I help companies build intelligent software and ML systems that ship to production.
Building clean, dependable systems — APIs, backends, and full-stack applications that ship to production and scale.
Training, fine-tuning, and deploying models — from classic ML pipelines to modern deep learning and NLP systems.
Designing for scale and reliability — databases, APIs, containers, and the infrastructure that keeps it all running.
Applying strong CS fundamentals — data structures, algorithms, and system design — to solve real engineering challenges.
A B.Tech (CSE Core) foundation in DSA, OS, DBMS, and networks — not shortcuts.
Comfortable taking a model or feature from notebook to production with proper testing and deployment.
Reads papers and experiments on the side, not just for a grade — constantly learning new techniques.
Writes clean docs and explains trade-offs, not just code — aligns technical decisions with business goals.
MyCaptain · 2024
Talentfarm.ai LLP,Hyderabad · 2024
GSoc2025 · 2025
SRM Institute of Science and Technology,KTR · 2022 – 2026
An AI-powered precision agriculture platform using ESP32, IoT sensors, Geo-AI, and Machine Learning to recommend optimal crop varieties based on real-time soil and environmental conditions.
A voice and text-based AI assistant built with Python, Flask, and TensorFlow, featuring speech recognition, task automation, reminders, and intelligent command execution.
A deep learning-powered medical imaging system that analyzes MRI scans using TensorFlow to assist in early cancer detection and classification.
A machine learning application that predicts traffic flow from historical transportation data to support smarter traffic management and route planning.
A full-stack e-commerce application with secure authentication, product management, shopping cart, and payment integration.
A modern developer portfolio showcasing projects, technical skills, research work, certifications, and interactive user experiences.
From global tech companies to growing startups.
manav14jn16@gmail.com→