Digital Museums › Services › Project Management Consultancy
When a contractor has already been appointed, Fusion VR acts as the institution's technical eyes. We review drawings and content before they are built, supervise the work on site, audit quality against the specification, report progress, assess variation claims, and see commissioning through to handover. The role exists so that an institution without in-house immersive expertise is never asked to accept a digital museum on trust.
An institution commissioning a digital museum is buying an integrated experience, but what arrives on site is a bill of materials: hardware, software, content. Checking components off a list is the easy half. Verifying that they integrate into the committed experience is not, and that is the gap Fusion VR closes, so the institution holds its contractor to what was promised, not merely to what was supplied.
What an institution can and cannot see. A gallery that looks impressive on a walkthrough may still be several steps away from what the contract specified. An owner can see an image on a screen. What is far harder to see is whether the stereoscopic alignment is within tolerance, whether the content is running at the contracted resolution and frame rate or was quietly reduced during production, whether the audio system delivers the coverage it was specified for or only sounds loud, and whether a motion platform has been commissioned to its full safe envelope or derated to avoid complaints. None of these is visible from the doorway. All of them are measurable, and all of them are contractual.
The contract promises an experience; the site receives components. A digital museum is delivered as a bill of materials: AV hardware, IT hardware, software, content. Each line can be verified on delivery, and that verification matters, but it is the easy half. The contractor's commitment is not the supply of components. It is the immersive experience those components produce when they are integrated, synchronised and handshaking as one system. A gallery can contain every item on the schedule and still miss the committed experience, because the experience lives in the integration. Component-level verification is a checklist. Solution-level validation, measuring the integrated result against the committed performance, is expert work, and it is the work this role exists to do.
The gap is expertise, not diligence. Institutions are not careless. They are simply being asked to verify work in disciplines that almost no museum holds in-house, because a digital museum draws on stereoscopic projection, spatial audio, motion engineering, software, show control, content production and interpretive design at once. An officer who can competently assess a civil contractor's work has no reasonable way to assess whether an interactive is running at half its intended frame rate. That is not a failure of the officer. It is the reason the role exists.
Where the money actually leaks. The losses on a digital museum project rarely come from a single dramatic failure. They accumulate through small, defensible-looking decisions: a projector substituted for a lower brightness model, a screen gain altered, a seat layout revised outside the optimum viewing cone, a content resolution reduced late in production, an interactive redesigned so that it needs a member of staff standing beside it. Each has a reasonable-sounding justification on its own. Together they are the difference between the digital museum that was approved and the one that opens, and by the time the difference is visible to a visitor it is also expensive to reverse.
Timing decides how useful we can be. The earlier we are appointed, the more we can prevent rather than merely record. Appointment before the contract is finalised is the most valuable position, because the specification is still open and a standard that is missing can still be written in. Appointment at the start of execution is the next best, since drawings and submittals can be reviewed before anything is built. Appointment after installation has begun is still worthwhile, but by then a proportion of our findings become things we can only report rather than prevent, and correcting them costs the institution money it need not have spent.
Independence, stated honestly. When Fusion VR acts as your project management consultant, our recommendations on scope, specification and quality are made in your interest alone, and every judgement we record is one we are prepared to defend to you in writing. We will not pretend to a detachment we do not have. Our conviction is that a digital museum is brought to life most truthfully and most efficiently when the team that conceptualised it also plans, executes and maintains it, and institutions engage us across that whole chain, from feasibility through master planning, documentation, execution and maintenance, or for the execution of selected galleries within a larger project. Whether that continuity, an independent contractor, or a mix of the two serves your project best is your decision, taken in the open. What you can rely on is that the advice never bends to win the work.
What this is not. It is not an adversarial appointment, and it is not a search for faults. We approach a contractor's work on the assumption that they are doing it competently until the evidence shows otherwise, and most of the contractors we encounter are. Our findings are technical and creative judgements against the contract, the specification and the approved creative intent, not opinions about the firm doing the work. An oversight consultant who arrives determined to generate findings damages the project as surely as one who signs off on everything, because both leave the institution without an accurate picture. The useful position is the accurate one.
The cheapest moment to correct a digital museum is while it is still on paper. Before anything is fabricated or installed, Fusion VR reviews the contractor's drawings, technical submittals, equipment selections and content plans against the approved specification, so that what gets built is what was agreed. Most of the value of oversight is delivered here, before a single wall is up.
