My Approach to Research and What Drives Me
I’m interested in exploring how emerging technologies can help address some of the world’s most complex challenges. My goal is to contribute to meaningful solutions that can improve how industries and societies function. I enjoy digging deep into systems and processes, using data-driven approaches to find insights that can lead to more efficient and sustainable outcomes. For me, the balance between theoretical knowledge and practical application is key, as I aim to have a real-world impact through my work.
I also value interdisciplinary collaboration because I believe that the best ideas often come from combining perspectives across different fields. I’m dedicated to staying curious about emerging trends and figuring out how they can be applied to foster progress. Ultimately, through my research, I hope to not only contribute to academic discussions but also make a tangible difference in addressing global challenges.
My Research Journey
I was first introduced to the world of research during my bachelor’s degree, where I worked on ergonomic projects. This early exposure sparked my interest in addressing real-world challenges through systematic investigation. As I progressed in my academic journey, my focus shifted during my master’s studies, where I became increasingly drawn to the potential of big data and supply chain management. These areas allowed me to explore how data-driven decision-making can enhance efficiency and innovation in various industries. At the same time, I was able to leverage my mechanical engineering background to dive into renewable energy, combining technical expertise with a commitment to sustainable development.
Currently, I am expanding my research into these new areas, seeking to integrate insights from data science, engineering, and management to address complex, interdisciplinary problems.
Publications & Conferences
Paper Title: Design and evaluation of an arm support for prevention of msds in dentists
Summary:
I had the honor of presenting the work of my team, which expanded on a previous study identifying that Indian dentists face a high risk of Musculoskeletal Disorders (MSDs), particularly affecting the neck, shoulder, and back. The study indicated that providing arm support could help alleviate pain in these high-risk areas. Our team's objective was to design an arm support (extension) to address this need. We considered various dental chair geometries to ensure compatibility with most unit chairs. A 3D CAD model was created using CATIA and fabricated using a plastic 3D printer, designed to attach to the headrest of dental units. Dentists identified from previous studies were selected to evaluate the device, and RULA ergonomic assessments were calculated to validate the observations.
Presentation Details:
Session: 49 Ergonomic Design for Industry and MSD
Location: ASIA 4, AHFE 2016, Orlando.
Links: AHFE Website, AHFE Wikipedia
Paper Title: Ergonomic analysis to study the intensity of MSDs among practicing Indian dentists
Summary:
I had the privilege of presenting my team’s work, which focuses on designing an ergonomic arm support to address the high risk of Musculoskeletal Disorders (MSDs) in Indian dentists, particularly in the neck, shoulder, and back. A 3D CAD model was developed using CATIA and fabricated with a 3D printer, ensuring compatibility with various dental chairs. Dentists identified as high risk from previous research were selected to evaluate the device’s effectiveness. The results were validated using RULA ergonomic assessments, highlighting the potential for significant pain reduction in high-risk areas.
Presentation Details:
Session: 15 Ergonomic Design and Accessibility
Location: FORUM 16, AHFE 2015 Conference, Las Vegas.
Links: AHFE Website, AHFE Wikipedia
Volunteering and Community Engagement
Event: ICDMAI Conference
Year: January 2022
Role: Conference Volunteer, Pre-Con Co-Host, Track 10A Volunteer
Description: Volunteered with the Society for Data Science, assisting with the organization of the ICDMAI Conference. Responsibilities included co-hosting the Pre-Con session and providing support for Track 10A, ensuring the smooth execution of presentations and discussions. Actively contributed to the overall success of the conference by facilitating communication between speakers, attendees, and the event coordination team.
Event: Public Demonstration
Year: February 2015 & 2016
Role: Presenter
Description: Designed educational posters and delivered presentations to the public during a demonstration of radio telescope functionality at the Inter-University Centre for Astronomy and Astrophysics (IUCAA). Using simple tools such as a TV satellite dish and a radio source, I effectively communicated complex astronomical concepts, promoting public understanding of radio astronomy and its significance.