1) Analyzed 10 years of financial statements through advanced financial modelling techniques to identifyimprovement areas; created targeted 5-year growth strategy aimed at boos ng the cash reserves by 20%2) Assessed Indian Oil's financial health by performing detailed debt analysis and recommended actionable insights and strategies to decrease Interest Costs by 15% and improve the Debt-by-Equity rati o by 20%3) Benchmarked IOCL’s financial performance against leading… Show more 1) Analyzed 10 years of financial statements through advanced financial modelling techniques to identifyimprovement areas; created targeted 5-year growth strategy aimed at boos ng the cash reserves by 20%2) Assessed Indian Oil's financial health by performing detailed debt analysis and recommended actionable insights and strategies to decrease Interest Costs by 15% and improve the Debt-by-Equity rati o by 20%3) Benchmarked IOCL’s financial performance against leading industry peers, pinpointed improvement areas and formulated ac tionable plans expected to boost profitability by 18% and operational efficiency by 20%4) Orchestrated the application of Monte-Carlo simulation for comprehensive risk factors analysis using R, providing in-depth probabilisti c insights, improving the decision-making process for the debt-management Show less

1) Analyzed potential growth avenues for BP within Indian renewable energy sector through Jio BP JV, focusing on strategic alignment and growth potential within energy sector over 5 years2)Formulated a comprehensive expansion strategy for Jio-BP JV, targeted establishing new retail locations and enhancing EV-charging network across West India within a 12-month timeframe

1) Conducted detailed product analysis and competitor benchmarking, identifying critical marketgaps, creat ed innova tive customer acquisiti on strategies leveraging unique selling propositi ons2) Developed advanced data visualizati on dashboard in Tableau that aggregated 11000+ consumerpreference data points, enabling detailed analysis and insights in consumer behaviour pa tterns3) Executed market research initi a tives through interviews and surveys to investi gate the… Show more 1) Conducted detailed product analysis and competitor benchmarking, identifying critical marketgaps, creat ed innova tive customer acquisiti on strategies leveraging unique selling propositi ons2) Developed advanced data visualizati on dashboard in Tableau that aggregated 11000+ consumerpreference data points, enabling detailed analysis and insights in consumer behaviour pa tterns3) Executed market research initi a tives through interviews and surveys to investi gate the consumerbehaviour; mapped consumer journey, and delivered recommendations for CRM enhancements Show less

Understand the role of LAMPs (Lysosomal Associated Membrane Proteins) in Salmonella pathogenicity:I) Investigated the impact of LAMP knockdown on Salmonella's ability to invade and replicate within host cells:• Performed gene knockdowns using shRNA to specifically target LAMP expression in various host cell lines, including HeLa, RAW macrophages, Caco2, and dendritic cells.• Analyzed the effect of LAMP knockdown on Salmonella's invasion efficiency using gentamicin protection… Show more Understand the role of LAMPs (Lysosomal Associated Membrane Proteins) in Salmonella pathogenicity:I) Investigated the impact of LAMP knockdown on Salmonella's ability to invade and replicate within host cells:• Performed gene knockdowns using shRNA to specifically target LAMP expression in various host cell lines, including HeLa, RAW macrophages, Caco2, and dendritic cells.• Analyzed the effect of LAMP knockdown on Salmonella's invasion efficiency using gentamicin protection assays and bacterial internalization assays.• Evaluated the impact of LAMP knockdown on Salmonella's intracellular replication within host cells by monitoring bacterial growth curves and performing immunofluorescence microscopy.II) Examined the interactions between Salmonella and LAMPs during the infection process:• Employed colocalization studies using confocal microscopy to visualize the spatial relationship between Salmonella and LAMPs within infected cells.• Investigated the influence of LAMPs on Salmonella's ability to modulate host cell signaling pathways and subvert host immune responses.Characterize the role of LAMPs in Salmonella-induced host cell responses:1) Analyzed the impact of Salmonella infection on LAMP expression and trafficking in host cells:• Monitored changes in LAMP expression levels following Salmonella infection using Western blot analysis and quantitative real-time PCR.• Examined the redistribution of LAMPs within infected cells using confocal microscopy and image analysis techniques.• Investigated the role of LAMPs in Salmonella-induced autophagy and lysosomal function.2) Assessed the contribution of LAMPs to Salmonella-mediated inflammation and tissue damage:• Measured the release of pro-inflammatory cytokines and chemokines following Salmonella infection in the presence and absence of LAMPs.• Investigated the role of LAMPs in Salmonella's ability to evade host immune surveillance and persist within infected tissues. Show less

