Model, Design and Validate system-level integrated sensors, that can be part of the Internet of Things (IoT) frameworks. Our projects are focused on smart healthcare and smart city applications.
Team ISL @ IEEE METEROCON 2018
ISL Graduate Researchers, Youssef Baiji (L) and Alhagie Sallah (R) presented their posters at IEEE METROCON 2018. Alhagie Sallah won the third best student poster award with a cash prize under MS and PhD category in Nov 2018.
ISL’s First Graduate Thesis Defense.
Graduate Researcher, Youssef Baiji, defended his Thesis titled , “An IoT-based Monitoring System for Oil Leak Detection” in April 2019.
ISL’s Senior Design Team at Regional Level Competition
Our Senior Design Team was selected to represent UT Tyler College of Engineering at the the ExCellence in Senior Design Event conducted at UT Dallas on May 24, 25, 2019.
Projects
Project 1: Application-Specific Healthcare Architectures for Internet of Medical Things
The basic components of the IoMT frameworks are simple sensors which can collect and convert a user’s physiological signals into electrical signals that are sent wirelessly to a central device. To develop efficient architectures for various healthcare applications, we leverage our expertise in areas of analog and mixed signal design, Sensor Design, and Biomedical Engineering. Our current projects are:
- Monitoring Emotional Health using wearable sensors
- Wearable for preterm infants
- Improving Women’s Health using IoT-based affective monitoring systems.
Project 2: Efficient Sensing Architectures for Smart City Applications
Smart city is an urban area which uses sensors and connected devices to monitor and manage that asset. Some of the smart city applications are: smart water monitoring system, smart meters, smart parking system and so on. Using our expertise in developing wireless sensing systems which can operate in an IoT-based smart city framework, we are working on the following projects:
- An unified IoT-controller in a connected home environment.
- Detecting and Monitoring Oil and water leak using IoT framework.
- A medical response plan for tourists in a smart city framework.
Project 3: Developing an Inclusive Learning Environment for Smart Healthcare Education
The aim of this project is to develop training materials and modules that can help interested candidates to learn different aspects of research involved in the multi-disciplinary Smart Healthcare domain. Through this project we propose workshops, poster competitions and Hack-a-Thon’s that can kindle a spark towards smart healthcare.
Meet Our Team
Laboratory Director:
Prabha Sundaravadivel, Ph.D.
Undergraduate Researcher:
Ashton Fitzgerald, B.S in Electrical Engineering (2021)
Undergraduate Researcher:
Alina Pereira, B.S in Electrical Engineering (2022)
Undergraduate Researcher:
Favour Thomas, B.S in Electrical Engineering (2022)
Undergraduate Researcher:
Maxwell Ugbebor, B.S in Electrical Engineering (2021)
Senior Design Team:
- Jacob Adams, BSEE (2020)
- Cameron Timbes, BSME (2020)
- Lam Trinh, BSME (2020)
- Michael Fults, BSEE (2020)
- Andrew Aiken, BSEE (2020)
- Marcelo Zavala, BSME (2020)
Project Title: An Intelligent HVAC system
Graduate Researcher:
Conrad Tumwesigye, M.S in Electrical Engineering
Thesis Title: An IoT-based smart medical response plan in a smart city
Graduate Researcher:
Alhagie Sallah, M.S in Electrical Engineering
Thesis Title: An IoT-based real-time video monitoring system
Alumni
Former Graduate Researcher
Youssef Baiji, MS in Electrical Engineering Current Position: Ph. D. in Queens University, Canada
Thesis Title: Smart-Detect: An IoT based Monitoring System for Oil Leak Detection
Senior Design Team (2018-2019)
- Julian Carrillo
- Maureen Mendez
- Oscar Martin
- Claude Tchata
Project Title: EasyYard: An IoT-based Smart Controller for a Connected Backyard