01 / Builder
CRISPRR.bio
Web platform for CRISPR guide design and Cas9 analysis — guide scoring, off-target search, and export-ready instructions for researchers.
GitHubCRISPRCas9BioinformaticsNext.jsPython
Hi, I'm
Pranay Joshi
Engineering purpose into intelligent, high-performance systems.
I am driven by the desire to create technology that serves a clear purpose. I focus on developing scalable backend infrastructure and intelligent, AI-driven applications designed to solve real-world problems. By combining modern engineering with AI orchestration, I build efficient, high-performance solutions.
My work spans the intersection of complex backend architecture, neurotech, and genomics, where I bridge the gap between technical infrastructure and biological data to push the boundaries of what is possible.
Technical Index
Programming
- Golang
- Python
- TypeScript/JavaScript
- SQL
- C/C++
- React
- Next.js
- Node.js
- FastAPI
- GraphQL
- gRPC
AI & Backend
- AI Agents
- LangGraph
- LangChain
- RAG
- Harness Engineering
- LLM Evaluation
- MCP
- Vector DBs
Cloud & Infra
- AWS
- Docker
- Kubernetes
- Terraform
- Kafka
- Redis
- PostgreSQL
- MongoDB
- Git
- Linux
- GCP
Education
The University of Alabama
'27B.S. Computer Science · Minor in Robotics
GPA 4.00/4.00
Achievements
- Google Summer of CodePostman · Open Source
- Google Code-in WinnerOpen Source · Global
- ACM ICPC FinalistCompetitive Programming
- 4x President's ListUniversity Honors & Emerging Scholar
- 2x UGAHacks WinnerMindBeats · EEG + AI
02 / Projects
Ideas, shipped in code.
02 / Winner, UGAHacks
MindBeats
EEG-based music recommendation system that utilizes real-time brain signals and emotion detection via custom CNN model to generate playlist recommendations.
PythonTensorFlowStreamlitOpenAI APIEEGCNN
03 / Founder
NeuroOS
Hardware-agnostic BCI operating system that translates raw EEG into clean intent APIs — like iOS for brain-computer interfaces.
GitHubBCIEEGAITypeScriptSDKAccessibility
04 / Developer
Neuroscope
EEG-powered neurotechnology to perform complex robotic simulation using brain waves and writing commands via Scratch like interface.
JavaScriptPythonElectronBCIEEGRoboticsBlockly
05 / Winner HackUGA 11
Lifeline
AI-powered second responder that eliminates busy signals during emergencies — ultra-low-latency voice agent in 29+ languages with intelligent dispatch escalation.
TwilioGeminiElevenLabsNode.jsNext.jsWebSockets
06 / Developer
InfraOD
Infrared-based object detection pipeline powered by YOLOv8 for real-time thermal vision applications.
PythonYOLOv8Computer VisionOpenCVPyTorch
03 / Experience
06 Roles
Built
Query Understanding
Launched
Fulfillment Agent
GoLLMsSearchCacheAgents
Shipped
Gen AI Chatbot
Integrated
Stripe Refunds
Fixed
Checkout Flow
GoGraphQLKafkaStripe
Automated
ArcGIS Pipeline
Scaled
Crash Analytics
Deployed
SQL Framework
GoNext.jsDockerSQL
Generated
Schema CLI
Standardized
JSON Models
C#CLIJSON Schema
Published
CHI 2025 Paper
Built
Neuroscope BCI
Trained
EEG/EMG Platform
PythonJSElectronBCI
Led
CV Product Team
Shipped
Lens Masking
PythonTensorFlowGCPOpenCV
04 / Research
Physiological computing for learning and robotics.
May 2024
PhysioBots: Engaging K-12 Students with Physiological Computing and Robotics
CHI Conference on Human Factors in Computing Systems Extended Abstracts (CHI EA '24)
View PublicationAuthors
Myles Lewis, Pranay Joshi, Wesley Cade Junkins, Vincent Ingram, Chris S. Crawford
DOI
10.1145/3706599.3720106
Physiological computing, which involves using physiological signals to control technology, has the potential to engage K-12 students in computing education. PhysioBots combines physiological computing with robotics to engage K-12 students in computing education while fostering creativity and problem-solving skills.
Physiological ComputingRoboticsK-12 EducationEEGEMGHuman-Computer InteractionSTEM Education
05 / Let's Talk
Open to projects, opportunities, and collaborations.
University Email
[email protected]
Personal Email
[email protected]
LinkedIn
linkedin.com/in/pranay-joshi-/
GitHub
github.com/pranayjoshi/