MEP engineering & BIM consulting · serving project teams worldwide
BIMRACE designs building services — heating and cooling, power, water and fire protection — and delivers them as coordinated BIM models, drawings and schedules for architects, contractors, developers and engineering teams.
What we do
Every building needs heating, ventilation, power, water and fire protection. Those systems have to fit the building, work together and be documented well enough to construct. BIMRACE does the engineering and the BIM that gets that right.
We design the building services: heating and cooling, power and lighting, water and drainage, and fire protection.
We build and coordinate the models those systems live in, and produce the drawings and schedules from them.
Where it saves an engineer time, we automate the repetitive parts of the work above. An engineer still signs the result.
Not sure which of these you need? Describe the project and we will tell you what the scope should be.
Who we work with
The reason you would appoint us differs by where you sit on the project. Find yourself below.
What you need. You need an MEP strategy that respects the design, and services that fit the ceiling and riser space you have actually allowed for.
What we do. We design the systems and model them into your building so the coordination problems surface on screen rather than on site.
What you need. You need coordinated MEP information before you build, not a model that disagrees with the drawings you were issued.
What we do. We coordinate the disciplines, resolve the clashes and issue drawings and schedules taken from the model that produced them.
What you need. You need the building services designed and coordinated in a way that supports your programme and your cost plan.
What we do. We deliver the design and the model as one package, so a change in the design is visible in the quantities rather than discovered later.
What you need. You need overflow capacity, or BIM production depth, without losing control of the engineering.
What we do. We work to your standards and templates as an extension of your team, and your engineer remains the one who signs.
What you receive
Five steps, in the order they happen on a project. Each one produces something you can hold us to.
Design
Load calculations, system selection, sizing and layouts for mechanical, electrical, public health and fire protection.
Model
Discipline models authored to the level of detail the stage needs, with the data in them rather than bolted on afterwards.
Coordinate
Federated models, clash and clearance checking, and a tracked route from an issue being raised to it being closed.
Document
Deliverables generated from the coordinated model, so the drawing and the model cannot tell you two different things.
Optimise
Repetitive checking and take-off run automatically. An engineer reviews and signs the output.
Plain english
Building Information Modelling is a way of representing a building and its systems digitally, so that the architect, the engineers and the construction team can coordinate the information before and during construction — rather than discovering that two systems want the same space once the ceiling is being installed.
In practice it means the ducts, cables, pipes and sprinkler mains exist as real objects with real sizes in a shared model, instead of lines on separate drawings that nobody has laid over one another. A clash is something you can see and fix on screen for the cost of an hour. The same clash found on site costs considerably more.
BIMRACE’s role is to do the MEP engineering and author that model, so the design decisions and the model agree with each other by construction rather than by correction.
How we model, and to which standardsSectors
The engineering is the same discipline in every sector; the constraints and the statutory requirements are not. These are the building types we work on most.
Proof
No client has released a case study yet, so there are none on this site. Rather than fill the gap with stock imagery and numbers nobody can check, here is the structure every published project will follow — and you can ask for a walkthrough of live work at enquiry stage.
Case study anatomy
The problem in the client's terms — what was slow, repetitive, unreliable or unresolvable at the scale of the project.
Measured against a stated baseline, with the measurement method named. Where a number cannot be verified, the case study will say so rather than estimate one.
This site publishes no client logos, no project counts and no testimonials, because none have been earned and verified yet. See the projects page.
Why BIMRACE
Adjectives are free. These are claims you can test in a conversation, which is when you should test them.
North America
Europe
Middle East
Asia-Pacific
International delivery
BIMRACE works remotely with project teams across North America, Europe, the Middle East and Asia-Pacific, to the code and drawing conventions of the project’s own jurisdiction.
We have one office, in India, and we say so plainly: the delivery model is a remote engineering team working to your standards and your programme, with overlap arranged around your working day. There are no overseas branches behind the pages below.
How remote delivery worksEngineering + BIM + AI
BIMRACE is building internal workflows that connect engineering data, BIM models and AI-assisted checking. They make the work faster and more consistent. The business is still MEP engineering, BIM coordination and design delivery, and a named engineer is accountable for every output. Each capability below is labelled with what it actually is today.
Naming, parameters, clearances and sizing bands tested across the whole model rather than the parts someone had time to open.
BIM automationModel information read to flag coordination risks and anomalies for an engineer to evaluate. It drafts findings; it does not resolve them.
AI & automationA governed protocol for connecting AI assistants to model data, so a question about the model can be asked in words.
MCP for RevitA twin needs a model, asset data, live data, engineering rules and analytics. We deliver the first two, and structure models so the rest stays possible.
What a twin requiresThe full picture, layer by layer, with what is running at each one: capability status.
Engineering enquiry
Send a scope, a drawing set or an information requirement. You will get a technical response on approach, disciplines and deliverables — from an engineer, not a sales desk.