Smart Construction Information Labratory: USP Scholar Project

Creating heartrate monitors using e-skin to make effective smart devices.

Who is our lead researcher?

Aanya Bhandari is an undergraduate majoring in Computer Science with a minor in Astrophysics. Her research interests include quantum computing, artificial intelligence, and quantitative finance, with a special focus on applying cutting-edge technology to solve complex problems like climate change and clean energy. Aanya has collaborated with experts from Google, NVIDIA, and IBM, and is passionate about using inclusive technology to drive positive change. When she's not coding or conducting experiments, you can find her mentoring young students in robotics or attending tech conferences like the Grace Hopper Celebration..

Research Project: Designing a Microprocessor-Based Heart Rate Monitor for Construction Workers

Principal Investigator (PI) Name: Dr. Aaron Costin

Institution and Department: University of Florida, Department of Construction Management

Affiliation Duration: Since October 2023

Research Focus

This research aims to develop a microprocessor-based heart rate monitor designed to enhance cardiovascular health monitoring for construction workers. The project leverages microprocessor technology to provide real-time, precise heart rate monitoring, allowing workers to actively monitor their physiological state during physically demanding tasks. By mitigating risks associated with overexertion, dehydration, and thermal stress, this project seeks to promote safer work environments and improve overall well-being in the construction industry. Additionally, the data generated from these monitors could drive tailored wellness interventions to enhance both worker safety and operational efficiency.

Project Responsibilities

As a member of this research project, I am involved in various aspects of both hardware and software development. My primary responsibilities include assisting with the selection and integration of microprocessors and sensors, such as photoplethysmography (PPG) sensors, to capture blood volume changes. I also contribute to the design and implementation of the signal conditioning circuitry, analog-to-digital conversion, and noise reduction strategies to ensure accurate data acquisition. On the software side, I work on writing the firmware in C/C++ to control sensor data collection and processing. Additionally, I participate in the prototyping phase, ensuring that the device meets design specifications through rigorous testing and iterative improvements. I collaborate closely with the team to design a user-friendly interface and contribute to the project's documentation and testing protocols.

CourseWork

Bhandari’s coursework spans a broad range of subjects in Computer Science and Astrophysics, providing a strong foundation in both theoretical and practical aspects of technology and science. Her core classes include advanced topics in data structures, algorithms, and software engineering, complemented by specialized courses in machine learning and artificial intelligence. She has also delved into computational physics and mathematical modeling through her astrophysics minor, which fuels her passion for applying computational techniques to understand complex systems, from celestial bodies to climate dynamics. Aanya's hands-on projects have explored areas like file I/O serialization, command-line compilation, and working with Hamiltonians in quantum systems. She is particularly excited about leveraging this diverse academic background to solve real-world problems in finance, sustainability, and advanced computational research.

Campus Involvements

  • Teaching Assistant (TA) for EEL 3850 - Data Science for ECE Majors: As a TA, I assist students in understanding key concepts in data science, including statistical modeling, machine learning, and Python programming. I provide guidance during labs and hold office hours to help students with their projects and coursework.
  • Secretary - Signal Processing Society: As Secretary, I manage communications, take meeting minutes, and assist in organizing events and workshops focused on advanced signal processing techniques and their applications.
  • Collegiate State Vice President - Florida FBLA: As the Collegiate State VP for Florida FBLA, I lead initiatives to promote business and leadership education across Florida colleges. I work closely with other state officers to organize conferences and competitions.
  • Treasurer - UF Chapter, FBLA Collegiate: As Treasurer, I manage the chapter's finances, budget, and fundraising efforts. I ensure the financial health of the organization while supporting event planning and community outreach.
  • Mentor - Society of Asian Scientists and Engineers (SASE): I mentor students through SASE, offering guidance in career development, networking, and navigating the challenges of engineering and technology fields. I help connect students with resources and opportunities in the STEM community.
  • Director of Communications - AI Squared Student Council: In this role, I oversee internal and external communications, manage social media platforms, and promote events and initiatives aimed at fostering AI education and collaboration within the student body.

Get in touch

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