Industrial & Logistics

Industrial & Logistics

Expertise for Logistics, Warehousing, and Manufacturing

Industrial developments operate at a scale where precision across the entire site matters.

Warehouses, distribution centres, logistics facilities and manufacturing plants can combine large building footprints with extensive servicing, loading areas, transportation infrastructure and highly coordinated structural systems. Small discrepancies in positioning or elevation can become significant when carried across hundreds of metres of building, pavement or infrastructure.

Krcmar provides the survey expertise required to establish reliable control, translate complex design information onto the site and verify construction as work progresses.

Working alongside owners, developers, contractors, architects and engineers, our team provides a consistent survey framework from initial site assessment through construction and final as-built documentation.

1. Site Assessment & Survey Control

SITE RECONNAISSANCE

Review existing site conditions, property boundaries and physical constraints that may influence construction.

BUILDING POSITION

Relate the proposed building footprint and site improvements to the established property limits.

SURVEY CONTROL

Establish stable horizontal and vertical control across the project site.

CONSTRUCTION PLANNING

Determine the survey control and layout requirements appropriate to the scale and complexity of the facility.

Industrial construction begins with establishing where the development sits on the land and creating a reliable system from which everything else can be built.

Krcmar reviews the proposed building placement in relation to the property boundaries and available design information. Site reconnaissance identifies existing conditions and other factors that may influence the construction survey strategy.

A network of stable construction control points is then established around the site. These retraceable points have known horizontal and vertical coordinates and provide a consistent frame of reference throughout construction.

This is particularly important on large industrial sites, where significant excavation, grading, material movement and heavy equipment activity can alter the physical site as construction progresses. Reliable control allows each stage of the project to remain connected to the same coordinate system.

2. Design Coordination & Computation

DRAWING INTEGRATION

Integrate architectural, structural, civil and other design information into the construction coordinate system.

DIGITAL MODELLING

Translate two-dimensional design information into an accurate digital representation of the proposed construction.

DISCREPANCY DETECTION

Compare drawings and mathematical information to identify potential inconsistencies before they reach the field.

LAYOUT PLANNING

Develop the survey calculations and field information required for upcoming construction activities.

Industrial facilities depend on coordination.

Architectural, structural, civil, servicing and other design information must ultimately describe one physical development on one site. Krcmar brings this information into the established survey coordinate system so that proposed construction can be accurately related to the land.

Survey calculations provide an opportunity to compare dimensions and geometry between consultant drawings before information is laid out in the field. Potential discrepancies can therefore be identified early enough for the appropriate members of the project team to review and resolve them.

Once coordinated, the design information becomes the basis for the construction layout required in the field.

For large industrial developments, this creates an important connection between the consultant team’s digital design information and the physical construction taking place across the site.

3. Foundations & Structural Layout

BUILDING LAYOUT

Establish the primary building position and construction grid on the site.

FOUNDATION LAYOUT

Provide layout information for footings, foundations, piles, caissons and other specified structural elements.

STRUCTURAL GRID

Maintain the survey geometry required to accurately position the building’s structural system.

ELEVATION CONTROL

Provide vertical control required to relate construction elevations back to the project datum.

The scale and repetition of industrial buildings make an accurate structural grid particularly important.

Krcmar translates the coordinated design geometry onto the physical site, providing the points, lines and elevations required by the construction team to position specified structural elements.

Depending on the project, this can include building grid lines, foundations, footings, piles, caissons and other elements required as construction progresses.

Each layout is connected back to the established project control so that individual components are not positioned in isolation. This provides continuity between the original building design, the property and the construction taking place on the ground.

On large-footprint buildings, maintaining this consistency across long distances is critical. Survey control provides the common reference that allows different construction activities and trades to work from the same underlying geometry.

4. Site & Construction Layout

SITE INFRASTRUCTURE

Provide survey layout for specified site features based on the coordinated project design.

EXTERIOR WORKS

Support the positioning of building-related exterior construction and site improvements.

PHASED LAYOUT

Provide construction layout as different areas and stages of the development advance.

CONTROL MAINTENANCE

Maintain and re-establish survey control as site conditions change throughout construction.

An industrial development extends well beyond the building itself.

The surrounding site must work together with the facility, and construction may advance simultaneously across multiple areas of a large property. Maintaining consistent survey control helps keep these different work areas connected to the overall design.

Krcmar provides construction layout based on the coordinated project information and the requirements of the contractor and consultant team. The specific scope is tailored to the project and can evolve as construction moves from earthworks and foundations through structural and exterior site work.

Because active construction sites undergo constant change, established control may also need to be checked, supplemented or re-established as work progresses.

The result is a consistent connection between the design information in the office and the construction taking place throughout the site.

5. As-Built Verification

CONSTRUCTION VERIFICATION

Survey completed work at appropriate stages to compare its position with the project design.

HORIZONTAL CONTROL

Verify the position of specified structural and site elements.

VERTICAL CONTROL

Confirm elevations and other vertical relationships where required.

EARLY ISSUE IDENTIFICATION

Provide survey information that allows potential deviations to be identified while corrective action may still be practical.

Construction surveying is not only about establishing where something should be built. It can also confirm where it was actually built.

Krcmar provides as-built survey information at appropriate stages of construction, allowing completed work to be compared with the intended design.

For industrial projects, progressive verification can be particularly valuable. The size and interconnected nature of the building and site mean that an error established early can influence work that follows.

By checking critical construction elements as the project advances, survey information can help the project team identify potential discrepancies before subsequent work makes them more difficult or costly to address.

This reflects an important part of Krcmar’s approach to construction surveying: problem spotting can be just as valuable as problem solving.

6. Compliance & Final Documentation

FINAL AS-BUILT SURVEYS

Document specified completed building and site improvements.

BOUNDARY & SETBACK VERIFICATION

Confirm the relationship of completed construction to applicable property boundaries and specified setback requirements.

PROJECT DOCUMENTATION

Provide survey information required by the project team, approving authorities or other stakeholders.

PROFESSIONAL REPORTING

Prepare survey plans and documentation appropriate to the requirements of the completed development.

As construction approaches completion, accurate survey documentation provides a record of what has actually been built.

Krcmar can perform final as-built surveys of specified building and site elements and provide survey information required for project close-out, compliance review or other project requirements.

Where required, the completed development can also be assessed in relation to property boundaries and applicable dimensional requirements.

Because the same survey control and coordinate system have been maintained throughout the project, final survey information remains connected to the framework established at the beginning of construction.

Precision at Industrial Scale

Site Assessment → Survey Control → Design Coordination → Construction Layout → Verification → Final Documentation

Industrial facilities are defined by scale, coordination and efficiency.

Whether the project is a logistics centre, warehouse, distribution facility or manufacturing plant, the physical construction must accurately reflect the coordinated design across both the building and the surrounding site.

Krcmar provides the survey expertise that connects those two environments.

From establishing the original construction control to laying out critical building elements and verifying completed work, we help project teams maintain accuracy across the full scale of industrial development””Âproviding confidence that what has been designed can be accurately built on the ground.