ENGINEERING METHOD
The model is built from controlled equipment/nozzle data, line routing, structural grids, access rules and vendor packages; staged model reviews close clashes and operability issues.
ENGINEERING TEAM & DIGITAL TOOLCHAIN
3D Plant Design & Constructability
UNKA ENGINEERING coordinates equipment, piping, structures, cable routes and maintenance access in a 3D plant model. Clash review, constructability checks, isometric development and material take-off support fabrication and site installation.
TYPICAL SOFTWARE / TOOL CLASS
Typical platforms may include AutoCAD Plant 3D, AVEVA E3D/PDMS-class systems or compatible client-mandated 3D tools.
CRITICAL INPUTS
Approved plot plan, equipment GAs, P&IDs, line list/classes, structural data, access/maintenance and modularization constraints.
ENGINEERING DELIVERABLES
3D model, plot plan, equipment/piping layouts, isometrics, support/structure interfaces, MTO and model-review records.
VERIFICATION & QUALITY CONTROL
30/60/90-percent model reviews, automated/manual clash checks, maintenance-envelope review and constructability closure.
APPLICATIONS & PROJECT INTERFACE
Greenfield, brownfield, modular/skid and revamp projects.
STANDARDS & TOOLCHAIN NOTE
Client CAD standard, piping/structural codes, data-exchange requirements and selected regional code basis. Software is selected per project scope, client requirement, interoperability and licensed availability; naming a tool class does not imply that every project uses every product.
CONTRACTUAL CODE BASIS
Client CAD standard, piping/structural codes, data-exchange requirements and selected regional code basis. Software is selected per project scope, client requirement, interoperability and licensed availability; naming a tool class does not imply that every project uses every product.