INF-3780 Computer Science Clinic - Physical and Virtual Environments - 10 stp

The term «clinic» is used to indicate that the course represents a transition from learning in an academic context and the practical experiences provided through working processes in the health industry or health technology related research laboratories. Students work in teams of 3-5 members, applying their creativity, knowledge and skills in solving specific development projects. Each group is advised by a teaching assistant, a computer science faculty member, and a liaison in cases where the project arises from an external collaborative sponsor.

Projects may be proposed by computer science faculty members, by department research faculty working on relevant projects, or by external collaborative organizations.

Successfully concluded projects will deliver well-functioning code in addition to written presentations of the project task, proposed solution, project notes, in a concluding report.

Project themes may be defined within a broad spectrum of computer science of health technology solutions. The term «physical and virtual environments» reflects an ambition that some projects should address the use of a wide selection of input/output channels, including sensors, actuators, displays, tactile and audio feedback, etc.

Knowledge - The student

• Has experience and insight into practical issues related to development of computer science-based solutions to problems encountered in real-world contexts
• Has insight into cross-disciplinary communication and important elements needed to collaborate with health care services
• Has insight into the integration of computer systems within existing technical and structural frameworks in the health care sector

Skills - The student

• is able to apply knowledge of computing, mathematics, and health, in designing, developing, and analyzing solutions for assigned issues
• is able to analyze a problem and define the computing requirements appropriate to its solution
• is able to design and conduct functional- and performance experiments, and to analyze and interpret data.
• is able to design, implement, and evaluate a complex computer-based system, process, component, or program that meet specified needs, works with general and/or specialized hardware components, and is realized within realistic requirements related to economy, environment, ethics, social issues, health, and safety.

Competence - The student

• has an understanding of professional, ethical, legal, security and social issues and responsibilities
• is able to function effectively in teams to accomplish a common goal
• is able to communicate the work done and the results effectively