Research Interests:
Early child education, Data Analysis, Curriculum Design , Instructional Technology , STEM Education ,
Educational Innovation
Rotary Flow In Co-Axial Cones & Spheres
In this project, I carried out a comparative study on axially symmetric flows generated by the rotary motion of solid boundaries, specifically examining the fluid dynamics between coaxial cones and concentric spheres. My research centers on rotary flow in coaxial cones, focusing on fluid behavior within cone-shaped structures and its effects on flow patterns and stability. This study offers valuable insights into rotary systems, with potential applications in engineering and industrial processes, advancing our understanding of fluid dynamics in rotating environments.
Patient Satisfaction Analysis Using SAS
I performed a comprehensive analysis of patient satisfaction survey data to assess healthcare service quality and identify areas for improvement. This process involved using SAS for data manipulation, statistical analysis, and visualization.
Key steps included:
Data Preparation: Imported and cleaned survey data, ensuring accuracy and integrity.
Descriptive Analysis: Employed SAS procedures like PROC FREQ and PROC TABULATE to summarize and examine the distribution of satisfaction ratings.
Data Visualization: Created visualizations using SGPLOT and SAS/GRAPH, while leveraging PROC CORR and PROC REG to identify key drivers and significant predictors of patient satisfaction.
Hypothesis Testing: Conducted hypothesis tests with PROC TTEST and PROC ANOVA to evaluate differences in satisfaction across various groups.
Collaboration: Worked closely with team members to interpret and compile analysis results.