Manifesto of a modern modular construction market

Why the industry needs the Academy

INTERMODULE initiates this open industry platform in its role as a manufacturer and general distributor. It matters to us not only to develop our own solutions but also to raise the quality, transparency and technological level of the entire market. The better prepared the client, design engineer, procurement specialist and contractor are, the fewer errors, rework, specification disputes and risks of a substandard result.

We want professional knowledge to be available before the purchase, not to appear after a problem has arisen.

1. Precision instead of guesswork

A technical solution is described with figures, characteristics, standards with clause references and scope of supply. "Insulated", "for the north", "turnkey" are not characteristics. Where data is missing, it is more honest to write "to be determined by design" than to insert a universal value.

Precision protects both sides: the client understands what they are paying for, and the manufacturer knows exactly what is expected. That is why the Academy questionnaire separates external dimensions, clear internal dimensions, floor areas, climate, loads, logistics, scope of supply and documentation.

2. Design only feasible solutions

A design solution accounts not only for the calculation concept but also for the real availability of materials, structures, equipment and production technologies at the specific location. If a system exists only on a remote market, requires unusual logistics or has no local production base, this must be known before the design is issued.

When a rare structure is discovered at the procurement stage, the search for equivalents begins, along with recalculations, drawing changes and repeated approvals. The client should not pay for the consequences of an unfeasible design: such risks are removed at the stage of defining the task.

3. Sensible standardization

If a task can be solved with a proven series-produced component, a standardized structure or a standard module, there is no point in reinventing the solution every time. Standardization reduces the number of errors, speeds up production, simplifies logistics and makes the cost clearer.

A custom solution is necessary where function, safety or special operating conditions require it. Standardization does not restrict architecture: the interfaces are unified, while facades, layouts and purpose remain free.

4. Geometric compatibility

The first level of compatibility begins with geometry. If modules from different manufacturers are aligned in their base lengths, widths and heights, the client can use products from several plants in one complex or even in one building.

External dimensions are not enough. The finished floor and ceiling levels, the heights of the top and bottom frames, the mating planes, the door and corridor axes and the permissible thicknesses of finishing layers must also match. Only then does a single building have no steps, no differing ceilings and no misaligned corridors.

5. Safety

The load-bearing capacity of the frame, fire safety solutions, electrical installation, insulation, waterproofing, ventilation and installation quality are never a place for unnoticed cost-cutting. The client must understand which characteristics they are paying for and what the consequences of changing them are.

Fire requirements, evacuation and the number of storeys are set by the purpose of the facility and the applicable standards, not by the options in a supplier's questionnaire.

6. Transparent comparison of proposals

Two commercial proposals cannot be compared correctly on the total amount alone. What is compared is identical scope of supply, materials, thicknesses, building services, documentation, logistics, installation and warranties.

We want to teach the market to compare solutions technically rather than visually: first the scope is aligned, then the money is compared.

7. Full life cycle

A modular structure is not only bought. It must be delivered, unloaded, assembled, connected, maintained, repaired and sometimes upgraded. A good solution takes into account the availability of spare parts, maintainability and the replaceability of components.

The product passport, drawings and service history are part of the product, not an attachment to the invoice.

8. Manufacturer cooperation

A large regional project may require hundreds of modules on a short schedule. An order for 450 modules may be too large for a single plant in Kazakhstan in terms of schedule. The problem here is not the capacity of the market but the incompatibility of products from different manufacturers.

If geometry, connection details, floor and ceiling levels, service interfaces, materials and quality requirements are unified, the order is split among several sites and assembled into one facility without any architectural or technical discontinuity. This uses the combined production capacity of the region rather than the throughput of a single plant. One project. Several plants. One standard.

9. A technologically advanced modern market

Digital questionnaires, specification templates, calculators, open checklists, clear quality criteria and transparent technical data become the norm. This reduces correspondence and makes design and procurement faster.

The Academy shapes the professional industry standard as an open practice: how to write specifications, compare proposals, design, calculate climate and loads, control quality, accept modules, and plan logistics, installation and operation. This is not a state standard but a common language for the market.

Who this position is for

For clients, design engineers, procurement specialists, general contractors, installation and operating organizations, manufacturers and everyone involved in the life cycle of a modular facility.