Andrea Tagliabue is an applied scientist and aerial robotics specialist with a decade of experience building end-to-end autonomy for agile flying robots, now focused on Amazon Robotics after a PhD in Robotics from MIT. His work bridges low-level motion control, state estimation, perception, and multi-agent coordination, with notable contributions like lidar-inertial odometry used in the DARPA Subterranean Challenge and decentralized collaborative-transport strategies. He has driven data- and compute-efficient imitation learning for vision-based agile control—achieving up to 10x improvements via MPC-guided augmentation—and pioneered NeRF-based augmentation to shrink training needs for visual policies. Comfortable moving between simulation, theory, and field deployment, Andrea blends robust control, uncertainty-aware planning, and exploratory LLM work for low-level resilience, reflecting a rare combination of academic rigor and hands-on systems engineering.
10 years of coding experience
7 years of employment as a software developer
Master Thesis Motion Planning and Control, Master Thesis Motion Planning and Control at University of California, Berkeley
Doctor of Philosophy - PhD Robotics, Doctor of Philosophy - PhD Robotics at Massachusetts Institute of Technology
UPC Universitat Politècnica de Catalunya
B.Sc. Mechatronics Robotics and Automation Engineering, B.Sc. Mechatronics Robotics and Automation Engineering at Politecnico di Milano
M.Sc. Robotics Systems and Control, M.Sc. Robotics Systems and Control at ETH Zürich
A lightweight C++ library for Gaussian processes (GPs).
Contributions:4 pushes in 20 days
cppc-librarygaussiangpsgaussian-processes
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Andrea Tagliabue - Applied Scientist, Amazon Robotics