AYUSH RAJ SRIVASTAVA

Results-driven Petroleum Engineer with a Masters degree in Petroleum Engineering. Adaptable, disciplined, detail-oriented, and eager to learn with a focus on achieving organizational and personal objectives. Demonstrates excellent communication skills, enthusiastic leadership capabilities, and a strong ability to work effectively in a team. Committed to meeting targets and contributing to the success of the organization.

Well control IADC certification (Surface Stack)-Supervisor Level, Valid till 2025 from IADC, Houston, Texas, USA

Under Petroleum Production operations, designed an Excel-based comprehensive dynamic analysis of relations between VLP, tubing size and non-Darcy constant for gas wells, Presented the novel idea of polymer cementation using thermosetting polymers with comparison to conventional cementation, Fracture Calibration Test and After closure behavior analysis for a stimulated well to predict flow regimes

• Silver Medal for securing second position at University level during undergraduate studies
• Certificate of Merit for second rank in Bachelor's in Petroleum Engineering program
• Third position in zonal level Limca Book of Records quiz
• Second prize for the Society of Petroleum Engineers student chapter quiz held in Pune, India

• HSE Induction by Cairn India, Barmer, Rajasthan India
• Basic First Aid & CPR, by Cairn India, Barmer, Rajasthan India
• PTW, Confined Space entry & Working at height by Cairn India, Barmer, Rajasthan India
• H2s Awareness & Basic Fire fighting by Cairn India, Barmer, Rajasthan India
• Red Zone entry permission by Cairn India, Barmer, Rajasthan India

• Working in collaboration with an Indian-NOC to perform lab investigation of CO2-EOR evaluations
• Defining Rock types based upon petro physical properties for simulation processes along with study of Wireline and LWD Tools in understanding the applications in defining the rock types.
• Studying and interpreting XRD results and concluding the effect of clay particles
• Troubleshooting reasons for decrease in permeability for existing wells
• Applying Production Management principles to monitor production history and completion events
• PVT Experiment prognosis based on EOS modelling using ECLIPSE software

• Designing Pilot Plans for casing while drilling operations are underway to compare economics and technological advancements with conventional drilling engineering
• Studying drilling bits and their structure and efficiency based on Rate of Penetration and weight on bits
• Bit selection and comparison of new part numbers to already existing bit types and making related suggestions

• On-site experience with drilling operations and Health, Safety & Environmental requirements
• Trajectory Design using Landmark Software to construct the cost-effective well path
• Optimization of Rig Hydraulics and safe working ranges of pumps and critical velocities for efficient lifting of cuttings

• Integrating rock typing methods using the RCA data to predict rock types for Sandstone reservoir
• Use of MICP data to validate rock types and predict quality of samples
• Studying petrography data such as thin sections and XRD data to validate results
• Application of work to select core samples for further study in lab and identify sweet spots
• Improving reservoir simulation by incorporating rock types
• Creating handy-excel tool to predict rock types for future references and taking work forward for Carbonate reservoirs

• Worked with Production history and Completions data to analyze Production trends
• Predicted future recovery and monitored successful stimulation jobs
• Presented sensitivity analysis based on Enhanced Oil Recovery and troubleshooting Multiphase flows