e.construct creates engineering value in structural, geotechnical and MEP disciplines

Value Engineering

Construction methodology.

Structural design of buildings.

Structural design of bridges.

Alternate structural systems.

Precast concrete systems.

Precast Concrete Engineering

Feasibility studies.

Alternate solutions.

Design and detailing.

Management of precast concrete projects.

Precast concrete know-how provider.

Technical support starting from feasibility study up to project execution.

Design & Build execution of full structure in precast concrete.

Structural Engineering

Finite element modeling.

Structural analysis.

Structural design.

Structural drawings and shop drawings.

Alternate structural systems.

Structural design of precast concrete.

Structural design of prestressed precast concrete.

Structural design of post tensioned concrete.

MEP Engineering

Review and investigation of alternative designs to improve value and achieve savings on MEP systems.

Design of complete MEP systems from concept stage through detailed design and tender documents.

Peer review of existing designs, for compliance with code requirements, design efficacy, and compliance with contract requirements.

Geotechnical Engineering

Evaluation of sub-surface investigations.

Foundation design.

Soil structure interaction and numerical modeling.

Design earth retaining structures and excavation support.

Ground improvement.


A new division within e.construct that aims to:

  • Employ technology to empower and eventually transform engineering.
  • Construct human-aided design engineering tools.
  • Work with other e.construct divisions with coding, computational analysis, machine learning.
  • Builds tools that can be used to design and manufacture the next generation of cities.