Valay Parikh

• Implemented safety procedures and verified workers wore proper safety attire to limit injuries and prevent accidents.
• Communicated daily with vendors to keep project fully operational.
• Created construction site staffing schedules to properly staff each shift.
• Managed subcontractor personnel activity and team resources to meet all project requirements.
• Analyzed blueprints and other project specifications to completely understand all job requirements and determine how many workers would be required onsite.
• Enhanced communication between construction management and personnel to facilitate smooth project completion.
• Served as point of contact for clients to deliver information on work progress and resolve on-site technical problems.
• Read plans and blueprints and communicated to workers.
• Verified completed projects met approved time, quality, and cost estimates.
• Scheduled over 150+ labor force, ordered materials and coordinated with other 2-3 contractors to complete projects.
• Computed load and grade requirements, material stress factors and water flow rates to determine design specifications.
• Computed resource quantities and requirements to give customers accurate price estimates.

The project's goal was to bring metropolitan conveniences to rural regions while preserving their rustic character.

• Contributed by giving information to government on rural areas in need of development.
• Demonstrated respect, friendliness and willingness to help wherever needed.
• Designed all necessary amenities in AutoCAD and presenting them with spreadsheet-assisted cost estimates helped administration with budgeting process.
• Used critical thinking to break down problems, evaluate solutions and make decisions.
• Gained extensive knowledge in data entry, analysis and reporting.
• Skilled at working independently and collaboratively in team environment.
• Demonstrated leadership skills in managing projects from concept to completion.

• AIT Campus' shallow subsoil profile was examined to determine depth of groundwater table, which was found to be 12.5 meters below the surface (aquifer).
• Investigated aquifer using an imaging resistivity meter, (Syscal Pro, a product of Iris-Instruments).
• To explain how earthquakes are measured, a seismometer was utilized.