Kripa Patel is particularly interested in how AI and ML are revolutionizing public health, especially in disease prevention and health informatics.
In an era where emerging technologies like Artificial Intelligence (AI) and Machine Learning (ML) are transforming industries, public health is no exception. Kripa Patel, an expert in health informatics, public health, and data quality assurance, has played a pivotal role in advancing health systems through her work at organizations such as the NYC Department of Health, the CDC Foundation, and Rutgers School of Public Health. Currently pursuing an M.S. in Analytics with a focus on Health Informatics from Harrisburg University, Patel has a keen understanding of how cutting-edge technologies can shape the future of healthcare.
Patel is particularly interested in how AI and ML are revolutionizing public health, especially in disease prevention and health informatics. “AI and machine learning have the potential to revolutionize public health by enabling predictive analytics, which can anticipate disease outbreaks and health trends,” Patel said. “These technologies can also help optimize resource allocation, improve patient care through personalized health recommendations, and enhance data-driven decision-making processes.” Patel believes that AI will play a pivotal role in identifying patterns that can help prevent diseases and improve population health management.
Patel’s expertise in health informatics— the intersection of information technology and healthcare—has placed her at the forefront of this evolution. At the CDC Foundation, Patel worked as a case investigator during the critical early stages of the COVID-19 pandemic. Her role involved monitoring cases, coordinating with public health agencies, and educating the public on quarantine protocols and preventive measures. Her deep understanding of public health principles enabled her to manage high case volumes while ensuring the accuracy and timeliness of reporting. “It required strong communication skills, data analysis, and a deep understanding of public health principles to ensure that the information provided to patients was both accurate and actionable,” she stated.
In addition to her work as a case investigator, Patel conducted personal research on vaccine resistance, focusing on older populations. “My findings indicated that older individuals often faced vaccine resistance due to factors such as weakened immune systems and widespread misinformation,” Patel noted. She emphasized the need for targeted outreach and education to improve vaccine acceptance in these vulnerable groups. She believes booster programs, consistent messaging, and raising public awareness are crucial steps in combating vaccine resistance not just among the elderly but across all demographics.
When comparing the public healthcare systems of the U.S. and India, Patel highlights both the challenges and opportunities for collaboration. “The U.S. public healthcare system is more resource-intensive, with advanced technology and data systems in place, especially in areas like health informatics. However, India is making strides in this direction, especially with innovations in health technology. The difference lies mainly in scale and infrastructure,” she said. Patel sees immense potential for knowledge exchange between the two countries, particularly in the adoption of AI and ML for public health purposes.
Kripa Patel’s contributions to public health extend beyond the confines of traditional healthcare systems. With her expertise in AI, data analytics, and vaccine resistance, she is poised to help shape the future of global public health initiatives, ensuring that emerging technologies are harnessed to improve population health outcomes worldwide.