Sustainable Textile Dyeing Using Peanut Seed Cake and Bacterial Pigments
Sustainable Textile Dyeing Using Peanut Seed Cake and Bacterial Pigments.
The Future of Healthy Snacking: Multigrain Cookies for Disease Prevention
This study focuses on developing multigrain cookies using ragi, barley, oats, and brown rice, selected for their exceptional nutritional value and health benefits.
AI-Driven Precision Agriculture: Optimizing Land-Crop Matching for Sustainable Food Security and Environmental Protection
AI-Driven Precision Agriculture: Optimizing Land-Crop Matching for Sustainable Food Security and Environmental Protection.
Creating Climate-Resilient Cotton: Making Cotton Stronger with Gene Editing
Effects of climate change are evident across all agro-ecological areas, with unpredictable weather patterns and extreme heat shortening growing seasons and affecting crop distribution.
Implementation of Dissolving Microneedles in Pakistan’s Healthcare Sector
Implementation of Dissolving Microneedles in Pakistan’s Healthcare Sector
Robo-Litation: AI-Powered, Accessible Rehabilitation for a Sustainable Healthcare Future
raditional rehabilitation for upper limb impairments is often costly, time-consuming, and limited in accessibility.Robo-Litation offers an innovative solution with an AI-powered wearable glove.The mobile app guides exercises, tracks progress, and enables remote monitoring by healthcare professionals.
The Design and Implementation of an EEG-based Brain Controlled Wheelchair
The “EEG-based Brain Controlled Wheelchair” is a Final Year Project from the Department of Computer Sciences, recognized among the top 10 Ignite-funded projects nationwide.
Efficient Flow: The Clapper Valve in IV Drips
The clapper valve is a crucial device in IV drip systems, regulating fluid flow and preventing backflow in hospital and pharmacy settings. In practical terms, the clapper valve operates by responding to pressure changes within the IV drip setup.
Development of sustainable nanoporous based AI validated controlled release fertilizers
Development of sustainable nanoporous based AI validated controlled release fertilizers. Conventional fertilizers have a mere 30-40% efficiency, with up to 70% lost to the environment, causing significant harm.
Revolutionizing Healthcare: Remote ICU Monitoring and Data Acquisition
Revolutionizing Healthcare: Remote ICU Monitoring and Data Acquisition
