Research project

Resource-efficient collective decision making in robot swarms

Project overview

This project develops resource-efficient methods that enable robot swarms to make reliable collective decisions using only local observations and interactions. The research explores how swarms can assess whether they have sufficient resources to undertake a task and dynamically involve only the number of robots needed to reach an accurate consensus, freeing the remainder for other activities.

The aim is to create scalable, decentralised decision-making approaches that conserve energy and computational resources while supporting effective swarm deployment in complex real-world environments.

Staff

Lead researchers

Dr Mohammad Soorati Dr.Eng., MSc, BSc

Associate Professor
Research interests
  • Human-swarm Interaction
  • Multi-robot Systems
  • Swarm Robotics 
Connect with Mohammad

Other researchers

Dr Danesh Tarapore

Associate Professor
Research interests
  • Resilient autonomy
  • Field robotics
  • Swarm and multi-robot systems
Connect with Danesh

Mr Samratul Fuady

Connect with Samratul

Collaborating research institutes, centres and groups

Research outputs