Robotics & Computer Vision · 4+ Years Industry
MS Autonomy & Robotics, UIUC (GPA 3.89) · gkarteek99@gmail.com
Currently building autonomy stacks for wildfire-suppression UAVs at Rational CyPhy Inc. Previously at Konica Minolta R&D, Tokyo. B.Tech. Electrical Engineering from IIT Kharagpur. Deep expertise in 3DGS, 6-DoF pose estimation, SLAM, and ROS-based autonomy — backed by an IROS 2026 publication and 2 filed patents.
MPC & PID spline tracker for autonomous gate navigation. NanoSAM keypoint detector for misaligned gate correction.
SAM2 + optical flow + VLMs for real-time object tracking and ego-vehicle motion estimation. YOLOv8 & SfM for spatial grounding.
Code
Transformer-VAE with RealNVP normalizing flows conditioned on VIX. Outperforms TimeGrad & GARCH in distributional similarity.
Unified 3DGS-based simulator automating 6-DoF pose and mask labeling (10k images in <20 min), enabling zero-shot sim-to-real aerial tracking with 100% success on high-speed trajectories.
Automated data generation framework eliminating manual labeling bottlenecks for complex 3D pick-and-place robotics in bulk manufacturing.
Vision-based sensing system using ROI determination and feature extraction for accurate component posture estimation during robotic pick-and-place.