Project Tullie Phase 3: Central Sculpture Mount Designer and Maker RfQ
TULLIE HOUSE MUSEUM AND ART GALLERY TRUSTEstimated Value
Up to £0
Deadline
17 August 2026
Published
8 July 2026
Type
goods
Overview
Tullie House Museum and Art Gallery Trust (the Trust) in Carlisle (brand name: Tullie) is seeking an experienced Mount Making Specialist to plan and deliver the mount making of a new 'Central Sculpture' within a new 'Active Gallery', as part of Project Tullie Phase 3: Breaking Down Barriers. The Central Sculpture will be suspended above a seating area with integrated object display, and the objects above need to have coherency with the displays on the plinths beneath.
We are looking for a professional(s) who can bring their expertise and creativity to deliver playful floating displays, through discreet object mounts. The displays will include a selection of Tullie's collection and may also involve set dressing, with the intended result being an impressive "wow" moment within the visitor journey.
This brief encompasses the mount making for both the objects displayed by suspension and those fixed to these plinths. The specialist must have experience with engineering, designing, fabrication and installation of museum-grade object mounts.
Additional details
They must also be able to work with the curatorial and project team to take the concept vision through to full delivery within the timeframes stated. Details can be found via: https://tullie.org.uk/project-tullie-phase-3-central-scul...
AI Analysis
Get a detailed breakdown of requirements, key tasks, and tips for reading this tender
Before you bid, buyers check
two years of filed accountsyour financial standingturnover vs contract valueyour Companies House recordcash flow for 30-day termscredit scores and ratios
Actions
Sign up freeto open noticeA free account takes a moment and unlocks the buyer’s own notice, tender documents, fit scoring and the Bid Writer. From 1 September 2026 opening these links becomes £2/month membership.
Open Bid WriterIndependent software, web & cloud studio. We design, build and grow digital products that quietly outlast their category.
How to Apply
Step-by-step submission guide
Submission Portal
Contracts Finder
Open the original notice
Click the button below to view this tender on Contracts Finder
Find the submission method
Look for "How to apply" section — most tenders link to an eSourcing platform (e.g. In-Tend, ProContract, Jaggaer)
Create an account
Register on the eSourcing platform for free — you'll need a company email and DUNS number
Download tender documents
Download the ITT (Invitation to Tender), specification, pricing schedule, and any templates
Submit your response
Upload completed documents through the portal before the deadline — late bids are automatically rejected
Most buyers do NOT accept email submissions. You must submit through their eSourcing platform. Check the notice for the exact link.
Buyer Profile
TULLIE HOUSE MUSEUM AND ART GALLERY TRUSTKey Dates
Published
8 July 2026
Submission deadline
17 August 2026
Notice type
Contract
Source
contracts finder
Related Contracts
A66 northern trans-pennine project (NTP) - schemes 1 & 2 road marking
Kier Transportation is looking for contractors to carry out all road marking work for the A66 Northern Trans-Pennine Project Schemes 1 and 2. The work includes installing permanent road markings, road studs and traffic‑management measures to meet the project’s design and highway standards.
A66 northern trans-pennine project (NTP) - schemes 1 & 2 fencing package
Kier Transportation intends to engage experienced and qualified contractors to undertake the supply and installation of fencing works required across Schemes 1 & 2 on the A66 N
Sewer flooding mitigation framework
This procurement covers the United Utilities Sewer Flooding Mitigation Framework Agreement
Non-torque loading system for electrical machine testing including drive system
The University of Edinburgh seeks to acquire a Non-Torque Loading System with a minimum power rating of 20 kW and preferably up to 50 kW or above. The system should be capable of a
