Highly accomplished Computational Materials Scientist and Renewable Energy Researcher with an MPhil in Condensed Matter Physics and a strong publication record in perovskite, chalcogenide, and tandem photovoltaics. Expert in DFT simulations, solar cell modeling, and advanced materials research, leveraging computational design to develop next-generation renewable energy technologies. Possesses a unique blend of theoretical expertise and practical application, driving innovation in sustainable energy solutions.
Physics Lecturer
Sargodha, Punjab, Pakistan
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Summary
Delivered comprehensive physics education to intermediate and BS level students, fostering foundational scientific understanding and critical thinking.
Highlights
Developed and delivered engaging physics curricula for intermediate and BS level students, improving subject comprehension and academic outcomes.
Implemented diverse pedagogical strategies, including practical demonstrations and problem-solving sessions, to engage over 100 students per semester.
Mentored and guided students in complex topics such as mechanics, electromagnetism, and modern physics, fostering critical thinking and scientific inquiry.
Contributed to a positive learning environment, resulting in enhanced student participation and a deeper understanding of scientific principles.
Physics Lecturer
Sargodha, Punjab, Pakistan
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Summary
Instructed intermediate students in core physics principles, facilitating academic growth and scientific inquiry.
Highlights
Instructed intermediate students in foundational physics principles, covering core concepts across multiple disciplines.
Facilitated an engaging classroom environment for approximately 50+ students, promoting active learning and scientific curiosity.
Provided individualized support and feedback, contributing to improved student performance and confidence in physics examinations.
Published by
Chemical Physics Impact
Summary
Co-authored a theoretical analysis of non-fullerene acceptor based bulk heterojunction organic solar cells with copper-based hole transport layers, published in Chemical Physics Impact, Volume 10, 100854.
Published by
Optics Communications
Summary
Co-authored a publication detailing device simulation and impedance spectroscopy analysis for CuInSe2 based photovoltaic cells, published in Optics Communications, Volume 577, 131399.
Published by
Optical Materials Express
Summary
Authored a theoretical analysis of highly efficient triple cation mix halide perovskite solar cells, published in Optical Materials Express, Volume 6, No. 8/1870-1890.
Published by
Optical Materials
Summary
Submitted research on highly efficient Sr3PBr3 based device design and optimization using numerical simulations combined with machine learning techniques to Optical Materials (Manuscript Number: OM-D-25-03813).
Published by
Results in Physics
Summary
Submitted research on MAGel3-on-MABII3 based tandem device design and optimization to Results in Physics (Manuscript Number: RINP-D-25-01586).
Published by
Applied Electronics Materials
Summary
Contributed to research on identifying efficient absorber materials from A2B binary compounds using a comprehensive computational modeling approach, published in Applied Electronics Materials, Volume 6, No. 12, 8549-9223.
Density Functional Theory (DFT) Simulations, CASTEP (Cambridge Sequential Total Energy Package), Quantum Mechanical Calculations, Structural Properties, Electronic Properties, Optical Properties, Elastic Properties, Phonemic Properties, Magnetic Properties, Thermodynamic Properties, Thermoelectric Properties, Mechanical Properties, Doping, Strain Engineering, Bandgap Engineering.
Solar Cell Capacitance Simulator (SCAPS-1D), Thin Film Solar Cells (TFSC), Silicon Solar Cells, Organic/Inorganic/Hybrid Perovskite Solar Cells, Chalcogenide Solar Cells, Anti-Perovskite Solar Cells.
Electrochemical Impedance Spectroscopy (EIS), Equivalent Circuit Modeling (ECM), ZSimpWin Software.
LaTeX, Origin Pro, Matlab.
Microsoft Word, Microsoft PowerPoint, Microsoft Office.