Dushyant Kumar Bhardwaj

Fully engaged with geotechnical data, engineering reporting and design studies. Derive soil engineering parameters from test data, stress history and strength parameters and performs quality control of laboratory & in-situ tests data. Assessments and design experiences include large range of designs for fixed platform foundation on drilled and grouted and driven piles together with recommendation on installations, pile drivability analysis, shallow foundations, ground improvement techniques, jack-up leg penetration analyses, hydraulic fracture analysis and liquefaction analysis.

Involved in site investigations including in-situ test techniques, rock coring, CPT testing, soil sampling. Performed processing and interpretation of in-situ test data. Experienced in the execution, processing and interpretation of laboratory tests. Performed preliminary on-site engineering assessments based on data collected from ongoing geotechnical investigations within major parts of Middle East region.

Responsible for ground improvement works that involved supervision and inspection of vibro-compaction, surface compaction and CPT works, maintaining records of daily progress of work and meeting with client.

Responsible for review of project specification, vendor prints and civil standard drawings; review and comment on soil investigation report from sub-contractor; preparation and review of equipment foundation calculations and drawings; settlement calculation and slope stability analysis; coordination with upstream departments, client and subcontractors.

Responsible for design of reinforced earth walls and slopes; ground improvement techniques using stone columns, dynamic compaction and geogrids; coordination in preparation of AFC drawings, data collection, onsite solution, meeting with clients for technical discussions, report writing and quantity/cost estimation and review of design and drawing with junior engineers.

Responsible for design of gabion wall, river training structures and coastal protection; design for slope protection against erosion control; ground improvement techniques; writing technical reports and proposals.