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DTU Altair is the pioneering robotics team at Delhi Technological University, advancing frontiers in automation, intelligent systems, and competition robotics since 2016
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Advanced autonomous aerial system for surveillance, agriculture, and defense applications
Real-time monitoring system for industrial and research data collection and analysis
Custom LLM-powered system for adaptive assessments and skill development
Patented single-camera distance measurement technology for navigation and accessibility
Microsoft Azure AI Hackathon: 2nd Place winner, demonstrating excellence in cloud-based AI solutions and implementation.
Google AI Hackathon: Received Special Mention for "Most Potential for Community Impact" by developing AI solutions with significant social value.
HackOn With Amazon: Consistent strong performer with 2nd Runner Up in Season 3, Top 8 Finalists in Season 4, and Top 25 Finalists in Season 2.
Nvidia x University of Florida Open Hackathon: Top 15 Finalists with innovative GPU-accelerated computing solutions.
Flipkart GRID 2.0: Ranked Top 30 in India for developing a legged wheel-based autonomous bot capable of navigating stairs while carrying packages up to 5 kg.
ASME XRC: Secured 2nd Position by creating a sophisticated algorithm for autonomous vehicles navigating multiple tracks on the hyperlink platform.
IIT Delhi's Aero-Design Challenge: 1st Position winner, demonstrating superior aeronautical design and engineering capabilities.
HackMIT (Massachusetts Institute of Technology): Top 25 Finalists at one of the world's most prestigious hackathons, competing against global talent.
MATLAB Simulink Student Challenge 2021: Secured Global Rank 1 with a Reinforcement Learning Control project for Wheeled Self-balancing Systems.
NXP AIM Smart Car Race: Finalist for autonomous vehicle control systems, showcasing advanced capabilities in embedded systems and real-time processing.
Smart India Hackathon (SIH): National Finalist in 2023 with an innovative autonomous window cleaning robot and wall climbing robot.
DD Robocon 2024: Created two specialized robots (RC and autonomous) for agricultural automation, effectively transporting rice paddy and grains from farms to silo.
KVRSS National Innovation Challenge: 1st Runner-Up in this prestigious competition organized by the National Innovation Foundation.
An autonomous quadruped robot designed for dynamic mobility across challenging terrains. Combining cutting-edge actuators with real-time balance systems and obstacle avoidance, our robotic dog demonstrates advanced locomotion capabilities while serving as a platform for research in biomimetic movement and environmental sensing.
Our industrial-scale robotic arm combines precision engineering with advanced control systems. Featuring 6 degrees of freedom and capable of lifting substantial loads, this project demonstrates our capabilities in mechanical design, electronics integration, and motion planning algorithms for complex industrial applications.
Our student-designed rocket incorporates precision aerodynamics and custom electronic systems for stabilized flight. This project demonstrates our expertise in propulsion systems, telemetry, and recovery mechanisms while providing hands-on experience in aerospace engineering principles and high-altitude data collection.
Our electric racing kart combines lightweight materials with high-performance motors and custom power management systems. This sustainable motorsport platform showcases our expertise in vehicle dynamics, energy efficiency, and real-time control systems while delivering exhilarating performance on the track.
Our innovative assistive technology uses monocular depth estimation and spatial audio to help visually impaired individuals navigate environments independently. TASE creates detailed depth maps from single-camera input, transforming obstacles into precise 3D audio cues that intuitively communicate spatial information through specialized headphones.
Our patented cardiovascular monitoring system utilizes non-invasive sensors and AI-driven analytics to detect early signs of heart abnormalities. This innovative medical technology employs advanced signal processing to analyze heartbeat oscillograms, providing accessible and accurate cardiac health assessments without requiring specialized medical facilities.
A compact, intelligent robotic assistant designed for workspace automation. This versatile desk companion integrates advanced sensors and AI algorithms to assist with organizational tasks, videoconferencing, and environmental monitoring, enhancing productivity in academic and professional settings.
Faculty Advisor
Team Captain
Team Vice Captain
Software & Embedded Head
Non-tech Head
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