Formwork and falsework must resist the loads imposed during construction while maintaining adequate strength, stiffness, and stability.

Depending on the agreed scope, engineering checks may include:

• Assessment of fresh concrete pressure and relevant construction loads.
• Design checks for formwork panels, walers, soldiers, props, shores, ties, bracing, and connections.
• Verification of support reactions and load-transfer paths.
• Checks for bending, shear, axial force, buckling, and deflection, as applicable to each component.
• Assessment of lateral stability and restraint requirements.
• Consideration of construction sequence, pour rate, concrete consistency, temperature, and placement method where relevant.
• Evaluation of supporting slabs or structures where loads are transferred to them.

Actual design parameters must be established from project conditions, system information, material properties, and the approved engineering method. Generic load assumptions should not replace project-specific analysis.

Slab and beam formwork requires coordinated design of the form-facing material, supporting members, props, and load paths.

Our engineering scope may include:

• Slab formwork and falsework layout coordination.
• Beam soffit and side-form arrangements.
• Prop spacing and support configuration checks.
• Waler, joist, and bearer design checks where applicable.
• Deflection and stability assessments.
• Support and load-transfer coordination with the structure below.
• Striking and reshoring considerations in accordance with the approved construction sequence.

The final design must account for the actual slab or beam geometry, construction loads, support conditions, and concrete strength requirements.

Vertical formwork must withstand fresh concrete pressure and maintain the specified geometry throughout placement.

Our scope may include:

• Column and wall panel arrangement.
• Tie spacing and tie-load checks.
• Waler and stiffener coordination.
• Formwork joint and connection checks.
• Assessment of fresh concrete pressure based on the specified mix and placement conditions.
• Alignment, plumb, dimensional tolerance, and bracing requirements.
• Access and inspection considerations for concrete placement.

Concrete pressure should not be treated as a single universal value. It depends on the applicable design method and project-specific conditions, including concrete properties, temperature, placement rate, and formwork geometry.

We support formwork engineering coordination for conventional systems and reusable aluminium panel systems, subject to project requirements and the agreed service scope.

Conventional formwork may involve:

• Timber, plywood, steel, or modular formwork components.
• Site-assembled panels and supporting members.
• Props, shores, bracing, and connections.
• Customised arrangements for varied structural geometry.

Aluminium formwork may involve:

• Panel-layout coordination.
• Compatibility checks with the selected manufacturer’s system.
• Panel connections, ties, supports, and bracing.
• Repetitive wall-and-slab construction sequences.
• Coordination of openings, embedded services, and reinforcement.

Clear documentation helps translate engineering calculations into site-executable arrangements.

Deliverables may include, according to the agreed scope:

• Formwork general arrangement drawings.
• Panel layout and support arrangement drawings.
• Sections, elevations, and relevant construction details.
• Prop, tie, brace, and connection details.
• Design calculations and component verification records.
• Load-transfer and support-reaction information.
• Erection, inspection, and dismantling notes.
• Technical queries and revisions arising from project coordination.

The exact deliverables, calculation format, drawing standards, and review responsibilities should be confirmed before commencement.

• IS 14687 — Guidelines for Falsework for Concrete Structures: Guidance for the design and use of temporary support systems for concrete construction.
• IS 456 — Plain and Reinforced Concrete: Code of Practice: Relevant provisions concerning concrete construction, formwork, and removal.
• IS 800 — General Construction in Steel: Relevant where steel formwork or falsework components require design checks under its scope.
• Applicable provisions of other relevant Indian Standards, project specifications, proprietary system manuals, and approved temporary-works procedures.