Bio-MEMS and Organs-on-Chip

Education facts

Code: 1TM034

The purpose of this course is to introduce how electromechanical systems manufactured using micro- and nanotechnology, so-called MEMS systems, can be used for biological studies (bio-MEMS). The course also includes microfluidic systems, especially organs-on-chip. The course also aims to give you an insight into how a research group collaborates and conducts research in the field. The historical development of the research fields of bio-MEMS and organs-on-chip. Basic theory in microfluidics, e.g., laminar flows, hydraulic resistance, and capillary effects, including relevant equations. Material properties and functions, especially regarding PDMS and hydrogels. An overview of manufacturing techniques at the micrometre scale, e.g., cleanroom techniques, rapid prototyping, and bioprinting. Setups required to operate and collect data from microfluidic system chips. The course also covers and discusses how bio-MEMS systems can be used for various biological applications, such as the analysis and sorting of single cells, biosensors, and the cultivation of cells on chips (organs-on-chip).

Entry requirements

120 credits in science/engineering. Micro- and Nanotechnology I must have been taken. Proficiency in English equivalent to the Swedish upper secondary course English 6.

Education offerings

Each offering has its own dates and conditions. Closed offerings are retained as history and do not mean that a new application is open.

• Bio-MEMS and Organs-on-Chip

  Uppsala University

  Uppsala

  Start date: 18 January 2027

  End date: 21 March 2027

  Pace of study: 33 %