Arvind G. Mishra
Neurotechnology Researcher & Application Software Engineer
🧠 Research Vision
🔬 Contactless BCI via Biophotons
Developing brain-computer interfaces that read neural activity through biophotonic emissions, eliminating the need for invasive electrodes or direct contact sensors.
🧬 Universal Consciousness Communication
Exploring telepathic communication with humans, animals, birds, and plants through understanding their biophotonic signatures and consciousness patterns.
🌱 Plant Intelligence & Communication
Investigating how plants perceive, communicate, and experience their environment through biophotonic analysis and signal processing.
🌍 Ecological Ethics Research
Understanding "what humans did to this universe" and how different entities feel about environmental changes through consciousness research.
💼 Professional Experience
Developing GUIs for satellite communication systems, automating calibration processes, and integrating AI for predictive maintenance.
Led automation frameworks reducing test cycles by 70%, deployed CI/CD pipelines enhancing deployment speed by 50%.
Automated infotainment testing, engineered ECU diagnostic systems, trained 15+ engineers on testing frameworks.
Prototyped embedded systems using STM32 microcontrollers and wireless protocols (NFC, Zigbee).
📚 Research Publications
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NeuroPhoton: A Theoretical Review and Modeling Framework for Contactless BCIs
A comprehensive theoretical framework exploring the use of biophotonic emissions for non-invasive brain-computer interfaces.
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Design and Implementation of a Hybrid BCI Based Wheelchair
Detailed implementation of a real-time BCI system using EEG and EOG signals for wheelchair control with high accuracy.
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Sigma Bond Calculation via Euler's Formula for Planar and Polyhedral Molecular Graphs
Mathematical framework for molecular analysis with applications in understanding molecular consciousness and communication.
🛠️ Technical Skills
Programming & Development
AI/ML & Signal Processing
Neurotechnology
Hardware & Tools
🚀 Key Projects
🦽 Neuro-Powered Wheelchair
Designed and built a lightweight, cost-effective motorized wheelchair controlled using a hybrid BCI system utilizing EEG and EOG signals.
Achievement: 85% Directional Accuracy
Featured in Periscope Magazine
🌿 Plant Disease Detection
Developed an image classifier using Support Vector Machines to detect plant diseases based on leaf features.
Achievement: 82% Classification Accuracy
🛣️ Pothole Volume Estimation
Built an image-processing tool to estimate pothole depth and volume using grayscale contour detection.
Achievement: 78% Accuracy vs Manual
🧠 NeuroPhoton Framework
Theoretical review and modeling framework for contactless brain-computer interfaces using biophotonic emissions.
Status: Published Research Paper
🏆 Recognition & Awards
- Star of the Month - December 2022, L&T Technology Services
- Runner-up - BMW Project Internal Hackathon
- Winner - India Innovation Challenge Design Contest, Texas Instruments
- Featured Research - Brain Controlled Wheelchair in Periscope Magazine
🎓 Education & Continuous Learning
Bachelor of Technology - K. J. Somaiya College of Engineering (CGPA: 8.2/10)
Recent Specialized Courses (2025):
- Deep Learning (Python) for Neuroscience EEG Practical Course - Udemy
- Machine Learning (Python) for Neuroscience Practical Course - Udemy
- Various AI/ML and embedded systems certifications
📝 Research Blog & Updates
+ Add New PostUnderstanding Biophotons: The Universal Language of Life
Progress Update: Contactless BCI Development
Seeking Research Collaborations in Plant Intelligence
Ethics in Neurotechnology: Why I Won't Work for Big Tech
🤝 Seeking Research Collaboration
I'm actively seeking opportunities to collaborate with research institutions, ethical AI companies, and fellow researchers who share the vision of universal consciousness communication and sustainable neurotechnology.
Research Interests: Biophoton-based BCI, Plant Intelligence, Consciousness Studies, Ethical AI, Universal Communication