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Research Scientist with 5+ years in advanced materials and optics
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Competencies
Used to analyze dispersion uniformity in polymer and glass composites during Master's thesis.
Synthesized Ce-doped Lithium Tetraborate nanoparticles using citrate gel method for dosimetry applications.
Utilized MATLAB, LabView, Arduino IDE, and Python for characterization, automation, and data processing.
Designed and performed experiments on capillary waves, gravity waves, and interferometry during research projects.
Proficient in using MATLAB, Origin, LabView, and various instrumentation for research and analysis.
Education
Summary
Experienced researcher with expertise in composite characterization, nanoparticle synthesis, and experimental physics, with a history of project-based innovation.
Key Achievements
- Characterized composite samples for uniformity of dispersion using optical coherence tomography during Master's thesis.
- Automated street lighting system integrating sensors and Arduino for a project during undergraduate studies.
- Synthesized and characterized nanoparticles (Ce-doped Lithium Tetraborate) for dosimetry applications as a research intern.
Experience
MASTER THESIS (Project Intern at Photonic Material Technology Section)
Characterizing composite samples for uniformity of dispersion of micro particles in the polymer and glass matrix using optical coherence tomography., Characterization of uniformity of dispersion: Synthesized polymer composite (Mn-doped Mg2GeO4 dispersed in PMMA) and glass composite (Mn-doped...
BACHELOR PROJECT
Automation of street light: Achieved automation of street lights by utilizing components namely IR sensor, arduino, power supply unit, LED, step down transformer, for 20 days., Other Tools & Techniques used: Program controlling the system is written using Arduino IDE.
RESEARCH INTERN
Synthesized nanoparticles (Ce-doped Lithium Tetraborate) using citrate gel method for personal dosimetry applications., Tools and techniques used: Characterization of the powder samples using X-ray Diffraction, Dynamic Light Scattering, FTIR, Thermoluminescence Spectroscopy.
VIGYAN VIDUSHI PROGRAM STUDENT
Selected as one of the 40 women Physics students across India., Designed a voltage divider, Worked on Black box experiment, Performed experiments on capillary waves and gravity waves, Designed a Michelson interferometer with given material., Visits to eminent research institutes.