1. Modeling the Main Protease of SARS-CoV-2• Conduct a thorough literature review to gather information on the structure and function of the Main Protease of SARS-CoV-2.• Validate the generated model using various structure evaluation tools and comparison with experimental data.• Refined the model to ensure its accuracy and suitability for docking simulations.2. Docking Simulations for Drug Binding Affinity Assessment• Employ Autodock Vina, PyMol, and UCSF… Show more 1. Modeling the Main Protease of SARS-CoV-2• Conduct a thorough literature review to gather information on the structure and function of the Main Protease of SARS-CoV-2.• Validate the generated model using various structure evaluation tools and comparison with experimental data.• Refined the model to ensure its accuracy and suitability for docking simulations.2. Docking Simulations for Drug Binding Affinity Assessment• Employ Autodock Vina, PyMol, and UCSF Chimera software packages for docking simulations.• Prepare the Main Protease receptor structure and potential drug ligands for docking.• Perform docking simulations with a diverse set of drug candidates, including known inhibitors and potential new compounds.• Analyze the docking results to evaluate the binding affinity of each drug candidate.• Identify the drug candidates with the most favorable binding affinities and potential for further development.• Visualize the docking interactions between the Main Protease and the drug candidates using PyMol and UCSF Chimera.• Analyze the structural basis of the binding interactions to understand the drug's mechanism of action. Show less

1) Co-Designed a Bacterial Cellulose Filter with Organic Phosphate Hydrolase• Envisioned and conceptualized a bacterial cellulose filter integrated with organic phosphate hydrolase (OPH) to degrade OPH present in wastewater and dialysis solutions.• Collaborated with team members to design and fabricate the filter, ensuring optimal OPH immobilization capacity.• Conducted experiments to evaluate the filter's efficacy in degrading OPH under various conditions, including pH… Show more 1) Co-Designed a Bacterial Cellulose Filter with Organic Phosphate Hydrolase• Envisioned and conceptualized a bacterial cellulose filter integrated with organic phosphate hydrolase (OPH) to degrade OPH present in wastewater and dialysis solutions.• Collaborated with team members to design and fabricate the filter, ensuring optimal OPH immobilization capacity.• Conducted experiments to evaluate the filter's efficacy in degrading OPH under various conditions, including pH, temperature, and OPH concentration.2) Spearheaded the Organization of the Synthetic Biology Symposium 'SynBytes'• Conceived and organized the 'SynBytes' symposium to foster knowledge sharing and collaboration among leading synthetic biologists.• Curated a list of distinguished scientists from diverse synthetic biology fields and invited them to deliver talks and engage in panel discussions.• Managed logistics, including venue arrangements, catering, transportation, and accommodation for speakers and attendees.• Oversaw the symposium's smooth operation, ensuring seamless transitions between sessions and facilitating audience engagement. Show less

• Conducted research under the guidance of Prof. Arun Kumar in the Department of Molecular Reproduction, Development and Genetics.• Demonstrated proficiency in fundamental microbiology techniques, including competent cell preparation, transformations, plasmid isolation, and digestion reactions.• Successfully executed experiments involving bacterial culture, lysis, DNA purification, restriction digestion, and gel electrophoresis.• Gained valuable hands-on experience in molecular… Show more • Conducted research under the guidance of Prof. Arun Kumar in the Department of Molecular Reproduction, Development and Genetics.• Demonstrated proficiency in fundamental microbiology techniques, including competent cell preparation, transformations, plasmid isolation, and digestion reactions.• Successfully executed experiments involving bacterial culture, lysis, DNA purification, restriction digestion, and gel electrophoresis.• Gained valuable hands-on experience in molecular biology research techniques. Show less