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Sentimental Analysis
This web app allows users to analyze the sentiment of text reviews using a Logistic Regression model. It provides real-time analysis via a user-friendly interface, supporting individual inputs or CSV batch processing.
CodeHi, I'm Vanshika—a senior-year Computer Science student at Michigan State University. I love turning data into insights, building full-stack apps, and swimming at the national level.
Download ResumeB.S. in Computer Science; Minor in Cognitive Science
GPA: 3.76/4.00
Awards: Dean’s Honors List; Honors Excellence Award ($13 000/yr); International Tuition Grant ($25 000/yr); TATA Alankar Award for Excellence in Swimming
This web app allows users to analyze the sentiment of text reviews using a Logistic Regression model. It provides real-time analysis via a user-friendly interface, supporting individual inputs or CSV batch processing.
CodeAn interactive web app built with D3.js to visualize AVL tree operations, demonstrating balance maintenance through rotations during insertions and deletions.
CodeDeveloped a Flask-based web tool for automated resume screening, featuring an intuitive Bootstrap interface for visual analysis.
CodeA custom hash table implemented in Python for fast data retrieval and storage. The session management system tracks user sessions using unique IDs and timestamp validation.
CodeImplemented a variety of graph-related algorithms and data structures, including vertex and graph classes, priority queues, and search algorithms like BFS and A*.
CodeCollaborated with peers to create and successfully implement a personal finance tracker.
CodeI have a strong proficiency in machine learning, with expertise in developing and implementing algorithms for data analysis, predictive modeling, and pattern recognition. My skills encompass a wide range of ML techniques, including supervised and unsupervised learning, deep learning, and natural language processing. I am adept at using popular frameworks like TensorFlow, PyTorch, and scikit-learn to build and optimize models.
I excel in code optimization, focusing on improving the efficiency and performance of software applications. My expertise includes profiling and identifying bottlenecks, refining algorithms, and leveraging advanced programming techniques to minimize resource consumption. I am proficient in using tools and techniques to enhance code readability, maintainability, and execution speed, ensuring robust and scalable solutions.
I am proficient in parallel computing, with a deep understanding of techniques to distribute and optimize workloads across multiple processors and cores. My expertise includes utilizing frameworks like MPI, OpenMP, and CUDA to accelerate computational tasks, enhancing the performance of complex algorithms and data processing pipelines.
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