Tender Results of University Of Southampton

Ultrapure Water System-This project was to source an Ultrapure Water System to supply ASTM D5127 E1.3 water at a maximum capacity of >2000 litres per hour to ISO 5 cleanrooms for Silicon and III-V semiconductor device processing.

Alteration Works at Winchester School of Art (WSA) Campus-The University of Southampton is awarding a contract for works following a competitive tender exercise to carry out refurbishment works at the Winchester School of Art campus. The works comprise of converting two existing seminar rooms and a corridor into one open-plan flexible teaching space.

Precision Biosciences Innovation Hub (PBIH) - Cost Management-The University of Southampton is awarding a contract utilising Lot 4 of the NHS SBS Healthcare Planning, Construction Consultancy and Ancillary Services (HPCCAS) Framework (SBS10190). The scope of this contract is quantity surveying services to the end of RIBA Stage 2 feasibility in relation to the University's Precision Biosciences Innovation Hub.

Infrared Femtosecond Laser System-The University was seeking to purchase an Infrared Femtosecond Laser as part of a new EPSRC-funded collaboration between the University of Southamptons School of Chemistry, the Optoelectronics Research Centre, the Rosalind Frankin Institute and the Central Laser Facility.

Further Competition for the Provision of a Data Integration Platform under the CCS Digital Outcomes 6 Framework Lot 1 Digital Outcomes-This innovation programme involves the University of Southampton committing to the development of a Microsoft Azure data integration platform. This platform is intended to support the categorisation, governance, storage, transfer, presentation, and utilisation of data. The ultimate goal is to transition the University of Southampton towards a more responsive operational model that enhances data literacy and uniformity, fosters collaboration, enables self-service capabilities, and stimulates inn...

Infrared Femtosecond Laser System-The University was seeking to purchase an Infrared Femtosecond Laser as part of a new EPSRC-funded collaboration between the University of Southamptons School of Chemistry, the Optoelectronics Research Centre, the Rosalind Frankin Institute and the Central Laser Facility.

Non-Medical Help Student Support-The University of Southampton is looking to enter into a 4-year contract with a supplier for the provision of Non-Medical Help Student Support (NMH). NMH support is provided on an individual basis, through recommendation from the University of Southamptons Student Disability and Inclusion team. The NHM will focus on 5 primary areas of support: • Mentoring support (Mental Health) • Mentoring support(Autism) • Specialist Study Skills Support (SPLD) • Specialist Study Skills Support (Autism) • Assi...

Ultrapure Water System-This project is to source an Ultrapure Water system to supply ASTM D5127 E1.3 water at a maximum capacity of >2000 litres per hour to ISO 5 cleanrooms for Silicon and III-V semiconductor device processing. This is a replacement for the current obsolete system in place. The system will be located on the 4th floor of the Mountbatten Building on the Highfield Campus of the University of Southampton. How to obtain Tender Documents: Website:

Non-Medical Help Student Support-The University of Southampton is looking to enter into a 4-year contract with a supplier for the provision of Non-Medical Help student support (NMH). NMH support is provided on an individual basis, through recommendation from the University of Southampton's Student Disability and Inclusion team. The NHM will focus on 5 primary areas of support: •Mentoring support (Mental Health) •Mentoring support(Autism) •Specialist Study Skills Support (SPLD) •Specialist Study Skills Suppor...

Infrared Femtosecond Laser System-The Water Window X-ray Microscope Project is a new EPSRC-funded collaboration between the University of Southampton's School of Chemistry and Optoelectronics Research Centre (ORC), the Rosalind Franklin Institute (RFI), and the Central Laser Facility (CLF) at the Rutherford Appleton Laboratories. The project will design and construct a lab-scale soft X-ray microscope for biological imaging using soft X-rays generated using ultrafast lasers and applying coherent diffractive imaging technique...