Our Engineering Process

Uncompromising Safety at Every Stage from Feasibility to Handoff

Phase 01

Defining site potential, municipal zoning criteria, and structural objectives.

Scope Activities Include:

Reviewing municipal zoning laws and geotechnical parameters

Analyzing boundary coordinates and structural height limits

Drafting feasibility reports and conceptual structural budgets

Establishing collaboration frameworks with client architects

Phase 02

Assessing ground mechanics and environmental risks to dictate core parameters.

Scope Activities Include:

Executing core soil boring tests and geological diagnostic tests

Evaluating water table elevations and stormwater runoff pathways

Auditing slope stability and seismic vulnerability parameters

Reviewing utilities pathways and pipeline connections

Phase 03

Simulating physical stress patterns digitally to optimize raw materials.

Scope Activities Include:

Constructing full Revit Building Information Models (BIM)

Executing Finite Element Analysis (FEA) to locate high bending moments

Simulating seismic tremors and high wind shear dynamics computationally

Optimizing concrete thickness and rebar densities to lower steel cost

Phase 04

Validating structural integrity for code clearance and contractor bidding.

Scope Activities Include:

Applying certified Professional Engineer (P.E.) stamps

Drafting detail drawings for concrete reinforcements and steel joints

Preparing calculation packages for municipal review board approvals

Compiling complete Bills of Quantities (BOQ) for builder bidding

Phase 05

Enforcing quality standards during concrete pours and frame erection.

Scope Activities Include:

Conducting daily on-site steel rebar layout reviews

Auditing concrete slump metrics and stress-testing cylinders

Monitoring contractor schedule critical paths to prevent delays

Issuing final certified building handovers and certificates of occupancy