Listen to the Cong of Galileo Signals, First 50 institutions to position using Galileo

  • Quan, Yiming (CoI)
  • Zhang, Penghe (CoI)
  • Tang, Xu (CoI)
  • Lau, Lawrence (CoI)
  • Hancock, Craig Matthew (CoI)
  • Ligt, Huib de (CoI)
  • Roberts, Gethin Wyn (PI)

Project Details


European Space Agency competition win demonstrates strengths of civil engineering department

A team in The University of Nottingham Ningbo China’s (UNNC) Department of Civil Engineering is the only China-based entry among the winners of a competition run by the European Space Agency (ESA).

The competition involved accurately tracking and positioning using Europe’s current satellites and was successfully entered by teams across the world. The UNNC entry, however, was only successful entry from China.

The Department of Civil Engineering has a suite of multi global navigation satellite system (GNSS) receivers that continually track the world’s GNSS satellites currently in orbit, including the Chinese BeiDou system. Typically at UNNC, at least 30 GNSS satellites can be tracked at any time. These receivers are used by academics, in collaboration with international companies and other organisations, to test and develop GNSS applications, and were used to fulfil the competition criteria.

GNSS receivers operate using a range of satellite systems, the most famous and widespread of which is the US system GPS. A huge range of technological applications rely on GPS from mapping apps on mobile phones, tracking devices in planes to monitoring the movements of engineering structures to mm accuracies.

In order to challenge GPS’ global dominance, the ESA and the European Union are currently developing their own GNSS, Galileo, which will provide an alternative high-precision positioning system upon which European nations can rely. The competition was launched in commemoration of the first anniversary of Galileo’s first satnav positioning measurement. Currently there are only 4 operational Galileo satellites in orbit, but it is planned to have 30 by around 2020. The team used these 4 satellites in order to coordinate their GNSS receivers at UNNC.

Gethin Roberts, Professor of Geospatial Engineering in the Department of Civil Engineering at UNNC, said: “Being amongst the winners of this competition is recognition of the skills and equipment currently available in the department – we find ourselves on a list with renowned institutions and organisations across the world, which is fantastic exposure for the work we’re doing here in Ningbo.”

“The fact that we were the only successful team to be based in China demonstrates the unique set-up we have here, which allows us to work with companies and institutions across Asia to test future applications of multi GNSS.”
Effective start/end date2/02/142/02/14

UN Sustainable Development Goals

In 2015, UN member states agreed to 17 global Sustainable Development Goals (SDGs) to end poverty, protect the planet and ensure prosperity for all. This project contributes towards the following SDG(s):

  • SDG 9 - Industry, Innovation, and Infrastructure


  • Galileo
  • ESA
  • Positioning


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