• Awarded P&G Cybersecurity Rookie of the Year 2024.• Assumed ownership of internal IT compliance, overseeing auditing, maintenance, and continuous enhancement of critical systems. Dramatically improved average compliance score from 70% to 95%.• Served as first line of defense in incident response, successfully responded to 13 cybersecurity incidents within SLA and maintaining 0 major outages.• Developed and executed a comprehensive cybersecurity strategy, establishing best practices and implementing standard operating procedures. Created and edited 30+ SOP documents, training counterparts to enhance operational efficiency and fortify the organization's cybersecurity posture.• Developed an innovative interface resembling a packet tracer to address inefficiencies in firewall rule management, incorporating visualization of overlapping rules. This solution reduced rule review and optimization time by 90%, enhancing network segmentation and overall security posture.• Developed and executed engaging security awareness program, resulting in a 40% decrease in successful phishing attempts and a 30% increase in reported security incidents

• Led a critical process improvement initiative by implementing a comprehensive changeover checklist. Applied analytical thinking to reduce planned downtime by 17% and mitigate safety risks, resulting in $20M savings over 3 years.• Leveraged data analysis skills to design and deploy visualization dashboards across multiple departments, enhancing operational transparency for FDA-regulated products. This solution streamlined critical decision-making processes, improved compliance tracking, and bolstered quality control measures.• Developed a Python-based automation tool that reduced file classification time from 100 hours to 5 seconds, dramatically improving workflow efficiency and data management processes.

• Conducted computational analysis of nanostructured and nanocomposite materials for energy storage capabilities, utilizing Texas Advanced Computing Center's supercomputer for molecular-level simulations.• Applied critical thinking and data analysis skills to interpret large-scale computational results, contributing to the development of next-generation battery technologies.