Laboratories
Laboratory Development Planning for Research Institutions
Define what your laboratory needs to do before committing to facilities, instruments or operating costs. Laboratory development planning connects research objectives with a practical requirements brief, staged investment choices and the people and processes needed to use the facility.
On this page 9 sections
01
Turn a research ambition into a usable brief
A laboratory can be proposed around a broad field of research while leaving important operating questions unanswered. Which methods will be supported? What kinds of samples will arrive? How many projects are expected? Which activities must take place on site, and which could use a shared or external facility?
These questions shape equipment, space, staffing and budget decisions. A useful plan makes the assumptions visible before they become expensive commitments. It can also distinguish the minimum capability needed for an initial phase from options that depend on future demand.
The service can support a new laboratory, an expansion, a shared facility or a review of underused infrastructure. The focus is the research and operational brief. Architectural design, specialist engineering, statutory approvals and construction are separate professional responsibilities unless specifically included through qualified providers.
02
Establish scientific demand and the intended users
Begin with the research programme and the people expected to use the laboratory. The planning work can review current projects, credible near-term proposals, teaching requirements where relevant and potential external demand. Each source of demand should be distinguished from speculative future activity.
A method-led requirements discussion examines sample types, preparation steps, performance needs, throughput and output formats. It should also identify constraints such as access to reference materials, specialist staff, appropriate utilities or particular environmental conditions.
For a shared university facility, access arrangements matter. A department that funds equipment may expect priority, while another group may depend on it for time-sensitive work. The plan can identify booking, supervision, charging and responsibility questions for institutional decision.
Demand estimates are planning inputs rather than guaranteed revenue or utilisation. Where evidence is weak, a phased investment or external-access option may be more appropriate than assuming full use from the first year.
03
Map workflows and facilities dependencies
A laboratory requirements brief should follow the work from receipt or preparation through measurement, analysis, reporting and storage. Mapping that sequence can identify where equipment, people and records need to connect.
The review can record requirements for power, ventilation, water, temperature, vibration control, network access, storage and waste handling where relevant to the proposed methods. A qualified technical professional must confirm specifications that affect safety, engineering design or regulated activity.
The brief should also identify information flow. Instrument outputs may need to connect with analysis software, controlled records or an institutional system. Software licences, export formats, data retention and access rights can affect the usability of an otherwise suitable instrument.
This planning stage does not supply laboratory safety approval or authorise work with particular materials. It identifies decisions and specialist reviews that must be completed before implementation.
04
Compare equipment and access options
A laboratory development plan should consider how the required capability can be obtained. Options may include buying equipment, upgrading an existing instrument, sharing a facility, leasing where suitable or commissioning work from an external provider.
Comparison should begin with scientific suitability. A lower purchase price is not useful if the instrument cannot meet the required method, sample or performance needs. Once options meet the essential requirements, cost, operating flexibility, service availability and implementation demands can be compared.
Laboratory equipment procurement consulting can develop the technical requirements and evaluation matrix in greater detail. Supplier proposals should be assessed against the same documented assumptions, with unanswered questions recorded.
An access option also needs scrutiny. Consider booking capacity, turnaround arrangements, data ownership, sample logistics and the continuity of the service. The preferred route may combine owned capability for routine work with external access for occasional specialist needs.
05
Plan the operating model as well as the purchase
Equipment needs people, consumables, maintenance, records and an accountable budget. The development plan can identify the skills required, operator authorisation, supervision, support coverage and training needs.
It can also describe the proposed management arrangements. Who approves access? Who owns the maintenance schedule? Who can take equipment out of use? Who decides whether a result is suitable for its intended purpose? These responsibilities should fit the institution's governance rather than sit in a separate document no one uses.
Laboratory quality-management support can help develop the relevant procedures and records. If accreditation is an objective, its intended scope and readiness requirements should be considered early, with appropriate specialist advice.
Operating costs should be recorded by category and time period. Consumables, calibration, maintenance, software, utilities and staff time may materially change the budget. Assumptions about useful life, demand and replacement should be reviewed rather than treated as fixed facts.
06
What the work can produce
An engagement can deliver:
The precise mix depends on whether the client needs an early feasibility discussion or a more developed specification.
Illustrative deliverable: a shared materials-characterisation laboratory brief could contain research objectives, anticipated sample classes, essential measurements, estimated demand, existing capability, gaps, facilities dependencies, operator requirements and unresolved decisions. An associated action register would assign responsibility for confirming each material assumption.
For example, if several groups request a measurement capability but their expected sample types differ, the brief should document that difference before instrument selection. The resulting decision may be a more flexible configuration, a narrower initial scope or an external route for some work.
This is an illustrative planning scenario, not a completed client project. The aim is to show the level of decision detail that a useful brief can contain.
07
Inputs, delivery stages and quotation
Useful starting information includes the laboratory's purpose, research priorities, existing equipment, available space, relevant facility information, likely users and budget constraints. Preliminary material is acceptable when the scope is an early planning study; its limitations should be recorded.
The work can proceed through a requirements review, stakeholder discussions, an options assessment and preparation of the agreed brief. A review with the laboratory, estates and procurement teams can resolve conflicting assumptions and identify the specialist work still required.
Scope and timing depend on the number of methods and instruments, the availability of records, the technical complexity, the need for site work and the extent of supplier interaction. The quotation should separate advisory work from engineering, travel, testing, equipment purchases and other third-party charges.
A staged handover should state which requirements are confirmed, which remain provisional and who must approve them. Supplier engagement or procurement execution requires explicit authority; a planning assignment alone does not authorise purchases.
08
Questions about laboratory development
Can the plan cover an existing laboratory?
Yes. An existing laboratory may need a review of capability, workflows, utilisation and operating constraints before investment. The starting point can be the gap between the intended research and what the current facility can reliably support, including whether organisational changes would help before new equipment is purchased.
Does this include architectural or engineering design?
The service centres on research requirements and development planning. Architectural drawings, building services design, safety engineering and statutory approvals require appropriately qualified professionals and a separate defined scope. Their inputs can be coordinated into the requirements process where agreed.
How do you assess equipment that is already owned?
The review can consider its documented capabilities, condition, support arrangements, compatibility and actual use. A physical inspection, performance test or valuation is a separate task. The plan should distinguish information supplied by the institution from conclusions confirmed through specialist assessment.
Should every new laboratory pursue accreditation?
That decision depends on its activities, users, contractual requirements and intended use of results. The relevant standard and scope need to be established before planning readiness work. Accreditation-readiness consulting can be considered where ISO/IEC 17025 is appropriate; it is not an automatic requirement for every research facility.
Can procurement start before the whole laboratory is complete?
A staged purchase may be reasonable when the initial research needs and installation dependencies are clear. The plan should identify risks such as changing specifications, delayed facilities work, expiring warranties or insufficient staff capacity. The institution decides whether those risks are acceptable.
What if the budget cannot cover the full proposed capability?
The plan can compare a smaller initial scope, shared access, external services and phased acquisition. Essential scientific and safety requirements should remain explicit. The purpose is to make trade-offs visible so the institution can choose a viable route and avoid buying equipment that cannot be used as intended.
09
Discuss the laboratory you need to develop
Describe the scientific purpose, the stage of planning and the decision you need to make. If available, mention existing capability and the main constraint. The laboratory procurement requirements template can help your team prepare a common starting brief.