Planning a Shared Research Facility: Ownership, Staffing and Purchase Scope
By Vvon Engineering Team | Published | Updated
Before buying shared research instruments, agree ownership, staffing, recurring funds and acceptance responsibilities. Prepare a facility that can operate after the grant.
Before issuing the purchase order for a shared research instrument, agree who owns it, who operates it and how recurrent costs will be funded after the grant. This guide addresses those procurement and governance decisions. For an operating facility, use the separate booking, user-access and operating-rules guide.
Choose the operating model before the purchase order
Single investigator instrument. One group owns it, runs it and pays for it. Works for instruments that are cheap to run and quick to learn, and only for as long as that investigator is present.
Departmental instrument with a named custodian. Shared within the department, one technical officer responsible, booking by a diary anybody can see. Suits mid-range instruments with moderate running costs.
Choose an accountable host. A central facility, department or agreed consortium can provide continuity when it has a named manager, documented access rules and an approved operating budget.
The appropriate governance model depends on demand, technical risk, staffing and the institution’s funding rules. Compare central and departmental hosting before deciding where a costly instrument belongs.
A custodian is a person with hours, not a title
The most common failure in shared instrument governance is that responsibility is assigned to a department rather than to a person, which means it is assigned to nobody. Name a custodian and a deputy, write down what they are responsible for, and take those hours out of their other workload. A custodian carrying a full teaching load will do the urgent thing, and instrument maintenance is never the urgent thing until it is far too late to be maintenance.
What the role should actually cover, written down and agreed:
Daily and weekly checks, and the log they are recorded in.
Consumable stock, and reordering before the last one is used rather than after.
The relationship with the service engineer, including raising faults and keeping the fault history.
Training users and signing them off against a defined checklist.
Holding software licences, passwords and account administration, so that none of it leaves the institution with a graduating student.
Budget the running cost as a recurrent line
The capital case is normally argued carefully. The running case is often not argued at all. Before the purchase, list every recurring cost and get it into a recurrent budget line rather than into a project that is going to end.
Service contract, or a realistic call out and repair budget if you decide against a contract.
Instrument specific consumables: filaments, apertures, detectors with a finite life, gases, cryogens and reference standards.
Calibration, certification and any performance verification the instrument needs.
Ancillary consumables that belong to the instrument rather than to the building: chiller fluid and filters, vacuum pump oil, air filters.
Uninterruptible supply batteries, which in a hot room reach the end of their life sooner than the datasheet assumes.
Software licences and support renewals, including anything the instrument PC depends on.
Electricity, which for a large instrument plus its cooling is not a rounding error.
A contingency for one significant repair across the instrument's working life.
A useful test before signing: if nobody can say today where the money for the next filament comes from, the instrument is not funded. It has merely been purchased.
Charging that funds maintenance without killing use
Approve a transparent charging policy. Internal, collaborative and external users may have different rates where institutional and grant rules allow. Calculate the costs and subsidies explicitly.
Publish the rates and the booking rules. Opaque access is what makes a shared facility both unpopular and underused, and an underused facility loses its own budget argument.
Agree how income supports maintenance. Confirm with the finance office whether revenue can be retained, earmarked or transferred through an approved budget. Do not assume an independent ring-fenced account is permitted.
Where the institution's rules make a ring-fenced account impossible, negotiate a fixed annual maintenance allocation instead, approved for several years at a time. An agreed allocation beats a promise to fund repairs as they arise.
Balance access and cost recovery. Rates should follow the institution’s mission, approved financial policy and any sponsor conditions, rather than an assumed profit or subsidy rule.
Pursue industrial work for the second reason as well as the first. It brings a maintenance income, and it builds a service relationship that outlasts changes in academic staff.
Access, training tiers and the culture around faults
Sample submission. The user does not touch the instrument. Right for occasional users, and for anything where one mistake is expensive.
Trained user under supervision. Can run the routine modes with the custodian present or reachable.
Custodian and authorised service access. Define which alignment, checks and maintenance are permitted to trained staff, and which require a manufacturer-authorised engineer.
Require prompt fault reporting and a fair investigation process. Staff and users should know how to stop work safely, preserve the sample and record the fault. Maintenance and access decisions should follow the evidence, not pressure to conceal an incident.
The service contract question, answered honestly
Full cover, labour only and pay per call are three different bets, and the right one depends on the instrument rather than on a general policy.
Full cover suits complex instruments with expensive single source parts, where one detector failure costs more than several years of contract.
Labour only, or a call out arrangement, suits instruments whose parts are readily available and whose failures are usually simple.
No contract at all is a legitimate choice for simpler instruments with locally available parts and a competent technician, provided a repair budget genuinely exists.
Read the response time definition carefully. Response usually means acknowledgement, not attendance, and attendance by an engineer who needs a visa and a flight is a very different proposition from attendance by an engineer already based in Dhaka. Ask specifically what happens when the instrument is installed outside Dhaka.
Ask whether remote diagnostics are included and what network access they require, because the IT department will have to agree it and that conversation goes better before a fault than during one.
Ask what spares the supplier holds in the country. A short response time with no local parts produces a fast visit followed by a long wait.
What to write into the purchase so the facility works in year five
A stated number of people trained, named by role rather than by individual, with a refresher after several months of real use.
A recommended spares list quoted at the time of the order, with a lead time written against each item.
Service manuals and the error code list, not only the user manual.
Remote support terms, and what they cost once the warranty ends.
Software licence terms after the warranty, including the answer to a question people forget to ask: does the instrument still operate if the licence lapses?
Initial calibration and the arrangement for recurring calibration.
Site services ordered in parallel: uninterrupted power, cooling and exhaust, commissioned and proven before the instrument arrives rather than chased afterwards.
Every one of these is easier to obtain while a purchase order is unsigned than at any point afterwards. How readily a supplier answers them in writing, before the order, is the most reliable indication you will get of what support is going to look like in year five.
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