• Design analytical solutions for the revenue team using SQL, Excel VBA, Python, and Looker to monitor, analyze, and report on key revenue performance indicators.• Conduct regular deep dives into sales data, customer behavior, and market trends to identify opportunities for revenue growth.• Generate actionable insights that inform strategic decisions aimed at revenue optimization.• Facilitate strategic alignment by coordinating with cross-functional teams including data science, product, design, and merchandising.

• Served as point of contact for ad hoc data requests for the fortune 500 company.• Created flow of APLD (Anonymized Patient Level Data) to analyze market performance using SQL.• Gathered requirements from clients, analyzed data using SQL, Jupyter Notebook and designed reports, dashboards using Excel, PowerPoint and QuickSight.• Created SQL codes to analyze persistency, compliance, combo therapy of patients in PSO market. • Collaborated with the clients and ZS teams to implement PAC.• Automated the process of creating operational deliverables by using Excel VBA which resulted in reducing turnaround time by 80 hrs per year.

• Recognized with star award thrice for excellent performance in projects and events.•Developed an automation tool using Python to automate post-processing of structural analysis results and creation of PPTs which decreased post-processing time by 60%.• Created a QCPC dashboard using Excel VBA to generate a monthly report and to maintain the record of turnback & rework for each project in a standard format. • Co-ordinated with product owners, configuration managers, and other stakeholders from the US team to collect required data to renew 30 CMRS forms for Rolls-Royce customer and automated the creation of CMRS documents using Python.• Automated the process of collecting file storage data from the server, creating the graphical report, and sharing it periodically to stakeholders through email using Python Matplotlib library which resulted in productivity savings of 96 hours (2400 USD) per year and eliminated manual work.• Performed structural analysis on 777-AOA sensor which resulted in savings of 10,000 USD, manual testing time, and efforts.• Designed and tested new A320-MOPS & A320-BAPS sensors.• Worked with leadership team & HR partner and developed an onboarding docket to streamline the onboarding process.

• Designed an experimental setup for measuring grinding force.• Conducted experimental analysis to estimate forces during vertical and horizontal pass using load cell for surface grinding process. • Used CATIA software for modelling the setup and performed structural analysis using ANSYS software.