Engineering the Future with Mechatronics and Algorithms
At Mecharithm Lab, we engineer the future by integrating mechatronics and algorithms to build physical AI systems that understand human intent and act on it in the real world, while advancing robotics and AI education.
Research
At Mecharithm Lab, we build physical AI for human-robot teaming: decoding intent from human signals, grounding language and vision in robot action, and making both learnable through open-source tools.
RP3: Conversational Human-Robot Interaction Vision-Language-Action (cHRI-VLA) Models for Mobile Manipulators
RP2: Multi-Modal Human Intent Recognition and Understanding for Human-Robot Interaction
RP1: From Verbal Intent to Robotics Action Through Large Language Models (LLMs) and Natural Language Processing (NLP)
Publications and Awards
Publications and awards that the Mecharithm lab published or rewarded.
PUBLICATIONS
OUTREACH & AWARDS
Toward Conversational VLMs: A Pilot Taxonomy of Robot Response Decisions from Wizard-of-Oz Assistive Interaction
PUBLICATIONS
Toward Conversational VLMs: A Pilot Taxonomy of Robot Response Decisions from Wizard-of-Oz Assistive Interaction
AWARDS
Outreach and Collaborators
Nanobioelectronics is a truly transdisciplinary field, and we actively collaborate with researchers across the biology, chemistry, physics, and engineering domains.
Mikhail Lukin
Quantum Physicist University Professor
Mikhail Lukin
Quantum Physicist University Professor
Mikhail Lukin
Quantum Physicist University Professor
Mikhail Lukin
Quantum Physicist University Professor
Mikhail Lukin
Quantum Physicist University Professor