Data-Driven Analytics Professional (BI & Reporting)

RADHIKA TAPATTLA

**** * **** ******, ********* Park 60805, United States ***************@*****.*** +1-312-***-****

Professional Summary

Detail-oriented Business Analytics professional with a strong foundation in data analysis, reporting, and business intelligence. Skilled in transforming raw data into meaningful insights that support strategic decision-making. Experienced in working with cross-functional teams, analyzing trends, and presenting findings through dashboards and reports. Strong problem-solving abilities with a focus on continuous improvement, data accuracy, and business impact.

Technical Skills

Programming Languages

Python (basic), C

Data Analysis

Data Analysis, Data Interpretation, Statistical Analysis, Descriptive Analytics

Business Analytics

Business Intelligence, Data-Driven Decision Making, KPI Analysis, Reporting & Dashboards

Engineering & Manufacturing

Manufacturing Processes, Process Optimization, Quality Engineering, Lean Manufacturing (fundamentals)

Analytical Tools

Microsoft Excel (Advanced formulas,), Data Visualization (basic)

Engineering Fundamentals

Engineering Mathematics, System Analysis, Technical

Documentation

Productivity Tools

MS Word, PowerPoint, Excel

Methodologies

Problem Solving, Root Cause Analysis, Continuous

Improvement

Professional Experience.

Om space private limited, Gujarat, India.

AUG 2021 – 2022 JAN

Assisted in the design, analysis, and testing of solid rocket motors and propulsion systems.

Conducted theoretical calculations and simulations for motor performance, including thrust, chamber pressure, and combustion characteristics.

Performed experimental burn rate and flame analysis on solid propellants; collected, processed, and interpreted data.

Supported optimization of motor geometries and propellant formulations to improve performance and stability.

Prepared technical documentation, reports, and presentations summarizing experimental results and design insights.

Collaborated with senior engineers and team members on research and development projects, applying engineering principles and problem-solving skills.

Gained hands-on experience with laboratory setups, instrumentation, and safety protocols in aerospace testing environments.

ACADEMIC PROJECTS:

Experimental Measurement of Burn Rate and Flame Analysis on KNSU Propellant

Conducted an in-depth experimental investigation to evaluate the combustion characteristics of potassium nitrate–sucrose (KNSU) solid propellant.

Designed and executed controlled laboratory experiments to measure burn rate under varying environmental conditions and propellant configurations.

Performed detailed flame analysis to assess combustion stability, regression rate, temperature distribution, and flame uniformity.

Collected, processed, and analyzed quantitative experimental data using engineering principles and basic statistical methods.

Evaluated the relationship between propellant composition, geometry, and burn performance to identify combustion trends.

Prepared technical documentation and reports, including graphical analysis of burn patterns, flame behavior, and regression trends.

Developed strong skills in experimental design, data acquisition, analytical problem-solving, and technical reporting, with practical exposure to solid propulsion fundamentals.

Theoretical and Experimental Research on PorttoThroat Area Ratio and LengthtoDiameter Ratio of a Solid Rocket Motor

Conducted theoretical and experimental research on the effects of porttothroat area ratio and lengthtodiameter (L/D) ratio on solid rocket motor performance.

Performed analytical calculations using solid propulsion and gas dynamics principles to evaluate chamber pressure, mass flow rate, and thrust characteristics.

Designed and executed experimental setups to validate theoretical predictions and assess geometric impacts on combustion stability and motor efficiency.

Collected, analyzed, and interpreted experimental data to identify performance trends and validate design assumptions.

Prepared detailed technical reports documenting experimental results, design insights, and optimization strategies.

Strengthened expertise in rocket motor design, propulsion analysis, experimental validation, and analytical modeling.

Education

**Avila University Arizona — Arizona, USA(Transferred)

Master’s in business Analytics 2025 – Present

Focused on applying data analytics and statistical techniques to solve real-world business problems.

Coursework includes data analysis, business intelligence, predictive analytics, and data-driven decision-making.

Developed skills in interpreting complex datasets, creating analytical reports, and supporting strategic business decisions.

Emphasis on integrating analytical insights with business strategy and organizational goals.

**Illinois Institute of Technology (IIT Chicago) — Chicago, IL, USA

Master’s in manufacturing engineering 2023 – 2025

Specialized in advanced manufacturing systems, production planning, and process optimization.

Studied quality engineering, lean manufacturing principles, and operational efficiency improvement.

Applied engineering and analytical methods to evaluate manufacturing performance and improve productivity.

Gained exposure to data-driven approaches in engineering management and industrial operations.

Mahaveer Institute of Science and Technology — Hyderabad, India

Bachelor of Technology in Aeronautical Engineering 2018 – 2022.

Built a strong foundation in aeronautical and mechanical engineering principles.

Coursework covered aerodynamics, aircraft structures, propulsion systems, materials, and engineering mathematics.

Developed analytical thinking, problem-solving, and technical documentation skills through academic projects.

Completed team-based projects emphasizing design analysis and engineering fundamentals.

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