What we review, and against what. The reference is always the approved specification and the contract, never general good practice and never our own preference. Against it we review shop drawings, equipment schedules and datasheets, mounting and rigging details, cable and containment layouts, show control logic, screen and viewing geometry, and content treatments and production samples as they emerge. Where the contractor proposes a change, the question is not whether the alternative is good. It is whether it is equal or better for this gallery and this content, and whether the saving it produces belongs to the institution or quietly to the contractor.
Projector class is a case-by-case judgement. A specification that only names a projector class has decided too little. LCD and DLP projection behave differently in ways that matter inside a digital museum: black level and contrast in a fully darkened room, brightness decay across years of daily running, and colour stability across a blended multi-projector image. Neither technology is simply better than the other; each suits different conditions. The right class is answered by the experience it is being integrated into: whether the system is a single projector or a multi-projector array, whether the content is stereoscopic 3D or non-stereoscopic, what surface it plays on, and how many hours a day it runs. Our review checks that the selection was made on those grounds rather than on the price list.
Stereoscopic method carries a fifteen-year tail. Active and passive stereoscopic systems can look comparable on opening day and diverge from there. The choice fixes the screen material, the projector arrangement, the brightness the system must generate to survive the light loss both methods impose, and the eyewear the institution will buy, charge, clean, repair and replace for the life of the gallery. In a multi-projector environment the choice needs harder questions still. Active shutter eyewear is synchronised to the projectors by infrared emitters, and those units have practical limits: past a certain projector count the left and right images can drift out of step between projectors, some showing the left eye while others show the right, a failure we have met on site and one no specification sheet warns about. Passive systems raise their own choice between a polarisation modulator and dedicated left and right projector pairs, and the right answer shifts with the projector count, the screen, the content and the immersive environment, and with how comfortably it handshakes with the other technology components inside it. We validate these selections from having built and commissioned such systems, not from the datasheet.
Motion platforms are not interchangeable. The motion platforms and motion simulators behind 5D and 7D theatre experiences are different machines with different consequences. A three degree of freedom pneumatic platform, a six degree of freedom electric platform and a hydraulic system differ in what they demand of the building: floor loading, pit depth, power, compressed air plant and the isolation needed to keep their noise and vibration out of neighbouring galleries. They differ in maintenance regime, in spare parts exposure, and in what a failure does to the show schedule. They differ in the motion vocabulary they can actually perform, which has to match the content rather than the brochure. And they differ in the character of the movement itself: whether a ride feels jerky or floats smoothly is fixed by the underlying drive technology on day one, and in most cases it cannot be upgraded later without replacing the platform. We review the selection against the experience it must deliver and the institution's realistic capacity to maintain it.
Content is reviewed too, and it is usually reviewed least. By the time a project management consultancy is appointed, the script and research are already frozen, exactly as the hardware specification is, and our role with both is the same: verification of what is delivered against what was approved. What we validate in content is the technical and experiential quality, harder to quantify than a datasheet but possible to judge with experience: the animation quality, simulation quality and rendering quality, immersiveness, the audio mix, resolution and frame rate against the contract, how content is mapped across a multi-projector environment and the quality of its edge blending, how projection mapping sits on uneven geometry, whether stereoscopic parallax and depth perception are implemented for comfortable viewing, and whether VR content follows the established principles that prevent motion sickness and nausea. Much of this is perception based, and it can still be evaluated against the standard thumb rules for the quality of the experience. A reduction made quietly in production is invisible until launch and unaffordable to redo after it.
What we do with a finding. A finding is raised in writing while the subject is still a drawing, with the technical reasoning stated and, wherever one exists, an alternative offered, so the institution receives a decision to take rather than an objection to absorb. Every finding goes into a register and is tracked to closure. What the institution holds at the end is not a memory of conversations but a record: what was raised, when, what was decided, and what it cost or saved.
Drawings decide what should happen on site; supervision confirms what actually happened. During installation, Fusion VR inspects the contractor's work at the critical stages, because in a digital museum much of the most important work, the cabling, fixings and mountings, gets hidden behind walls, ceilings and panels as the job progresses. Mistakes found after they are covered are expensive. We check the work while it can still be seen.
Presence at the stages that matter, not residence on site. Useful supervision is not a man permanently in a cabin. It is being present at the hold points where work must be witnessed before it can proceed: structural fixings before they are boxed in, cable containment before cladding closes over it, screen frames before the surface goes on, platform anchors before the floor is finished, and final calibration only after the room is finished, darkened and quiet, because calibration done in an unfinished room gives results that do not hold. We agree these hold points with the contractor at the start, in writing, so that being inspected is part of the programme rather than an interruption to it.
