Civil-Architecture Design

We are professional engineering firm that provides CAD (Computer Aided Design) and CAE (Computer Aided Engineering) services to the wide variety of industry segments.

We have been highly successful in obtaining effective solutions for wide range of problems by applying latest Computer Aided Design, Engineering and Analysis tools. This supports us to provide the reliable, efficient and accurate design solution to industry. We are committed to provide quality services as per the standards and ensuring high degree of customer satisfaction.


  • Structural Systems Evaluation
  • Preliminary Structural Design
  • Material and Cost Estimating
  • Value Engineering
  • Architectural Planning


  • Structural Design and Analysis
  • Heavy and Industrial Steel
  • Residential RC Planning
  • Geotechnical analysis & Design
  • Seismic Analysis & Design


  • Steel Detailing
  • Preparation of Shop Drawings
  • RC Detailing
  • Bar Bending Schedule

BIM and 3D Modeling

  • BIM using Autodesk framework & Navisworks
  • Revit Architectural, Structural & MEP Modeling
  • 3D MAX Model
  • Staad, Etabs, SAP Model making and evaluation
  • Structure Design using Tekla

Water Hammer Transient Analysis for Pipelines

Water hammer occurs whenever the velocity of fluid in a pipeline network suddenly varies, such as during Pump Startup, Pump Stop or during opening & closing of valve. Pipeline systems to be design to prevent water hammer in order to avoid potentially dangerous consequences, such as damage of components, equipment’s and risks of personnel life.

Fundamental understanding of fluid properties, governing equations and the design and operation of pipeline systems, valves and pump is required to prevent water hammer. We are providing solutions to our customer using basic principles of water hammer and transient calculation using state of art software tools like Bently Water Hammer, Pipe2010.

Canal Pool Transient Analysis for Irrigation Scheme



Irrigation scheme consists of various Pumping Station and intermediate canal for transferring water from one location to others. It also includes various intermediate structures like Head Regulator, Cross Regulator, VRB, syphon etc.

Operational success of any irrigation scheme & canal control is depends on design of canal system and understanding of time dependent phenomena. Canal pool transient analysis is very useful to establish canal control regulation in commanding area and also at pumping station so that undesired event can be avoided.