FLORENCE: assistive mobile manipulation
IROS Mobile Manipulation Hackathon · 2021 · With Manan Tayal and Nambilakshmi Ramachandran
Collaborated on an assistive-robot concept for containment environments, with Webots simulations, face-recognition tests, and a patient-database demonstration. The work explored medicine delivery, temperature checks, and sanitization as simulated tasks.
AgroBot for hilly-terrain farming
Inter-IIT Tech Meet · 2021 · Team design project
Contributed systems analysis and mechanical design for an agricultural robot, including seed metering, transplantation, and precision spraying. The project focused on the constraints of farming in hilly terrain.
Cooperative UAV search and localization
Inter-IIT Tech Meet · 2019 · Team project
Worked on ROS-based communication, coverage planning, object detection, and hardware integration for a cooperating UAV fleet.
Parallel path-planning algorithms
IIT Bombay · 2021 · Course research project
Compared serial and parallel implementations of graph-based path-planning algorithms, including OpenMP and CUDA approaches. The report records both computational trade-offs and memory limitations.
Bluetooth-controlled XY stage
IIT Bombay · Mechatronics project
Developed electronics and mobile controls for a lead-screw positioning stage driven by stepper motors, with fine and coarse motion controls.
Smart solar lamp
IIT Bombay · 2021 · Team electronics project
Designed a modular solar-lighting system with battery protection, ambient-light sensing, and charge-aware intensity control.
Pick-and-sort SCARA arm
IIT Bombay · Robotics course project
Built and integrated a 3D-printed robotic arm with camera-based shape detection and sorting, spanning mechanical design, electronics, and perception.
Sudoku-solving block printer
IIT Bombay · 2018 · Institute Technical Summer Project
Combined camera capture, image processing, Sudoku solving, and a block-printing mechanism to fill a puzzle grid.
FlexiForce robotic resistance simulator
UCLA · 2025 · With Ben Forbes and Samantha Herman
A course project using MuJoCo and OpenSim to explore EMG-driven resistance control for a simulated robotic arm.