ghoziabid

Performed analysis and benchmarking with other Geothermal Powerplants for subsurface systems (well casing, wellhead, logging data) on 10 production, 3 injection, and 15 exploration wells. Developed deliverability curves and chemical test data for production wells, contributing to operational improvements. Evaluated 5 km of pipeline systems (wellhead to demister), providing recommendations that reduced operational costs by 10%. Analyzed reinjection systems and raw water supply, optimizing pipeline and pump efficiency. Applied start-up, shut-down, and normal operating procedures to enhance field performance. Created strategies for managing superheated wells to maintain steam quality and mitigate decline rates. Checking the pressure and flow rate of each existing production well. Development and evaluation of the decline rate of each well along with treatment planning for wells experiencing decline.

Performed data analysis to gather, process, and visualize business-critical datasets, delivering insights that drove key business strategies and improved decision-making processes. Applied Python programming to develop automated solutions for data extraction and analysis, increasing operational efficiency by 20% and minimizing manual errors in reporting. Translated complex datasets into actionable business insights, using advanced analytical tools to identify patterns and trends that directly contributed to optimizing marketing strategies, customer segmentation, and operational improvements. Collaborated with cross-functional teams to streamline business processes, leveraging data to identify inefficiencies and implementing innovative solutions that resulted in a 15% boost in overall productivity. Led multiple data-driven business projects, applying theoretical knowledge to practical scenarios, such as optimizing supply chain operations and improving financial forecasting accuracy through comprehensive data analysis.

Conducted Geothermal Field Prospects Analysis for Darajat and Mataloko: Developed comprehensive conceptual models to visualize and understand geothermal reservoir characteristics. Performed detailed modeling analysis and prospect evaluation, including well targeting strategies to optimize drilling locations. Analyzed various types of power plants suitable for geothermal energy extraction to determine the most efficient and sustainable options. Simulated wellbore flow dynamics to predict and enhance fluid flow behavior in geothermal wells. Conducted thorough drilling performance analysis and well planning to improve operational efficiency and reduce costs. Performed feasibility analysis to assess the economic viability and potential returns of geothermal projects. Created interactive dashboards to visualize complex data, enabling better decision-making and communication among stakeholders. Utilized machine learning techniques to estimate decline rates, enhancing the accuracy of production forecasts and resource management.

Manage the Physics department's social media account which aims to brand the name of Undip Physics. Managed social media accounts, increasing online engagement by 258%. Developed and executed social media campaigns, gaining 100 followers in one week. Scheduled and created content for Instagram and Facebook. Prepared live reports for department events.