Dust Defender with Neelyx Labs
Session Number
Project ID: BIZ INTRN 14
Advisor(s)
Shyam Saladi; Neelyx Labs
Discipline
Business
Start Date
19-4-2023 8:50 AM
End Date
19-4-2023 9:05 AM
Abstract
Neelyx Labs is a highly innovative research and development company that seeks alternative methods to COVID testing. Our team of highly skilled and experienced scientists, engineers, and researchers is dedicated to creating cutting-edge solutions that can address some of the most pressing problems facing society today. Over the past several months, we have had the opportunity to collaborate with Neelyx Labs on a highly complex and multifaceted project to screen for COVID-19 in closed environments using dust collection cards. Our team was responsible for designing and engineering the cards, as well as analyzing the data generated by the system to identify and track patterns in the spread of the virus. Throughout this project, we learned how to implement a research plan, from ideation to execution. Our team also honed our technical and analytical skills and gained experience leveraging cutting-edge technologies and methodologies, such as data analytics and RT-PCR techniques. The deliverables of our project include a fully developed system of dust collection cards that have undergone extensive testing and validation, as well as a sophisticated data analysis framework that can accurately detect the presence of COVID-19 and provide valuable insights into the spread of the virus on campus.
Dust Defender with Neelyx Labs
Neelyx Labs is a highly innovative research and development company that seeks alternative methods to COVID testing. Our team of highly skilled and experienced scientists, engineers, and researchers is dedicated to creating cutting-edge solutions that can address some of the most pressing problems facing society today. Over the past several months, we have had the opportunity to collaborate with Neelyx Labs on a highly complex and multifaceted project to screen for COVID-19 in closed environments using dust collection cards. Our team was responsible for designing and engineering the cards, as well as analyzing the data generated by the system to identify and track patterns in the spread of the virus. Throughout this project, we learned how to implement a research plan, from ideation to execution. Our team also honed our technical and analytical skills and gained experience leveraging cutting-edge technologies and methodologies, such as data analytics and RT-PCR techniques. The deliverables of our project include a fully developed system of dust collection cards that have undergone extensive testing and validation, as well as a sophisticated data analysis framework that can accurately detect the presence of COVID-19 and provide valuable insights into the spread of the virus on campus.