About
Summary
I am a highly motivated PhD candidate with an M.Phil. in Solid-State Physics from the Centre of Excellence in Solid State Physics at the University of the Punjab. My academic and research experience focuses on the synthesis and characterization of magnetic and multiferroic materials, particularly Gadolinium-substituted hexagonal ferrites. My thesis work involved advanced experimental techniques including X-ray Diffraction (XRD), Vibrating Sample Magnetometry (VSM), and multiferroic test systems to investigate the structural, electrical, and magnetic properties of novel oxide systems.
I have a strong foundation in solid-state physics, magnetism, and materials characterization, complemented by a growing interest in quantum optics, spectroscopy, and nanotechnology. I am particularly enthusiastic about interdisciplinary research that bridges fundamental physics with emerging technologies such as spintronics, quantum sensors, and integrated photonic systems. My strengths lie in hands-on laboratory work, problem-solving, scientific communication, and a deep curiosity for understanding complex physical phenomena.
As a PhD candidate, I aim to contribute to impactful research in experimental condensed matter physics and quantum technologies, while continuing to expand my skills through collaboration and international research environments.
Positions
Research Assistant Sep 2022 -
Centre of Excellence in Solid State Physics, University of the Punjab Lahore
As a Research Assistant at CSSP, I was actively involved in experimental research focused on the synthesis and characterization of magnetic and multiferroic oxide materials. My primary project investigated Gadolinium-substituted hexagonal ferrites, aiming to understand the influence of rare-earth doping on the structural, electrical, and magnetic properties of these materials for potential applications in multiferroic devices and spintronic systems.
Key Responsibilities and Achievements:
- Synthesis of ferrite samples using solid-state reaction techniques, maintaining controlled stoichiometry and processing conditions.
- Structural characterization using X-ray Diffraction (XRD) to determine crystal structure, phase purity, and lattice parameters.
- Magnetic property analysis using a Vibrating Sample Magnetometer (VSM) to measure magnetic hysteresis, saturation magnetization, and coercivity of synthesized materials.
- Dielectric and multiferroic testing to evaluate coupling behavior between electric and magnetic ordering, using specialized multiferroic test systems.
- Assisted in data analysis and interpretation, preparing research reports and visualizing results using Origin, Excel, and related software tools.
- Contributed to laboratory maintenance and the calibration of instruments, ensuring the accuracy and reliability of experimental results.
- Collaborated with faculty and postgraduate researchers to discuss findings and refine methodologies in weekly research meetings.
This experience allowed me to develop a strong foundation in solid-state physics, experimental materials science, and scientific communication. It also strengthened my ability to work independently in a research laboratory and solve practical challenges related to advanced materials characterization.
Education
Centre of Excellence in Solid state Physics 2021 - 2023
Field of study: Solid State Physics
Degree: M.Phil Solid State Physics
The M.Phil program in Solid State Physics at the Centre of Excellence in Solid State Physics, University of the Punjab, is a two-year postgraduate degree designed to elevate students' academic and research capabilities in condensed matter physics. The program includes one year of advanced coursework followed by one year of research, focusing on high-level, goal-oriented investigations aligned with national scientific needs.
📚 Program Highlights:
In-depth study of crystal structures, semiconductor physics, magnetic and optical properties of materials
Hands-on training in experimental techniques such as thin film deposition, surface analysis, and spectroscopy
Research opportunities in cutting-edge areas like solar energy, superconductivity, nanoceramics, and liquid crystals
Access to state-of-the-art laboratories and expert faculty guidance
Government College University Faisalabad 2016 - 2021
Field of study: Physics
Degree: BS Physics
The Bachelor of Science in Physics at GCUF is a comprehensive four-year undergraduate program designed to provide students with a strong foundation in classical and modern physics, while fostering analytical thinking and research skills. The curriculum is aligned with the Higher Education Commission (HEC) of Pakistan standards to ensure both national and international academic relevance.
Program Structure:
Duration: 4 years (8 semesters)
Core subjects include Mechanics, Electromagnetism, Quantum Physics, Thermodynamics, and Nuclear Physics
Advanced electives in areas like Laser Spectroscopy, Plasma Physics, Environmental Physics, and Nanotechnology
Final year thesis or research project to develop independent research capabilities
Optional summer internships to gain practical experience
Skills
Experimental Techniques
X-ray Diffraction (XRD): Phase identification, lattice parameter calculation, crystallite size estimation, and basic structural analysis.
Vibrating Sample Magnetometry (VSM): Magnetic hysteresis loop analysis, measurement of coercivity, saturation magnetization, and remanence in magnetic materials.
Multiferroic Test Systems: Characterization of dielectric and magnetoelectric coupling behavior in oxide materials.
Solid-State Synthesis: Preparation of polycrystalline ferrites via solid-state reaction method with controlled stoichiometry and sintering conditions.
Sample Handling & Instrument Calibration: Experience in maintaining clean lab conditions and ensuring accurate operation of measurement systems.
Data Analysis & Software Tools
OriginLab: Graphing, curve fitting, and analysis of experimental data.
Microsoft Excel: Data management, trend analysis, and basic statistical processing.
Match!, HighScore (if applicable): XRD pattern matching and phase identification.
Python/Matlab (basic): Introductory coding and data processing (if applicable).
Research & Scientific Skills
Experimental planning, result interpretation, and critical analysis of material behavior.
Scientific writing: Preparation of technical reports, thesis documentation, and presentation materials.
Literature review and integration of previous research findings to guide experimental design.
Presentation skills: Comfortable delivering scientific results in academic settings and seminars.
Soft Skills
Problem-Solving: Proven ability to troubleshoot experimental challenges and optimize procedures.
Collaboration: Experience working in interdisciplinary teams with researchers and faculty.
Communication: Fluent in English (written and spoken); skilled in writing scientific reports and giving presentations.
Adaptability & Curiosity: Eagerness to learn new techniques and contribute to innovative research environments.
Professional interests
I am deeply interested in the field of condensed matter physics, particularly in the study of the structural, electronic, and magnetic properties of materials. My academic journey has fostered a passion for experimental techniques such as thin film fabrication, spectroscopic analysis, and surface characterization. I aim to contribute to innovative research in areas like nanotechnology, renewable energy materials, and semiconductor physics.
Beyond technical proficiency, I am motivated by the opportunity to explore interdisciplinary approaches that connect physics with emerging technologies. I am committed to staying current with advancements in computational modeling, and I aspire to collaborate on projects that drive scientific innovation and have real-world applications in energy, electronics, and sustainable technologies.
CV
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Contact details
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