL strategies in neurodivergent education, focusing on emotional regulation and its correlation with academic success.
Learning Engineering for Neurodivergent Students: A Data-Driven Approach to Personalized Education
Exploring how learning engineering can optimize course design for neurodivergent students through continuous feedback loops and adaptive algorithms.
Global Standards in Neurodivergent Education: A Comparative Analysis of Inclusive Policies
Comparing international frameworks, such as IDEA (USA), UN CRPD, and UAE’s KHDA policies, to create a global approach to inclusive education for neurodivergent learners.
The Impact of Gamification on Focus and Engagement in ADHD Learners
The Impact of Gamification on Focus and Engagement in ADHD Learners
Adaptive Technologies and Emotional Check-Ins: Enhancing Focus and Retention in Neurodivergent Learners
Analyzing the role of real-time emotional feedback tools in supporting neurodivergent students’ ability to stay focused and retain information.
The Future of Learning: AI and Emotional Recognition in Neurodivergent Education
Investigating how AI-driven tools, such as emotion recognition and adaptive content, can revolutionize learning for children with autism, ADHD, and other learning disorders.
Pioneering Learning Engineering for Neurodivergent Learners
At Anna, we are committed to pushing the boundaries of learning engineering to create personalized, data-driven educational experiences for neurodivergent children. We invite learning engineers, data scientists, and educational technologists to partner with us in designing and refining innovative educational solutions tailored to learners with ADHD, autism, and learning disorders.
Collaborative Innovation
Join forces with a passionate team of educators, researchers, and technologists to develop cuttingedge, evidence-based learning experiences. Leverage our expertise in adaptive learning, AI-driven insights, and cognitive science to create tailored solutions that support the unique needs of neurodivergent learners.
Access to Dynamic Learning Data
Our platform provides rich, real-time data from students using adaptive learning tools and emotional check-ins, allowing you to refine and test learning models that improve engagement, retention, and focus in neurodivergent children.
Efficacy Monitoring & Impact
Collaborate on real-world studies that measure the effectiveness of personalized learning paths, emotional regulation tools, and adaptive technologies. Share results through joint impact papers and publications in leading educational journals, helping shape the future of inclusive education.
Continuous Learning Optimization
Utilize learning engineering principles—iterative design, real-time data feedback, and course optimization—to improve learning outcomes for students. Explore how AI and machine learning algorithms can enhance learning experiences based on individual student data.
