Dishant Patidar
Hello, I'm Dishant Patidar
Computational Scientist
Bridging Neuroscience and AI
I specialize in neural data analysis and building intelligent systems inspired by the complexities of the human brain.
About Me
My journey into computational science began with a deep curiosity for the brain's intricate systems. This passion led me to blend my biology background with computer science, where I discovered a love for translating complex biological data into meaningful insights and intelligent applications. I thrive on solving problems at the nexus of technology and neuroscience.
I design algorithms with the complexity of the human brain in mind.
What I Do
My work spans across web development, computational neuroscience, and artificial intelligence.
Key Technologies
Key Technologies
Key Technologies
My Work
A selection of projects that showcase my passion for science and technology.
An efficient, unsupervised algorithm developed in Python to classify neural spike waveforms from multi-electrode array recordings, improving the accuracy of single-neuron activity analysis.
A full-stack web application built with Next.js and Firebase for conducting remote cognitive experiments. Features real-time data collection and a dashboard for researchers.
A real-time BCI simulator using EEG data to control a simple on-screen cursor. Implemented with MNE-Python for data streaming and processing.
Kind Words From Colleagues
Hear from professors and mentors I've had the pleasure of working with.
"Dishant's ability to bridge computational concepts with complex neuroscience problems is remarkable. His project on spike sorting was graduate-level work and significantly contributed to our lab's research."
Dr. Evelyn Reed
Professor of Neuroscience
"Working with Dishant during his internship was a pleasure. He's a quick learner, a talented developer, and brings a unique, analytical perspective to problem-solving. He quickly became a valuable member of our team."
Johnathan Lee
Senior Software Engineer, TechCorp
"Dishant has a rare combination of technical skill and scientific curiosity. His work on our BCI simulator was innovative and meticulously executed. He has a bright future in the field of neuro-engineering."
Dr. Anya Sharma
Lead Researcher, AI Innovations
Have a project in mind?
Let's connect. I'm always excited to discuss new ideas and opportunities, whether it's for a collaboration or a potential role.