Functional Magnetic Nanomaterials & Scientific Computing.
Physics researcher from COMSATS University Islamabad. Investigating rare-earth doped magnetic ferrites through wet-chemical synthesis, X-ray characterization, and Python data modeling.
Academic Investigations
Research & Scientific Publications
Magnetic Nanomaterials • Ferrite Synthesis • Structural Analysis
Sol-Gel Auto-Combustion Synthesis of Magnetic Nanomaterials as an Efficient Route for Advanced Functional Materials
A comprehensive review synthesizing reaction thermodynamics, fuel selection (citric acid, glycine, urea), phase formation kinetics, and magnetic property modulation in spinel and hexagonal ferrite nanoparticles.
Rare Earth Element Doped M-Type Hexaferrites as Advanced Magnetic Materials for Modern Applications
Investigating the substitution of trivalent rare-earth ions into the hexagonal iron sub-lattices to tune magnetocrystalline anisotropy, coercivity, saturation magnetization, and microwave absorption characteristics.
Study of Rare Earth Doped Hard Ferrites for Memory Devices Applications
Experimental synthesis of strontium ferrite nanoparticles using sol-gel auto-combustion. Handled calcination temperature profiles (800°C to 1100°C), X-ray diffraction (XRD) peak indexing, Williamson-Hall microstrain estimation, and Vibrating Sample Magnetometry (VSM) analysis for high-density magnetic recording media.
Scientific Software • Interactive Lab Tools
Materials Physics Computational Suite
Real-time calculations for laboratory synthesis & characterization
Scherrer Crystallite Size & Microstrain Calculator
Calculates mean coherent domain size (D) and lattice microstrain from powder X-ray diffraction peak broadening.
X-ray diffraction peak broadening occurs when coherent crystalline scattering domains shrink into the nanoscale regime (<100 nm). In magnetic ferrites, crystallite diameter dictates whether nanoparticles exhibit single-domain ferromagnetic or superparamagnetic behavior.
Formulation: Governed by the classical Scherrer equation, where K is the shape factor (0.90 for spherical crystallites), λ is incident wavelength, and β is the FWHM peak broadening (in radians).
Applied Experience
Technical & Systems Engineering
Applying computational discipline to real-world architectures
Punjab Charities Commission
Home Department, Government of the Punjab
- •Architected and deployed full-scale digital audit management platforms for provincial regulatory workflows.
- •Designed automated risk evaluation algorithms, database schemas, and data pipelines on PostgreSQL.
- •Integrated programmatic AI endpoints for internal regulatory guidance and automated information retrieval.
Apex Educational Institute
Academic IT & Data Systems
- •Managed institutional academic grading systems, scientific examination typesetting, and student data accuracy.
- •Maintained high operational reliability, statistical assessment logs, and institutional reporting standards across a 2.5-year tenure.
- •Demonstrated sustained professional responsibility and technical execution following academic studies.
Technical & Scientific Toolkit
Sol-Gel & Sintering
Combustion synthesis and calcination kinetics for single-phase hexagonal and spinel ferrite nanostructures.
Diffraction & Magnetometry
Crystallite sizing, microstrain evaluation, and magnetic hysteresis loop parameter extraction.
Scientific Python & Modeling
Non-linear experimental curve fitting, baseline deconvolution, and Rietveld structural refinement.
Databases & Full-Stack
Production relational database modeling, automated data pipelines, and responsive web platforms.
Academic Inquiries & Research Supervision
Connect & Inquire
Currently preparing for graduate applications (CSC, ANSO, and University Fellowships) in Materials Science, Condensed Matter Physics, and Computational Nanomaterials. Open to discussions regarding research proposals and academic supervision.