The University Carlos III of Madrid is seeking suppliers for a multi-fan wind generator. This equipment will be used to create wind profiles and gusts for laboratory purposes. The total value of the contract is €267,000. Interested suppliers can find more details and submit their proposals through t
Contract awarded. Originally published 10 months ago.
Only 1 prior award here — too little to read.
In research innovation, RECTOR OF CARLOS III UNIVERSITY OF MADRID has awarded 1 contract to 1 supplier.
Across research innovation, the most active winners are WOLF LABORATORIES LIMITED, BRUKER UK LIMITED, VWR International Ltd — the field to beat, or your route in as a partner.
The University Carlos III of Madrid is seeking suppliers to provide Microsoft software licenses. This contract is valued at approximately €298,992.84 and falls under the technology sector. Interested suppliers can find more details and apply through the TED platform. The awarded supplier for this co
This is a framework agreement for the supply of various office equipment and printing consumables for Carlos III University in Madrid, Spain. The total value of the contract is €1,056,000. Suppliers are invited to provide a range of office supplies, including stationery, paper, and other related ite
This contract is a framework agreement for the supply of audio-visual equipment to Carlos III University of Madrid. The university is seeking suppliers to provide various audio-visual materials, including but not limited to cameras, microphones, projectors, and related technology. The total value of
This contract is for the supply of audio-visual and television equipment under a framework agreement for Carlos III University of Madrid. The total value of the contract is €1,600,000. Suppliers are invited to provide various audio-visual materials and equipment necessary for the university's operat
Fund collaborative data service networks to connect practitioners and improve research support services across the social science sector.
Get up to £250,000 to develop marine robots and autonomous underwater vehicles designed to operate reliably in extreme Arctic conditions over 18 months.
Fund innovative wearable and observation-based methods to measure how home learning environments influence child development and educational outcomes.
BBSRC is funding large collaborative bioscience research teams with grants of £2 million or more for five-year projects aimed at achieving major breakthroughs in understanding living systems.
