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ARMANIPULATOR | Human-Guided Robotic Manipulation for Warehouse Automation with Augmented Reality

Europe is expected to be short by tens of millions of workers by 2050, d​riven by an ageing population and insufficient migration levels. Labour shortages could lead to product unavailability and price inflations, something that was evident from the recent COVID-19 pandemic. E-commerce and logistics have experienced global growth in recent years; however, the industry remains largely under-automated. With the expected global labour shortages, automation will be critical to sustain economic growth.

The ARMANIPULATOR project adresses this challenge by aiming to devleop an intelligent robotic manipulation systems for complex non-prehensile manipulation tasks to compensate for future labour shortages. The project will investigate semi-autonomous, human-guided, robotic manipulation solutions for warehouse automation, and develop novel augmented-reality interfaces for effective human-robot interaction.

The proposed solution will accelerate the early deployment of robots in warehouses, contributing to the EU’s strategic plan to tackle key global challenges, enhance its competitiveness, and strengthen its economic resilience.

Funding: Co-financed by the European Regional Development Fund (ERDF) and the Republic of Cyprus - Project Granted through the Research and Innovation Foundation (RIF)

At a glance:​

ARMANIPULATOR

ERDF & RIF


Project Duration:

24 months

Project Start:

2025

Project End:

2027



Contact Person:

Profile picture of Dr Rafael Papallas

Dr Rafael Papallas

Assistant Professor, Computer Science, Faculty of Arts and Sciences / Project Manager

[email protected]