APOLLO Lab

Applied Planning, Learning, and Optimization Lab @ Yale University

Welcome to the Applied Planning, Learning, and Optimization (APOLLO) Lab at Yale! Our lab focuses on pushing the boundaries of robotics by exploring innovative approaches in motion generation, manipulation learning, and the integration of continuous and discrete reasoning. We combine advanced planning, optimization, and learning methods to enable robots to navigate and interact more effectively in dynamic environments. Our research spans areas like automatic differentiation for optimization, improving mixed-integer programming solvers, and unifying spatial computing concepts such as geometric algebra. These efforts are aimed at solving real-world challenges in fields like autonomous systems, disaster recovery, and healthcare.

<iframe src="https://apollo-lab-yale.github.io/apollo-resources/" width="100%" height="500"></iframe>

Background image
IROS 2024
September 01, 2024
Our paper Sequential Discrete Action Selectionvia Blocking Conditions and Resolutions (authors Liam Merz Hoffmeister, Brian Scassellati, and Daniel Rakita) will...
Background image
Yale Engineering Magazine
August 01, 2024
The APOLLO lab was featured in the 2024 issue of Yale Engineering
Background image
ONR grant
February 01, 2024
Daniel Rakita and Brian Scassellati awarded grant to improve robot manipulation in cluttered environments
Background image
Yale news article for ICRA 2023 paper
April 24, 2023
News article on our paper An Analysis of Unified Manipulation with Robot Arms and Dexterous Hands via Optimization-based Motion Synthesis...