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Research

Current work within CORE Labs on spatial perception and embodied AI, plus the research that led here.

Ongoing

SEPIA Spatial Egocentric Perception for Interactive Agentsactive

A perception stack that lets interactive agents build and query spatial memory from first-person video — grounding what an agent sees into where it can act.

Show2Instruct Vision-grounded natural-language interfacesactive

Combining computer vision and large language models so natural-language commands can reference objects detected in the surrounding environment — demonstrated in construction, where a site inspection can ask in plain language whether a window or door meets BIM specifications and accessibility standards.

Dynamo CORE Labsactive

Dynamic scene understanding for autonomy, developed within CORE Labs — reasoning about motion and change in unstructured environments.

PRiSM Perception, reasoning & spatial modellingexploratory

Early-stage work connecting multimodal reasoning to explicit spatial models for robot decision-making.

Past Research

CargoSightMaster's thesis
Monocular depth estimation for spatial AI in logistics at Fraunhofer IML.
ML2R — Perception for Industrial Bin PickingResearch assistant (HiWi)
Vision-based grasping and the DoPose dataset, Fraunhofer IML.
MBZIRC 2020Bachelor's thesis
Electromagnetic grasping for cooperative UAV wall-building (1st place).

Explore past projects & engineering work →