Sushmitha Guraja
+1-720-***-**** *****************@*****.***
www.linkedin.com/in/sushmitha-guraja-185735209
https://github.com/sushmithaguraja
SUMMARY
Computer Science graduate with an M.S. from Purdue University and experience in data science, machine learning, data analytics, data engineering, and business intelligence through internships and end-to-end technical projects. Skilled in Python, SQL, exploratory data analysis, statistical analysis, feature engineering, machine learning, data transformation, ETL pipelines, data visualization, and model evaluation. Experienced in developing analytical datasets from structured and heterogeneous data, identifying patterns and trends, training and validating predictive models, and communicating insights through interactive dashboards and visualizations. Hands-on experience with AWS S3, Snowflake, Power BI, Tableau, Pandas, NumPy, Scikit-learn, TensorFlow, and relational databases.
EDUCATION
Master of Science in Computer Science
Purdue University GPA: 3.7/4.0
Bachelor of Science in Computer Science
Savitribai Phule Pune University GPA: 9.1/10.0
SKILLS
Programming: Python, SQL, Java, JavaScript, C, C++, Linux
Data Science & Analytics: Exploratory Data Analysis (EDA), Statistical Analysis, Predictive Analytics, Feature Engineering, Feature Selection, Data Interpretation, Correlation Analysis, Data Visualization, Pattern Analysis
Machine Learning: Classification, Regression, Time Series Forecasting, Model Training, Model Evaluation, Hyperparameter Tuning, ROC-AUC, Cross-Validation Concepts, Predictive Modeling
Data Engineering: ETL Pipelines, Data Ingestion, Data Cleaning, Data Transformation, Data Validation, Data Processing, Data Aggregation
Business Intelligence: Power BI, Tableau, Dashboard Development, KPI Reporting, Reporting Automation, Business Analytics
Cloud & Data Platforms: AWS S3, Snowflake
Databases: SQL, Relational Databases, Data Warehousing
Libraries & Tools: Pandas, NumPy, Scikit-learn, TensorFlow, Keras, Matplotlib, Git, Jupyter Notebook, Excel, PowerPoint
PROJECTS
Cloud-Based Movie Data Analytics Pipeline with Interactive Dashboard
Built an end-to-end data analytics pipeline using AWS S3, Snowflake, SQL, and Power BI
Designed ETL workflows for data ingestion, data cleaning, transformation, and aggregation
Transformed raw data into structured analytical datasets for downstream reporting and business intelligence
Developed SQL-based analytical workflows for querying and analyzing transformed datasets
Created interactive Power BI dashboards for KPI tracking, trend analysis, and data-driven decision support
Leveraged cloud storage and data warehousing technologies to support scalable data processing and analytics
Customer Churn Prediction
Built an end-to-end machine learning pipeline using Python and SQL for structured customer data
Performed data preprocessing, validation, exploratory data analysis, and feature engineering
Trained classification models including Logistic Regression and Random Forest
Evaluated model performance using ROC-AUC and classification metrics
Applied hyperparameter tuning and experimentation to improve predictive performance
Analyzed model results to assess predictive effectiveness and identify relevant data patterns
Job Market Data Analysis & Dashboard
Designed ETL pipelines to process and transform large job market datasets
Performed exploratory data analysis and statistical analysis to identify patterns and trends
Analyzed relationships among job skills, salaries, and hiring patterns
Developed interactive dashboards using Power BI and Tableau for data exploration and reporting
Used data visualization techniques to communicate findings and support data-driven decision-making
Produced structured analytical reports summarizing insights from heterogeneous job-market data
LLM Evaluation Platform — AI Model Benchmarking & Evaluation System
Technologies: Python, OpenAI API, Ollama, Streamlit, Pandas
Engineered a dataset-driven evaluation system for benchmarking multiple large language models
Developed an LLM-as-a-Judge evaluation mechanism to assess semantic correctness of model outputs
Implemented cross-model benchmarking using accuracy, latency, and response consistency metrics
Built an interactive Streamlit dashboard for analyzing model performance and comparing experiments
Designed modular components for model inference, evaluation logic, and analytics
Implemented structured logging and CSV-based experiment tracking to support reproducible model evaluation
Stock Price Prediction using LSTM Networks
Developed a time-series forecasting model using LSTM neural networks with TensorFlow and Kera
Preprocessed financial time-series data using normalization and sliding-window techniques
Implemented train-test data splitting and sequence preparation for time-series modeling
Trained and evaluated forecasting models using Mean Squared Error (MSE) and Root Mean Squared Error (RMSE)
Visualized predicted and actual trends using Matplotlib
Developed data-processing workflows using KNIME for financial data analysis
Multimodal Image Captioning System with Web Data Pipeline
Built an end-to-end data collection and preprocessing pipeline using Python, Requests, and BeautifulSoup
Developed data validation and retry mechanisms to improve robustness of web-based data collection
Designed a deep learning image-captioning system using Vision Transformer (ViT) and transformer-based decoder architectures
Developed tokenization and dataset-generation workflows using TensorFlow
Trained and evaluated models using sequence prediction techniques and BLEU score metrics
Integrated computer vision and natural language processing techniques to generate contextual image descriptions
EXPERIENCE
Assistant STEM Advisor August 2025 to May 2026
Purdue University
Assisted students in identifying and connecting with the appropriate academic advisor based on individual questions and needs.
Coordinated and scheduled advising appointments while maintaining accurate appointment information and records.
Communicated clearly and accurately with students while following established advising procedures and processes.
Access Assistant August 2024 to May 2025
Purdue University
Supported students unable to attend lectures by providing accurate lecture notes and course materials in a timely manner.
Organized and delivered academic information according to individual student requests and established procedures.
Managed requests independently and consistently while following established processes and service expectations.
Web Development Intern December 2021 to January 2023
MVP’s KBTCOE
Developed SQL-based data retrieval and reporting workflows for application functionality
Built backend logic supporting data transformation and storage
Improved query performance and data accessibility
Collaborated with development teams on software functionality and testing
Contributed to web application development and technical implementation workflows
Cybersecurity Intern August 2021 to November 2021
Konsola Infotech
Performed systematic vulnerability analysis and testing of computer systems to identify potential issues.
Analyzed technical information and documented findings for review and follow-up.
Troubleshot system issues and supported diagnostic activities using analytical tools.
Maintained organized documentation of findings and recommended improvements based on analysis.
Followed structured testing procedures while reviewing system information for accuracy and potential risks.
Cybersecurity Intern June 2021 to July 2021
Smartknower
Performed network vulnerability analysis and security assessments using structured testing procedures.
Reviewed system and network information to identify potential vulnerabilities and inconsistencies.
Applied security protocols and encryption concepts while working with technical systems.
Documented findings and supported activities focused on identifying and mitigating system risks.
AI & Machine Learning Intern May 2021 to June 2021
Cognifront
Developed machine learning models and analytical workflows using Python
Performed data preprocessing, feature engineering, and model evaluation
Worked with structured datasets to generate predictive insights
Conducted experimentation and debugging to improve model performance