Engineering sustainable materials, powered by both computational and experimental data.
"🔬 Materials Engineer/Student & Data Explorer: Passionate about unraveling the complex properties, processing, and applications of advanced materials.
I'm integrating hands-on R&D experience with the power of data analytics to uncover trends, optimize processes, and predict material behavior — using Python, machine learning, and scientific computing.
My journey spans lab benches, materials synthesis, characterization, failure analysis, process optimization and teaching.
Interest: Additive manufacturing, Sintering, Nanomaterial synthesis, ML for MSE, Energy storage materials, Semiconductors. Now I’m diving deeper into data analytics and materials informatics, crafting projects that combine engineering intuition with algorithmic precision.
Built a dashboard highlighting key insights and visual trends to track performance across categories and segments.
In this project, I created and submitted predictions for a Kaggle competition. Then, improved the model by adding features to apply what I've learned to move up the leaderboard.
In this project, I explore Statistical Process Control (SPC), a method that uses data to keep production within limits [The Upper Control Limit (UCL) and Lower Control Limit (LCL)].
I wrangled, analyzed and visualized review data obtained from screening Google App store for user reviews.
This dataset contains medical examination data from patients. I explored the relationships between cardiac disease, body measurements, blood markers, and lifestyle choices to uncover key health insights and risk factors.
This project utilizes advanced SQL techniques for analyzing data using the GitHub Repos dataset hosted in Google Cloud via BigQuery, SQL and from Python. The analysis focuses on understanding commit patterns and programming language usage across GitHub repositories.
Conduct research on Cold sintering (CS) vs conventional sintering of carbonate rock powders.
Thesis Topic: Additive Manufacturing of Dense Polymer-Derived SiOC Ceramics.
Helped with the implementation and assessment of assigned projects and programs.
Maintained lab operations and supported a crystallization experiment on waste polymers, performing material characterizations including compressive, tensile, and hardness tests.
Conducted communication line checks, assisted in satellite installation and equipment maintenance, and recorded machine data to ensure reliable operations and accurate documentation.
Freecodecamp's Data Analysis with Python Certification
Freecodecamp's Scientific Computing with Python Certification
Kaggle's Introduction to ML with Python Certification