The Good Tech Companies - How AI and Machine Learning Are Making the Healthcare Sector More Patient-centric

Episode Date: October 16, 2024

This story was originally published on HackerNoon at: https://hackernoon.com/how-ai-and-machine-learning-are-making-the-healthcare-sector-more-patient-centric. Jinesh Kumar Chinnathambi advances patient-centric healthcare with AI/ML, cloud solutions, and data analytics, enhancing care quality and efficiency. Check more stories related to machine-learning at: https://hackernoon.com/c/machine-learning. You can also check exclusive content about #artificial-intelligence, #ai, #machine-learning, #healthcare, #future-of-ai, #future-of-healthcare, #jinesh-kumar-chinnathambi, #good-company, and more. This story was written by: @jonstojanmedia. Learn more about this writer by checking @jonstojanmedia's about page, and for more stories, please visit hackernoon.com.

This audio is presented by Hacker Noon, where anyone can learn anything about any technology. How AI and machine learning are making the healthcare sector more patient-centric, by John Stoyan Media. Ganesh Kumar Chinnathambi, a solution architect at a leading health insurance company, is using his real-world experience in the fields of machine learning, ML, and artificial intelligence, AI, to make the healthcare sector more patient-centric and improve patient care. People pursuing a career in healthcare IT are often driven by the aspiration to hobby a significant impact on people's lives. For Janesh, the best way to do this in 2024 is by utilizing the problem-solving capabilities of technology to improve and streamline the

healthcare industry. As he says, the ever-changing healthcare landscape, with advancements such as electronic health records, EHR, telemedicine, artificial intelligence, and predictive analytics transforming patient care, presents captivating challenges and opportunities for innovation. It provides the satisfaction of knowing that work in this field directly contributes to enhancing the quality, accessibility, and effectiveness of patient care, ultimately making healthcare more patient-centric. Combining the innovations and technologies in this healthcare IT, such as side-driven diagnostics, predictive analytics, and personalized treatment plans, with the soft skills required in healthcare roles, including problem-solving, analytical thinking, communication, and understanding of

healthcare operations, has proven incredibly beneficial to both patients and healthcare professionals. Introducing Ganesh Kumar Chinnathambi. Ganesh Kumar Chinnathambi's education began with a bachelor's degree in computer science engineering, which gave him a strong foundation for his work in healthcare IT. During his studies, Janesh focused on subjects at the intersection of technology and healthcare, including databases, data analysis, and healthcare systems. After graduating, he gained practical IT experience through entry-level roles and tech positions in the healthcare industry. He achieved further specialization in healthcare IT through certifications offered by HIP, America's health insurance plan, and has kept updated on new healthcare regulations, emerging technologies,

and industry best practices to stay ahead of the curve. Networking with professionals, attending industry conferences, and keeping abreast of healthcare IT journals have provided valuable insights and helped him garner success in his career. As he sates himself, the journey into healthcare IT involves a combination of education, practical experience, ongoing learning, and a dedication to enhancing healthcare delivery through technology. Janesh has published numerous publications and pieces of academic research, including the well-received, effective cancer recurrence prediction using healthcare data analytics with machine learning and artificial intelligence, leveraging data analytics with artificial intelligence to detect and close healthcare gaps, harnessing data analytics and artificial intelligence in healthcare,

and amplifying big data utilization in healthcare analytics through cloud and snowflake migration. His wide range of professional certifications and important achievements demonstrate his expertise in a highly competitive field. He is the only one of Elevance Health's approximately 100,000 employees to hold four AWS certifications, including a AWS Certified DevOps Professional, a AWS Certified Solutions Architect Associate, a AWS Certified Developer Associate, and a certified size ops administrator associate. He also holds a Sun Certified Developer Associate, and a Certified Size Ops Administrator Associate. He also holds a Sun Certified Java Professional, SCJP, Certification in Multiple America's Health Insurance Plans, AHIP, Certifications, including Fundamentals of Healthcare Parts A and B and

Basics of Managed Care Part A. In addition to all of this, Janesh has been recognized with a 2024 Global Recognition Award for his notable healthcare and IT industry achievements. In August 2024, he also won the Cloud Innovator of the Year Award at the Business Innovation Awards 2024 in the Healthcare, Information Technology category. This award recognizes outstanding achievements in cloud innovation. In addition to being awarded for his work, Janesh was also named a judge for the Globie Awards for Leadership in 2024, signifying a formal recognition of his commitment and significant contributions to his field, and received recognition for his role as judge at the Virginia Tech College Hackathon event.

