Technology-based Emergency Response to COVID-19

Nanofiber Masks for Respiratory Protection

As the COVID-19 pandemic disrupted lives worldwide, researchers at MUET rose to the challenge by combining expertise across disciplines to develop innovative solutions. One such effort is the "Nanofibers Masks in Pakistan" project spearheaded by Dr. Zeeshan Khatri from the Textile Engineering Department.

Bridging nanotechnology, environmental science, and textile engineering, this interdisciplinary initiative has produced cutting-edge nanofiber products since 2013. The advanced respiratory protection masks harness nanotechnology to offer superior filtration capabilities and unparalleled comfort, effectively combating airborne pollutants and the COVID-19 virus.

Through the "Nanofibers Masks in Pakistan" project, MUET has brought together diverse fields of study to prioritize public health and combat the pandemic's challenges. The project's website (http://nanorg.weebly.com/products.html and https://sites.google.com/a/faculty.muet.edu.pk/zk/home/nanofibers-masks-in-pakistan) showcases the innovative nanofiber mask products and provides insights into their groundbreaking research.

Dr. Khatri's team continues to advance their work, exploring various aspects of nanofiber technology, including nanofiber preparation and characterization, biosensors, liquid absorption, peripheral nerve regeneration, coloration and dyeing techniques, and the integration of materials like chitosan for enhanced properties.

MUET's commitment to interdisciplinary research has led to collaborations investigating the combined application of nano-silver and chitosan for antimicrobial activity, stabilizing the "seersucker effect" in fabrics, and studying the effects of nano-silver on ionic crosslinked fabrics. Additionally, the team has conducted comparative studies on silicone softeners and their impact on color-fastness and physical properties of dyed cellulosic fabrics at various emulsion levels.

Through these interdisciplinary efforts, MUET is not only contributing to the fight against COVID-19 but also advancing scientific knowledge and developing innovative textile solutions with potential applications beyond the pandemic.

Activity Monitoring in Quarantine Facilities

Recognizing the importance of effective quarantine measures in controlling the spread of COVID-19, Dr. Badar Muneer from the Telecommunication Engineering department has undertaken an interdisciplinary project titled "Activity Monitoring of the Potential COVID-19 Individuals in Quarantine Facility." This research likely presents a system for monitoring the activities of individuals potentially infected with COVID-19 while they are in quarantine facilities, utilizing technologies such as sensors, wearables, or surveillance cameras to track movements, vital signs, or other relevant data. By combining expertise in healthcare, telecommunications engineering, and data analytics, this project aims to ensure compliance with quarantine protocols and detect any signs of deterioration in health, contributing to the effective management of the COVID-19 pandemic.