The learning outcomes of this course are:

• Understanding the difference between macro- and microfluidics and how it is especially relevant to a range of biological systems
• Understanding how to fabricate and analyse a fluidics device using current best practice to apply the theory learned
• Learning how to compute fluidics problems by applying the techniques, skills and modern engineering tools learned
• Successfully design and analyse a microfluidics device of sufficient complexity to give insight into practical applications of the methods
• Present and discuss a device or component in this research space including its end-to-end fabrication, and its capability to meet desired needs with realistic biological constraints such as economic, environmental, social, health and safety, manufacturability, and sustainability