Available for Research & Collaboration

Hello, I'm Kasi Viswanath

Architecting

Designing AI systems that survive real-world constraints

Edge Intelligence • NLP • Embedded Systems

About The Engineer

Core Competencies

As a Team Leader for Avanthi Research Hub (ARH), I don't just write code; I architect systems. My passion lies in building production-ready prototypes that solve real-world problems by merging advanced algorithms with practical hardware constraints.

I focus on AI that survives constraints — limited compute, real-time deadlines, and hardware noise.

Engineering Philosophy

  • Build for constraints first
  • Prefer deployable systems over demos
  • Optimize for signal, not hype

Languages

Python, C, C++, Java

Domains

NLP, Machine Learning, Embedded Systems

Hardware

Arduino, ESP32, RPi, Snapdragon

Tools

Vosk, Git, Docker, ADB

Technical Highlight

Successfully benchmarked and optimized AI models on the Qualcomm Snapdragon X Plus NPU (45 TOPS) using SNPE SDK, achieving significant inference speedups for edge deployment.

Innovations & Applied Systems

Curated collection of deployable AI and automation systems.

HEALTHCARE

Pregnancy Diabetes Prediction

Problem: Late detection of Gestational Diabetes in low-resource clinics.

Solution: Built a lightweight ML screening model using clinical features for early-risk prediction.

TECH: Python, Scikit-learn, Pandas, ML Classification

HEALTHCARE

Brain Stroke Prediction

Problem: Hidden lifestyle indicators of stroke often go unnoticed.

Solution: Designed a high-recall predictive model prioritizing early risk detection.

TECH: Python, Scikit-learn, Data Preprocessing, ML Models

RESEARCH

Breast Cancer Prediction

Problem: Classical ML struggles with high-dimensional oncology data.

Solution: Compared Deep Learning with hybrid Quantum ML models to test feature separability.

TECH: Python, PyTorch, Qiskit, Neural Networks

ENGINEERING

ClassPulse AI

Problem: Teachers lack real-time insight into classroom engagement.

Solution: Built a privacy-aware analytics pipeline converting behavior signals into engagement metrics.

TECH: Python, OpenCV, Data Analytics, Visualization, Fast API

`r`n `r`n `r`n `r`n `r`n `r`n `r`n
PRODUCTION

Synergy 2K26 Platform

Problem: Manual handling of event registrations and coordination for a tech fest.

Solution: Developed and deployed a centralized web platform for registrations and participant flow.

TECH: HTML, CSS, JavaScript, Vercel, Responsive UI

ENGINEERING

Resume Screening Bot

Problem: Manual resume shortlisting is slow and inconsistent.

Solution: Created an NLP pipeline using TF-IDF and cosine similarity for semantic ranking.

TECH: Python, NLP, Scikit-learn, TF-IDF, Streamlit

`r`n `r`n `r`n `r`n `r`n `r`n
ENGINEERING

AR Gesture Games

Problem: Gaming requires external controllers or hardware.

Solution: Built gesture-controlled games using real-time hand tracking via webcam.

TECH: Python, OpenCV, MediaPipe, Computer Vision

ENGINEERING

Academic Suite

Problem: Manual timetable creation causes frequent scheduling conflicts.

Solution: Designed a constraint-based scheduling system handling rooms, faculty, and slots.

TECH: Python, Logic Algorithms

RESEARCH FLAGSHIP

Project Vishnu

Problem: Satellite missions lose critical data during catastrophic failure.

Solution: Proposed an autonomous safety capsule acting as an independent "black box".

TECH: Embedded Design, AI Logic, Fault-Tolerance

Submitted
RESEARCH FLAGSHIP

NeuroLink Glasses

Problem: Motor-impaired users cannot easily control digital devices.

Solution: Designed an EEG-based wearable mapping brain signals to digital commands.

TECH: EEG Sensors, Signal Processing, Python, Embedded AI

In Progress
01 10
AI RESEARCH

Aurora — Diffusion Guided Cloud Motion Prediction

Problem: Satellite weather images show current clouds, but predicting future cloud movement precisely is complex and compute heavy.

Solution: Designed a spatio-temporal diffusion model pipeline to predict next cloud frames using multi-sequence satellite imagery and CNN inference accelerated on NPU.

TECH: Diffusion Models, CNN, Satellite Imagery, Python, NPU Acceleration, Computer Vision

AI SYSTEM

Bhavya — Early Mental Health Risk Prediction

Problem: Mental health risks are usually detected only after visible symptoms, missing early intervention opportunities.

Solution: Built a pattern-analysis AI that evaluates responses to a dynamic 10-question behavioral set and predicts early mental stress indicators using ML classification.

TECH: NLP, ML Classification, Pattern Analysis, Python, Behavioral Data Modeling

Journey & Education

Team Leader

Avanthi Research Hub (ARH)

Aug 2025 - Present

Spearheading R&D initiatives for AI/ML prototypes, focusing on bridging theoretical models with embedded deployment.

  • Mentored students on NLP & Conversational AI models.
  • Coordinated proposals for iDEX (DRDO) & ISRO-INSPACE.
  • Conducted model evaluation and performance tuning for edge devices.

Get In Touch

Let's Collaborate

Interested in thesis collaborations, applied AI research, and early-stage deep-tech projects.

Open to research collaborations, freelance projects, and AI development opportunities.

Typical reply time: < 24 hrs

Email

kasiviswanath129@gmail.com

Location

Tuni, Andhra Pradesh, India

Phone

+91 9391592209