Materials Science & Engineering | Advanced Packaging | Materials R&D | Energy Materials | Materials Informatics
I am an M.S. Materials Science & Engineering student at Georgia Tech with interests spanning materials R&D, advanced semiconductor packaging, energy materials, metallurgy, and materials informatics.
My project experience includes hands-on materials processing and characterization, glass-core packaging and microfabrication, lithium-ion battery anodes, steel heat treatment, sustainable materials processing, and machine-learning-based property prediction.
I am particularly interested in applying processing–structure–property relationships, experimental characterization, and data-driven methods to materials development and manufacturing challenges.
- Thin-film deposition and functional oxide materials
- Materials processing and process optimization
- Ferroelectric and piezoelectric materials
- Structural, microstructural, and electrical characterization
- Metallurgy and heat treatment
- Electrochemical materials and Li-ion batteries
- Materials data analysis and machine learning
- Materials selection and process–property relationships
End-to-end fabrication and characterization of a glass-core package substrate involving RDL fabrication, TGV formation, die embedding, planarization, and package-level metrology.
Development and electrochemical evaluation of sucrose-derived Si–graphite–carbon composite anodes for lithium-ion batteries.
Investigation of heat-treatment conditions and their influence on the microstructure and mechanical properties of precipitation-hardened stainless steel.
Machine-learning prediction of steel yield strength using chemical composition, size, and heat-treatment parameters.
Experimental investigation of coal fly ash valorization through vitrification and alkali-assisted silica recovery.
Materials Processing & Fabrication:
Heat Treatment • Thin-Film Processing • Photolithography • Sputter Deposition • Electroplating • Reactive Ion Etching (RIE) • Dielectric Lamination • Femtosecond Laser Micromachining
Materials Characterization & Metrology:
XRD • SEM/EDS • TEM • XRF • Laser Profilometry • White-Light Interferometry (WLI) • X-ray Inspection • Shadow Moiré • Electrochemical Characterization
Materials & Applications:
Advanced Packaging • Battery Materials • Steels & Metallurgy • Sustainable Materials • Heterogeneous Integration
Computational & Data:
Python • Pandas • NumPy • Scikit-learn • Matplotlib • Machine Learning • Regression • Materials Informatics
🎓 Georgia Institute of Technology
M.S. in Materials Science & Engineering
🎓 COEP Technological University
B.Tech. in Metallurgy & Materials Technology
- Optimization and characterization of functional oxide thin films
- Materials processing and structure–property relationships
- Building computational tools for materials analysis
- Developing a portfolio of experimental and data-driven materials engineering projects
- GitHub: You're already here! 🙂