What gets covered up is what needs witnessing. Most of what decides a digital museum's reliability disappears from view before opening day. Cable routed without separation between power and signal, a heavy unit bolted to a wall or ceiling section that was never designed to carry its weight, containment filled past capacity with no room for the spare runs the future will need, terminations made hurriedly at height: all of it looks identical to good work once the panelling is on. The only time this work can be verified cheaply is while it is still visible, and that is where site supervision earns its fee.
Equipment must not arrive into a construction site. The single most common site failure we see is sequence: sensitive equipment delivered while civil and interior work is still generating dust, or installed before the air conditioning runs, in humidity no manufacturer would accept. Dust ingested in week one surfaces as failures in year two, conveniently outside the warranty conversation. We hold the contractor to environmental readiness before sensitive installation begins: dust-generating trades complete, spaces cleaned, climate systems running and stable. It is an unglamorous discipline, and it protects the institution's equipment life more than any other single decision on site.
Calibration is site work, and it needs site conditions. Alignment, edge blending, colour matching across projectors, stereoscopic convergence, audio coverage and level: none of these can be finished in a factory, because they are properties of the room. They also cannot be done properly in a room that is not finished, since blackout, wall finishes and ambient noise all change the result. We witness calibration under the conditions the public will experience, and where the contractor calibrates early to hit a milestone, we say plainly that the milestone has not been met, because a calibration performed in the wrong conditions is a rehearsal, not a result.
Work above the public's head is checked differently. Projectors, speakers, rigging and screen structures hang over the exact spots where visitors will stand for the next twenty years. For anything overhead we verify the load path, the fixing, the secondary retention and the match to the structural provision that was designed for it, and we do not treat any of it as too small to check. This is the one category where we are immovable, because everything else on the project is recoverable.
What the institution receives. Every site visit produces a written report with photographs: what was inspected, what was witnessed, what was cleared to proceed, what was held and why, and what remains open from previous visits. Over the installation period these reports become the institution's continuous record of how its digital museum was actually built, independent of the contractor's own reporting, and they are the evidence base the final acceptance decision rests on.
Acceptance is the moment the institution's money changes hands for the last time, and it should rest on measurement, not impressions. Fusion VR structures acceptance testing so that what the contractor controls is verified item by item and every experience is proven as a whole, running show after show, before the digital museum is accepted from the contractor.
Acceptance happens in stages, not in one ceremony. A single walkthrough at the end, however thorough, cannot verify a digital museum. We structure acceptance as a sequence: factory testing of critical systems before they are shipped, wherever the equipment and the contract allow it; testing of each system on site after installation; then testing of each gallery as an integrated whole; and finally the full digital museum running as it will run for the public. A fault caught at the factory costs days. The same fault caught at final acceptance costs the opening date.
What was promised is verified the way the industry can verify it. Equipment carries two kinds of promise, and they are checked differently. The manufacturer's published figures, brightness, contrast, resolution, are taken on trust from the specification sheet, by us and by the whole industry. Nobody re-tests an international manufacturer's laboratory ratings on site, and we do not pretend to. What we verify is everything the contractor controls. That the model named in the bill of material is the model actually installed, checked against nameplates and serial numbers, because the quiet substitution of a cheaper model from the same range is how a committed figure changes without anyone announcing it. That quantities, screen dimensions, seat counts and viewing distances match the approved drawings. That IT hardware is delivered to the committed specification: CPU, GPU, RAM, storage, networking, and the network redundancy and throughput the system design depends on. That custom-built items, a motion seat or motion simulator above all, meet their committed stroke length, degrees of freedom and range of movement, because a custom build has no manufacturer's datasheet to trust and must be verified against its own specification. That the content is delivered at the contracted resolution and frame rate, and each show runs to its contracted duration and cycle time. And that sound calibration is not merely reported but validated, with the calibration reports checked against industry standards for accuracy. The manufacturer's number is trusted. Everything the contractor builds, configures and delivers is what gets checked.
The experience is tested as one thing. A digital museum can pass every individual measurement and still fail as an experience, because the experience is the integration: content, projection, audio, lighting, motion and show control all handshaking in time. So beyond the instrument readings, we run every show end to end as a visitor will receive it, repeatedly, and judge the result the way an audience will: whether the image is seamless across projectors, whether sound follows the picture, whether motion matches what is on screen, whether transitions land cleanly. This is the solution-level validation the role exists for, and it is where experience does the judging.
Endurance is tested, because opening day is not one show. A gallery that runs perfectly once has proven very little. The public will run it thirty times a day, every day, in a full room, in summer. Before acceptance we require sustained running: full show cycles repeated across full operating days, with the climate systems carrying a real heat load, so that overheating, memory leaks, drift and mechanical wear surface now, in front of the contractor, rather than in month three in front of the public.
