Vamshi Krishna Thatipamula

1. Applying Functional Size Measurement (FSM) methodologies to accurately estimate project costs and efforts based on the granularity of technical and business requirements, ensuring alignment with stakeholders and overall business objectives. 2. Optimizing project efficiency by assessing process frameworks (Agile, DevOps), evaluating technology productivity, and applying qualifications (COCOMO II) for accurate effort estimation and cost optimization in a fast-paced environment.

1. Led all phases of the data management process, from defining business objectives and data preparation to model planning, building, and communicating insights to stakeholders. Addressed missing data, conducted descriptive statistics, regression analysis, correlation, and hypothesis testing to derive actionable insights for business processes. 2. Utilized SQL for data querying and analysis, employing joins, aggregate functions, and commands to extract meaningful business information.

1. Implemented data management techniques to identify and analyse outliers within large datasets, enhancing data quality and accuracy for business objectives. 2. Accurately applied the appropriate test statistic (z-test or t-test) and significance levels (0.1, 0.05, 0.01) based on sample characteristics, improving decision-making processes for stakeholders. Created visual summaries such as boxplots to highlight data trends and anomalies, aiding in the identification of insights for business processes.

Overall Grade: 2,0 Specialization: Area of Application – Business Analytics, Analysis of Semi & Unstructured Data, Project Management of Big Data Projects, Big Data Analytics, Quantitative Data Analysis, Applied Programming, Leadership & Sustainability Thesis: "Critical analysis of the role of digital technologies in the transition to renewable energies in the private consumer sector"

Overall Grade: 2,0 Specialization: Power Systems, Electrical Machines, Power Electronics, Control Systems, MATLAB, C programming Project: "Analysis of Voltage Stability and Transient Stability on Wind Generated Power System"