Priya Shrivastava

Dynamic PhD in Nanotechnology and Sciences, awarded in 2020 from the esteemed Indian Institute of Technology Bombay, ready to launch a career in the semiconductor industry. A strong academic foundation combined with practical experience provides the skills necessary for success in fast-paced environments. Expertise in Physics, Nanotechnology, and Material Science will contribute to organizations committed to innovation and technological advancement. Passionate about driving impactful solutions that enhance industry standards and foster growth.

• Comprehensive Research Background: Accumulated over 4 years of intensive academic research, delving into metrology, material characterization, and thin film deposition. Additionally, contributed 6+ years to the field of computational material science, mastering the art of modeling and simulation.
• Hands-On Instrumentation: Proficient in the operation of advanced instruments as an authorized user such as X-Ray Diffraction (XRD), Raman spectroscopy, Thermal evaporators, and Glove Box systems at IIT Bombay. Skillful at extracting precise data and translating it into actionable insights.
• CVD: Collaborated on a project centered around graphene intercalated compounds fabrication where I was exposed to Chemical Vapor Deposition (CVD), demonstrating a practical application of theoretical knowledge in nanotechnology.
• MBE Equipment Training: Acquired a hands-on one-week training from Riber personnel on Molecular Beam Epitaxy (MBE) equipment, signifying a commitment to practical skill development and a keenness to apply these skills in process engineering.
• Supercomputer Utilization: Extensively engaged with high-performance computing resources, including the renowned 'Param Yuva II' at C-DAC Pune and high-performance clusters at IIT Bombay. Utilized computational tools to model material behaviors, devise novel materials, and effectively contribute to research that optimizes cost and time efficiency.

Semiconductor Process Integration

2014 Selected for Oral Paper Presentation in prestigious International Conference, Materials Research Society (MRS), Fall & Exhibits 2014, Boston, USA, 2014 

Travel Award by IIT Bombay

• First-principles study of Cs2Ti1−xMxBr6 (M = Pb, Sn) and numerical simulation of the solar cells based on Cs2Ti0.25Sn0.75Br6 perovskite
• Effect of Br-doping and choice of precursor solvent on morphology of lead free (CH3NH3) 3Bi2I9 perovskites
• Sn(IV) Inserted Lead‐Free Perovskite Materials (MA3(Bi1−x Sn x )2I9) as Light Absorbers: Bandgap Engineering and Enhanced Photovoltaic Performance (Collaboration with IIT Indore)
• Looking beyond single electron extraction in cathode materials for lithium ion batteries(Project work during PhD coursework)