The role of AI, ML, data analytics, data warehouses and cloud migration in healthcare IT. One of the major benefits of implementing technological advancements like AI and ML into healthcare IT is how they can be utilized to analyze vast amounts of healthcare data, accurately predict patient outcomes and improve treatment plans. A pivotal moment in Ganesh's IT career came with the advent of cloud computing, which reshaped the entire technology landscape. It was here, at the precipice of such a monumental technological change, that Ganesh realized just how beneficial such systems could be to the work he was doing. Before the rise of cloud computing, businesses were required to establish, manage,

and uphold their own expensive IT infrastructures, recalls Janesh. Companies like Amazon, Google, and Microsoft began providing platforms that allowed access to databases, servers, software, and analytics via the internet. This led to a substantial reduction in the cost and complexity of IT operations, hastened innovation, and offered the flexibility to scale resources as needed. It empowered businesses to concentrate more on their core operations while leveraging state-of-the-art technology. Furthermore, cloud computing paved the way for a multitude of other technological advancements seen today, such as big data analytics and AI, which I am currently working on. It stands as a milestone that has redefined the possibilities of IT and continues to shape the future of technology. All of this works in tandem with the dedication of people in the healthcare

field to craft a more patient-centric approach, providing personalized and timely care with revolutionary speed and precision. Real-world studies and applications. By implementing these technological advancements into his established healthcare IT system, Ganesh has been able to successfully develop predictive analytics products to enhance patient care. His work has even been able to identify the signs and likelihood of cancer recurrence far earlier than previously thought possible, all thanks to data analytics, AI, and ML. By configuring AI models to run seamlessly on the cloud, Janesh has contributed to accelerating predictive diagnoses, enhancing treatment plans, automating administrative tasks, and improving patient care.

The strategic designs and technical expertise of solution architects are a vital part of shaping the future of AI-enabled, cloud-based healthcare systems. The impact of these projects has improved patient outcomes, reduced costs, improved efficiency, and helped to deliver more personalized care than ever before. Janesh has worked tirelessly to guide and develop technology and tool solutions that improve data lineage adoption and governance by collaborating with technology partners to create a cloud-based data operation strategy. He oversaw a comprehensive cloud migration and data governance framework at

Elevance Health, ensuring alignment with business objectives and HIPAA regulatory requirements, and also established a data council of senior executives across the enterprise to facilitate efficient collaboration on data initiatives. Furthermore, during his time at Elevance, he worked closely with the enterprise infrastructure and technology team to explore a cloud-based lakehouse solution. Janesh led the implementation of a data migration framework, including issue research, resolution processes, root cause analysis, reporting, data classifications and standards, and data quality validation and controls. He also developed a data governance framework to align with business objectives and HIPAA

regulatory requirements, which supported the implementation of monolithic microservices for various use cases. He researched and recommended the appropriate snowflake warehouse sizes after conducting several proofs of concept, resulting in optimal performance for middleware queries and reducing annual costs by 30%. One study estimated the national cost savings in the United States from early diagnosis to be $26 billion per year. The future of healthcare technology. Ginesha's vision for the future of healthcare technology is one full of promise, continued improvement, and the potential to create a more patient-centric healthcare system that benefits everyone. He plans to work at the convergence of healthcare

and technology to improve patient care by introducing new and advanced solutions and developing and managing electronic health records, EHRs, health information exchanges, telemedicine services, and other initiatives to enhance healthcare coordination and accessibility, ultimately benefiting local communities. This will contribute to early disease detection, effective monitoring, decreased medical errors, and better communication between healthcare providers and patients. Thank you for listening to this HackerNoon story, read by Artificial Intelligence. Visit HackerNoon.com to read, write, learn and publish.