Sisältöhaku

Microfluidics has emerged as an enabling field through joint efforts of researchers from different disciplines. The application of fluidic concepts to micro/nanosystems yielded lab-on-a-chip (LOC) devices as a solution for several scientific challenges. Today, LOC systems are forming the backbone of several biochemical analysis methods including biosensors. The goal of this course to cover the basics and the latest developments in the field of microfluidics and their application areas in sens...

740387A:1

477306S-3005

1. After completing the course, student can explain the basic concepts of sensor theory and technology, classification of sensors, properties of ideal and real sensors, pros and cons of integrated smart sensor systems, and the interface between sensor and measurement electronics. 2. Student can explain the main fabrication methods, including thin-film technologies, micromachining methods, wet and dry etching techniques, and both laser and ion beam milling methods and their applications in mic...

521072S:1