The projects for Tandon Honors students in the Global Leaders & Scholars in STEM program consists of a culmination of various experiences, research, and interests related to the Tandon Areas of Research Excellence. Scholars are also required to address the NAE Grand Challenges and think about the United Nations Sustainability Development Goals when doing so. At the end of the 3 years in the GLASS Program, students have a better understanding of the impact they can have on changing the world for the better. GLASS students enter the world as globally competent and socially responsible innovators and engineers!
My Interests and Why:
My interest is in exploring the use of data science and computational models in complex real-world problems like health care and improving decision-making in such domains. Healthcare decisions are inherently faced with uncertainty, incompleteness, and are often life-altering decisions. This presents an opportunity for studying quantitative methods and techniques in the process of improving decisions in complex systems. I am motivated by this intersection between biology, mathematics, systems, and understanding scientific but practical tools.
What is being done, and what I did
There is a substantial body of research and development happening where Artificial Intelligence and data-driven methods are used in aiding medical decision making, like diagnosis, predicting risk or recommending a treatment plan. These methods are trying to make sense out of a massive amount of data to find trends invisible to human beings.
What I studied in my research was the idea that these computational methods can be utilized more responsibly. I studied how models are responsible not only in terms of accuracy but also when they don't know something. I shifted my focus from simply finding the right or wrong decision to finding how a system acknowledges uncertainty. This is very critical because it pushes us to develop the role of computation from simply replacing human decision making to assisting human decision making, in problems that can be complex or ill-defined.
What is next in line for me?
Data science and AI will continue to grow, more prominently, in healthcare for disease prediction, personalizing treatment, or managing healthcare systems on a broad scale. Along with the advancements in this direction, there is also increasing awareness of issues like fairness, interpretability, and reliability.
So it is expected that we would see even more of a human and AI combination in many more such problems; we would need even better quality data, more robust models to deal with uncertainty. Such innovations are surely going to make our healthcare system more effective, accessible and we will also would have many more interesting and deep questions related to ethics, responsibility, and decision making in these complex systems.
Engineering Health
The use of engineering and technological concepts and tools to advance human health and the delivery of health services.
Systems Engineering and Complex Decision-Making
The application of engineering and complex system thinking to problem-solving in systems with complexity, uncertainty, and high stakes to achieve superior decision-making outcomes.
Link To My Mission:
My mission involves the application of data science and computational techniques to improve decision-making in health systems environments that are complex, uncertain, and of high stakes in terms of outcome. Engineering Health is related to my mission in that the field endeavors to use technology to enhance health care access, diagnosis, and general patient outcomes, and demonstrates the power of innovation in providing efficient and effective health care access. Systems Engineering and Complex Decision-Making are related to my mission in that the field examines how decisions are made within complex systems, as health care does not consist solely of individual diagnoses but of many interacting components, which involve data, human decision making, and resource constraints. The combination of the two disciplines aligns with my passion for bridging technical tools with a broad system perspective in an effort to promote well-reasoned and superior decision-making within the domain of health care.
Ensures healthy lives and promotes well-being for all at all ages.
This goal connects to my work by focusing on improving healthcare access and outcomes through more effective and equitable decision-making systems.
Use data, computing, and information systems to improve human health and healthcare delivery.
This challenge relates directly to my interest in applying data science and computational models to support better decisions in complex healthcare environments.
Build resilient infrastructure, promote sustainable industrialization, and foster innovation.
This connects to my work through the development of technological systems, such as AI-driven tools, that can strengthen healthcare infrastructure and scalability.