The P.E.I.S.S will serve as an energy efficient alternative to traditional security systems. Since we think that good security should be available in every situation, our project seeks to make cutting-edge detection technology simple to use in a variety of settings. We placed a renown emphasis on energy efficiency and user-friendliness, we believe this will enable us to develop a system that will safeguard areas while also giving consumers more control and insight into their security configuration. Our system's photonic technology, which is its key component, is a paradigm leap in security detection techniques. We are able to develop a detection system that is not only more accurate but also more energy-efficient than conventional camera-based methods by taking use of the special characteristics of infrared light reflection. This method creates new opportunities for long-term, low-maintenance security installations when power consumption is a crucial consideration.
Electrical Engineering
Electrical Engineering
Computer Engineering
Photonic Science and Engineering
PSE Associate Professor
ECE Adjunct Professor
ECE Associate Professor
Senior Design 1 Demo
CDR Presentation Video
Midterm Demo Video
Final Presentation Video
Final Demo Video