Research Area

Exploring the Building Blocks of Innovation

Fundamental to our scientific interests, the work of the MEMS group at the University of Engineering and Technology exemplifies our commitment to both theoretical groundwork and real-world application. Innovative microactuators and microelectromechanical systems, such as gyroscopes and microaccelerometers, are the starting point of our journey in the field of micro-engineering. From everyday electronics to high-tech aircraft, these devices are essential for precise control and a wide range of other uses.

As part of our efforts to improve healthcare, we study microfluidics devices, which take us into the cellular level. One of humanity's worst enemies, cancer, is here. We hope that our contributions could save millions of lives with our revolutionary cancer cell detection tools, which are opening the door to early diagnosis and treatment.

By combining inertial navigation systems (INS) and global positioning systems (GPS) with digital signal processing (DSP), we improve ultrasound and magnetic resonance imaging. The way we see and navigate the environment has been transformed by this technological convergence, which has increased clarity and accuracy. 

Application: Turning research into reality

Applications in many different domains allow us to reap the benefits of our basic research. Imagining patient monitoring systems that could one day give healthcare professionals crucial, timely data to save lives. We foresee advances in agriculture that could ensure food security through smarter crop management.

Our work on inertial/GPS systems could revolutionize precise navigation, from smartphones to spacecraft. In industry, our ideas for smarter electronic systems and sensors could transform manufacturing efficiency. And in robotics, we see the potential for creating machines that enhance human work.

There could be many more!!! We're not just conducting research; we're laying the groundwork for innovations that could shape the future.