Health and Safety

At MUET, researchers from diverse disciplines are collaborating to develop cutting-edge technological solutions that prioritize health, safety, and well-being. Through interdisciplinary projects, MUET is addressing critical challenges in areas such as robotics, electrical engineering, and healthcare innovation.

Robotic Manipulators and Locomotive Robots

Dr. Saifullah Samo from the Mechatronics Engineering department has spearheaded two groundbreaking projects in robotics engineering. The first project focused on designing and modeling a sophisticated 9 Degrees of Freedom Redundant Robotic Manipulator, capable of precise and versatile movements, with built-in redundancy for enhanced reliability and flexibility.

The second project involved the design and development of a Multileg Locomotive Robot specifically engineered to navigate and operate effectively in hazardous or life-threatening environments. This innovative robot aims to provide a safe and efficient solution for tasks in areas where human intervention is risky, protecting human lives while accomplishing critical missions.

Anti-Theft Device for Transmission Lines

In the realm of electrical and electronics engineering, Dr. Faisal Karim Shaikh from the Telecommunication Engineering Department has led an innovative project where the National Transmission and Despatch Company (NTDC) has installed an Anti-Theft Device, engineered by MUET experts, on the 220 kV KAPCO-Multan Transmission Line. This groundbreaking device is designed to combat electricity theft, ensuring the secure and reliable transmission of power while safeguarding critical infrastructure.

Smart Railway Crossing System

Dr. Shaikh is also leading an interdisciplinary project focused on developing a Smart Railway Level Crossing System for Avoiding Accidents. This research presents a comprehensive solution that integrates sensors, actuators, communication systems, and automation to enhance safety and efficiency at railway crossings. By employing real-time monitoring, control mechanisms, and advanced technologies, the system aims to minimize the risk of accidents and protect lives at these intersections.

Portable Photonic Sensor for Liquid Adulteration Detection

In the field of healthcare, Dr. Umair Korai from the Telecommunication Engineering Department is spearheading a project titled "Cost-Effective Portable Photonic Sensor for Liquid Adulteration Detection." This interdisciplinary effort tackles the pressing issue of liquid adulteration, which can lead to severe health consequences like kidney failure, blood pressure problems, heart failure, and diabetes.

Traditional detection methods are often costly and cumbersome, limiting accessibility. To address this challenge, the project proposes a portable photonic sensor embedded with an AS7265x Triad spectral engine. This innovative sensor employs on-chip spectroscopy to detect adulterants in liquids, offering a cost-effective and user-friendly alternative. By characterizing various adulterated liquid samples, the project demonstrates the efficacy of the proposed sensor in detecting adulteration, thereby contributing to improved liquid quality and public health.