About me
I am currently pursuing a Master of Science in Information Technology at Arizona State University, where I am enhancing my expertise in advanced data-driven technologies, including machine learning, data visualization, and natural language processing. I am also honored to have been awarded the Engineering Graduate Fellowship by the Fulton Schools of Engineering at ASU in recognition of my academic excellence.
My skills in data analytics, database management, and machine learning were honed during my Oracle Developer Internship at Virtual Galaxy Infotech, where I optimized databases, resolved complex queries, and collaborated with engineers to streamline workflows.
As a researcher, I’ve authored two SCOPUS-indexed research papers on cybersecurity and financial fraud detection, applying machine learning and advanced analytics to solve real-world problems. Additionally, I hold a patent and copyrights for innovative systems like keylogger detection and financial fraud detection, underscoring my commitment to impactful problem-solving.
I am also passionate about trading and quantitative analysis, exploring mathematical models and predictive algorithms to understand market dynamics and optimize portfolios.
With expertise in SQL, data visualization, statistical modeling, and advanced Excel, my long-term vision is to become a Research Analyst, contributing to innovation across technology, strategy, and quantitative finance.
What Am I Skilled At?
Machine Learning and Statistical Modelling
With expertise in TensorFlow, combined with a strong foundation in statistics and mathematics, I am skilled in algorithm development and advanced data analytics, enabling me to design and implement robust, data-driven solutions.
Big Data visualization
I specialize in designing and developing custom, static, dynamic, and interactive visualizations, transforming complex data into clear and engaging insights.
Algorithms and Database Management
I am proficient in SQL integration and adept at managing large-scale databases, ensuring efficient data organization and seamless information retrieval.