Findings become a list with owners and dates. Testing produces findings, and findings are only useful if they are closed. Every defect and deviation goes onto a single list, each with a severity, an owner and a date, and the list is walked down item by item until what remains is either resolved or formally accepted by the institution with its eyes open. Acceptance against a closed list is a decision. Acceptance against a vague assurance that the remaining items will be sorted out is a risk transfer, from the contractor to the institution, and we do not recommend signing it.
Between contract and opening day sit months of claims: progress claimed, payments claimed, extra costs claimed. Fusion VR gives the institution an independent picture of each one, so that money moves when work is genuinely done, extra cost is paid only where it is genuinely owed, and a delay is seen early enough to act on.
Reported progress and real progress are not always the same thing. A progress report written by the party being paid for progress deserves a second opinion. We verify claimed progress against what physically exists: what is designed, what is fabricated, what has arrived, what is installed, what is tested. The gap between the two pictures is usually not dishonesty. It is optimism, and optimism compounds quietly, month after month, until a project that was always reported as nearly on time is suddenly six months late. An independent progress picture catches the slide while it is still one month, not six.
Content production is progress you cannot see on site. On a digital museum, a large share of the contract value is content: films, animation, simulation, interactives, audio. None of it is visible on a site visit, and it is the workstream most often behind schedule, because an empty gallery looks like a construction problem while an unfinished film looks like nothing at all. We track content production against its own milestones, script, design, animation, rendering, integration, with review samples at each stage, so that content and construction arrive together rather than the building waiting for its films.
Payments follow verified milestones. Payment schedules name milestones, and our role is to confirm a milestone is genuinely complete before the institution pays against it. Complete means complete to specification, not largely finished, not finished except for testing. Where a contractor needs cash flow and asks for certification ahead of completion, that is a commercial decision the institution may choose to take, but it should take it knowingly, on our written record of exactly what remains, rather than discover later what an early payment quietly bought.
A variation claim is four questions, answered in order. Extra-cost claims are where a digital museum budget is most at risk, and each one gets the same examination. Is this genuinely a change, or was it always inside the contracted scope? If it is a change, who caused it: the institution's new request, the contractor's earlier omission, or a site condition nobody could have known? Is the price fair against the market and the contract's own rates? And is the claimed time impact real, or is an existing delay being repackaged as a variation? Institutions without technical support tend to pay variation claims because they cannot confidently answer question one. Answering it is most of our value.
Delay is attributed honestly, in every direction. When a programme slips, we establish why, and we report the cause even when it is uncomfortable. Sometimes it is the contractor. Often it is procurement lead times nobody flagged. And sometimes it is the institution itself: approvals held for weeks, content decisions unmade, site access delayed. We say so plainly, because an institution that believes every delay is the contractor's fault will fight claims it should settle and settle claims it should fight. An accurate picture is worth more than a comfortable one, and it is also the position that survives arbitration.
A digital museum is not handed over when the demonstration show runs successfully. It is handed over when the institution can run it on its own, holds every document, file and credential it is entitled to, and knows the performance guarantee will be enforced. Fusion VR stays through commissioning and handover, and at the institution's request, the engagement can continue through the performance guarantee period.
Commissioning is witnessed to the end. Final commissioning is where every system proves it works as one: show control sequencing the galleries, safety systems tested against the running shows, the daily start-up and shutdown performed as the operators will perform it. We witness it end to end rather than accepting a report that it happened. The last days before opening are exactly when shortcuts are most tempting and least visible, because everyone in the building wants the same date.
Handover is a package, and the whole list is owed. At handover the institution is entitled to more than a working building: as-built drawings that match what was actually installed, operation and maintenance manuals the staff can genuinely use, every administrator password and system credential, details of the software licences, the spare parts the contract promised, a warranty register stating what is covered, by whom, until when, and the content and media files the contract entitles the institution to receive. We check the package against the contract item by item, because a missing credential or licence discovered a year later, with the contractor demobilised, is a small crisis that was once a checklist line.
Training is verified by watching your team run it. A training session held is not the same as a team trained. We verify training by observation: the institution's operators running the digital museum through full cycles, start-up to shutdown, including the small failures that daily operation will actually produce, a show restarted, a system brought back after a power interruption, with the contractor's engineers standing back rather than standing in. A museum whose staff can only operate it while the contractor is in the building has not been handed over.
