Open to opportunities

Ranjeeta Angadi

@ranjeetaangadi

I’m a computer vision and AI/ML intern building accurate, real-world solutions with deep learning and data-driven systems.

India

Message

What I'm looking for

I’m looking for a role where I can apply computer vision and deep learning to ship impactful products—collaborating with a strong team, owning model development, and scaling solutions with real datasets.

I’m a Computer Vision Intern focused on turning AI into dependable outcomes. At Astr Defence, I enhanced the HardKill UAS Counter System with tracking and prediction algorithms, reaching 71% accuracy (till date) for detecting and anticipating unmanned aerial threats.

I also bring strong leadership from my AI/ML work in teams. As Head of Avionics and AI ML at AeroKLE, I led 15 students to deliver real-time object detection and a precision targeting and delivery system, earning Overall Winners in the Regular Class at the SAE INDIA AERO-DESIGN CHALLENGE.

In projects, I build end-to-end systems that solve real communication and optimization problems—like sign language to text translation (91% accuracy) and a hybrid code plagiarism detector (86% accuracy). I’ve also developed a blood bank allocation system with FastAPI and MySQL, using SQL queries and Haversine distance, plus an analytics dashboard and ML-based demand forecasting.

Experience

Work history, roles, and key accomplishments

Head of Avionics & AI ML

AeroKLE Aero-design Team

Led a team of 15 students to deliver AI/ML projects, including real-time object detection and a precision targeting and delivery system. Won Overall Winners (Regular Class Category) at the SAE India Aero-Design Challenge while lifting a 10kg payload.

Team Leadership Avionics Object Detection Engineering Project Management Computer Vision

Computer Vision Intern

Astr Defence

Enhanced the HardKill UAS counter system with tracking and prediction algorithms, achieving 71% accuracy in detecting and anticipating unmanned aerial threats (confidential project).

Computer Vision predictive modeling Deep Learning Image Processing Real Time Systems Python