Aishwarya Mishra

Working on projects where I am using my skills to:

• Conducted thorough data validation and cleanup, ensuring accuracy and reliability of datasets used for analysis.
• Optimized SQL queries for faster processing times, increasing overall productivity within the team.
• Enhanced data visualization capabilities for better decision-making with the use of advanced BI tools.

• Attended department meetings to report on findings and to brainstorm and share new ideas with other team members.
• Contributed to risk assessment activities by identifying potential issues and suggesting mitigation strategies.
• Used both qualitative and quantitative analysis techniques frequently.
• Facilitated communication between technical teams and end-users during system implementation projects.
• Leveraged SQL queries to extract relevant data from databases for further analysis and reporting purposes.
• Assisted in data analysis and interpretation to support business decision-making processes.

• Worked on Project entitled “Analyze Death Age Difference of Right-Handers Vs Left-Handers
• In this journal, we will investigate this peculiarity utilizing age circulation information to check whether we can replicate a distinction in normal age at death simply from the changing paces of left-handedness over the long haul, discrediting the case of early passing for left-handers
• This journal utilizes Pandas and Bayesian measurements to examine the likelihood of being a specific age at death given that you are accounted for as left-gave or right-gave.
• Completed data cleaning and data validation of existing spreadsheets to promote robust data management platform, resulting in accurate data analysis and entry.

• Worked on study of Identification of high-affinity small molecule targeting VEGFR for the clinical treatment of Ovarian cancer
• To study and explore the molecular mechanism of the development and progression of ovarian cancer
• To collect all the established inhibitors of VEGFR towards ovarian cancer
• To perform Molecular docking studies of VEGFR inhibitors
• To perform virtual Screening of the most effective compound obtained from molecular docking
• To perform molecular docking against all the virtual screened compounds to identify a better inhibitor which can bind with VEGFR
• To compare pharmacophore, toxicity, and other physiochemical properties with the best established and the best virtual screened compound

• Worked on study of Synthesis, characterization of nano scale materials and training in basis molecular biology techniques.