Kamran Hussain
Aspiring Computational Neuroscientist & ML Researcher
About Me
I'm an aspiring computational neuroscientist and machine learning researcher passionate about understanding the brain and building intelligent systems. My work combines cutting-edge machine learning techniques with neuroscience research to push the boundaries of what's possible. Some of the work I've done to push the boundaries of both machine learning and neuroscience includes restoring communication via a conversational speed speech brain computer interface and a foundation model for electrophysiology.
Research Focus
My research focuses on understanding neural mechanisms and developing AI systems that can learn and adapt like the human brain. I'm particularly interested in:
- Brain-Computer Interfaces
- Foundation Models for Neuroscience
- Neuroscience Inspired Machine Learning
- Representational Drift
Personal Interests
When I'm not researching or coding, you can find me:
- Competitively fencing
- Watching Star Wars
- Exploring new technologies
- Building costumes, robots, or automating my life
Professional Journey
SURFIN Research Fellow
Neural Prosthetics Translational Lab, Stanford University
Conversational rate speech BCIs in People with Paralysis.
Neural Research Engineer
Braingeneers, UC Santa Cruz Genomics Institute
Foundation models for cortical organoid electrophysiology.
Founder and CEO
TensorLearn LLC
Real time, generative interfaces for education.
Flight Dynamics, Trajectory, and Controls Intern
NASA Ames Research Center
Language modeling for autonomous vehicle integration.
Neural Data Science Intern
Translational Neuroengineering Lab, UC San Diego
Neuropixels for songbird vocal neuroprosthetics.
Research Highlights
Exploring the intersection of neuroscience and artificial intelligence through cutting-edge research and development.
Foundation Model
Building novel machine learning models for a foundation model of cortical organoid electrophysiology.
Generative Interfaces
TensorLearn built novel real-time machine learning models for generative interfaces, where the entire screen is generated by the model.
Conversational Rate Speech BCI
A brain-computer interface that decodes neural representations of speech at a conversational speed.
AI Wet Lab Assistant
An embodied AI agent that is capable of autonomously performing wet lab experiments with minimal instructions.
Featured Projects
Explore some of my recent projects at the intersection of neuroscience and AI.