Profile banner
B Kiran Shetty

B Kiran Shetty

Incoming Programmer Analyst @ Cognizant 💻 | Former ISRO Software Intern 🚀 | Research Paper Presenter @ NSSS-2026 📄 | Java Full-Stack Engineer ☕ | Cloud (AWS/Firebase) • Generative AI & Scalable Systems 🤖 | CSE ’25 🎓

kiran_shetty
Joined April 2026
Favicon imageb-kiran.medicomforts.com
Favicon imagegithub.com
Favicon imagelinkedin.com
Favicon imageb-kiran.medicomforts.com

Network

104 connections
🤝
HR Talent Leaders
⚙️
HR Operations Associate
🛰️
ISRO Space Tech
👑
Founders CEOs
🎓
University Talent Acquisition
🚗
Honda
💡
Product Mgrs

Summary

Researcher in space‑technology software: authored a conference paper on autonomous lunar navigation using Chandrayaan imagery that was accepted for presentation at NSSS‑2026 (Shillong) and the All India Technical Conference 2025 hosted by ISRO‑URSC, highlighting onboard computer‑vision and weighted pathfinding approaches for rover hazard detection and route planning. medicomforts
Full‑stack web developer with hands‑on internship experience in Java and modern web technologies. github+1
Active contributor to embedded systems and IoT projects, demonstrated by a KSCST‑sanctioned Android‑controlled autonomous rover combining microcontrollers, sensors, camera streaming, and Firebase integration. github+1
Built practical machine‑learning and computer‑vision solutions during academic work, such as a real‑time facial recognition attendance system that logs timestamped attendance with voice feedback. github
Gained short‑term industry exposure through multiple internships (JSpiders, Compsoft, ParvaM) and a freelance client project, indicating a focus on translating academic projects into real‑world software deliverables. medicomforts+1
Practical skills in Java, Python, React, HTML/CSS, JavaScript, Git/GitHub, MySQL, and Firebase demonstrated through internships and public projects and freelance work. medicomforts+2

Work

Education

Projects

Writing

A Conceptual Framework for Autonomous Lunar Navigation and Landing Site Analysis using Chandrayaan Imagery

January 1, 2026

Research paper proposing an onboard autonomy framework that integrates computer vision techniques (Canny and Hough transforms) with weighted pathfinding to enable real-time hazard detection and route optimization for lunar rovers; accepted for presentation at NSSS-2026 (Shillong) and the All India Technical Conference 2025 hosted by URSC (ISRO), Bengaluru. Mentored by Tejaswini Achar.

Favicon imageb-kiran.medicomforts.com

Hobbies

Interest in space technology, robotics, and building practical IoT/embedded projects. medicomforts+1