The performance guarantee period is part of the project. After opening, the contractor remains answerable for the solution for a defined period. In our industry this is the performance guarantee period; construction-style contracts call it the defect liability period, and the difference is more than wording. A defect liability clause covers faults in the components and workmanship that were supplied. A performance guarantee covers the solution continuing to perform as committed, the shows running, the experience delivered, which is the right standard for a digital museum, because an installation can be free of component defects and still not perform. Where the institution opts for it, our appointment continues through this period at reduced intensity: we keep the fault log running, distinguish genuine failures from wear and misuse, and press each one to closure, and shortly before the period expires we inspect every gallery in full. The option earns its cost in one fact: a failure reported in the last month of the guarantee is corrected at the contractor's cost, and the same failure a month later at the institution's.
What this role is, and what it is not. Project management consultancy is advice, verification and record. The decisions stay with the institution, and the responsibility for the work stays with the contractor; our presence dilutes neither. We also cannot strengthen a weak contract after it is signed, which is why the appointment is most valuable before the contract is finalised, and progressively less preventive the later it comes. The role's promise is precise: the institution knows the true state of its project at every stage, in writing, in time to act.
Institutions considering a project management consultancy usually ask the same practical questions: whether it is too late, what it costs, how it differs from an audit, and where responsibility sits. Here are the answers we give across the table. If your question is not answered here, ask us directly.
No, though the nature of the value changes. Appointed before the contract is signed, we can strengthen the specification itself. Appointed at the start of execution, we review everything before it is built. Appointed mid-installation, a share of our findings become things we can report but no longer prevent, yet the remaining scope is still fully protected: what has not yet been built can still be reviewed, what has been built can still be tested against the contract, and acceptance, handover and the performance guarantee are all still ahead of you. At Fusion VR we join at whichever stage the project has reached, and we tell you honestly what can still be protected from there.
A small fraction of the contract value, structured either as a monthly engagement or against project stages, and scaled to the number of galleries, the technical complexity and the site visit frequency the project needs. We scope it against your project rather than from a rate card, which is why we give figures after a conversation rather than on a page. What we can say from experience is that the engagement usually recovers its own cost well before completion, in substitutions caught, variation claims correctly answered and payments certified against verified work. To scope it for your project, reach out to our team.
Duration and position. Project management consultancy is a continuous engagement: we are inside the project month after month, reviewing, inspecting and reporting as the work proceeds. An audit is an independent examination at a point in time: a health check on a project that feels wrong, a validation before a major payment or acceptance, or an assessment of a completed installation. At Fusion VR the two are often combined, a PMC engagement for one institution, a one-time audit for another, and where you are unsure which your situation needs, describe the situation to us and we will tell you plainly which it is.
No, and it must not. The contractor remains fully responsible for delivering what the contract commits, and our presence dilutes that responsibility in no way. What changes is the institution's position: decisions are taken on verified information rather than on the contractor's own reporting, milestones are certified against inspected work, and every finding is on record in writing. At Fusion VR we describe the role precisely: advice, verification and record. The decisions stay with the institution, the delivery obligation stays with the contractor, and the institution finally has an expert of its own between the two.
That decision belongs to the institution, and it is taken in the open. Our conviction is that a digital museum is brought to life best when the team that conceptualised it also executes it, and institutions do engage us to execute the project in full, as a turnkey partner, or in part, taking selected galleries or systems within a larger project delivered by others. Equally, on government projects, procurement rules sometimes separate the advisory and execution roles, and where they do, we follow them. What we commit to in every arrangement is the same: the advice never bends to win the work, and any interest we hold is stated to you, never assumed.
A continuous written record of your project's true state. In practice that means site inspection reports with photographs after every visit, review comments on each drawing and submittal, the findings register updated and tracked to closure, verification of claimed progress including content production, a written recommendation on every payment claim, stating whether the milestone it claims is genuinely complete and whether the payment is safe to release in full, in part, or not yet, assessments of every variation claim, and a monthly summary a non-technical committee can read in ten minutes. At Fusion VR we treat the record as the product: at any moment, your institution can show exactly what was checked, what was found, what was decided and why.
Oversight is only as good as the experience behind the eye. Across two decades Fusion VR has designed, built, commissioned and maintained digital museums for government departments, cultural bodies, religious trusts and corporates, so when we review a drawing, witness a calibration or question a variation, we are comparing the work against what we build ourselves, not against a textbook.
Project management consultancy runs alongside the delivery chain, protecting the institution's interest from documentation through execution, acceptance and the performance guarantee.
Tell us where your project stands: contract signed or still in negotiation, work not yet started or already on site. We will tell you honestly what can still be protected from that point, and what the first month of oversight would look like. The first conversation costs nothing.