Research Areas<br>Design, fabrication and characterization of futuristic 3D micronano mechatronic sensing and actuation systems.<br>ption.<br>Developing micronano-electromechanical (MEMSNEMS) motion sensors for improved sensitivity, high precision, reduced material footprint and low power consm<br>Engineer micronano-fluidic based lab-on-a-chip (LOC) technologies to provide portable, self-powered, low cost and disposable tools for biochemical analysis.<br>Develop and implement novel mechatronic principles in dynamic motion sensing as well as emerging applications in biomolecular probing and sensing.<br><br>Research Infrastructure<br>Mechatronics systems design, controls and testing<br>Micronano-systems sensor design, component modelling, finite element analysis, mask design, and microscopy<br>MEMSNEMS vibration characteristics, analysis, single molecule analysis, electronics design, PCB, expertise in material characterization (SEM, AFM, TEM, XRD), Stand-alone and pinpoint navigation system, Electromechanical sensor testing, Small scale fluidic characterization<br><br>Windsor’s unique climate of co-operation between academic, business and industry sectors gives you access to state-of-the-art engineering facilities and outstanding career opportunities. Whether you're a high school student trying to learn more about engineering, a potential graduate student considering advanced study through a master's or doctoral degree, a company or industry representative wondering if our university can assist you with a research problem, we're positive that the Faculty of Engineering can help you.<br>The Faculty of Engineering offers programs designed to develop professional competence and prepare students to solve the technical problems of society and the global environment.