Base Knowledge
Knowledge of electronics and programming
Teaching Methodologies
Theoretical: expository model, illustrated whenever possible with practical cases, motivating the analysis and discussion of the technological options used.
Practices: Students are motivated to apply the skills acquired through the development of prototypes, in a project lasting 1 quarter.
Learning Results
The vast majority of people with special needs find their abilities affected, to a greater or lesser degree, in four main areas: Communication, Mobility, Manipulation and Orientation.
In-depth knowledge of the use of assistive technologies presupposes, on the one hand, an understanding of their more technical aspects (technical components), and on the other hand, a deep knowledge of the human being who will use the technology (human components) as well as the needs presented by the physical and economic environment in which it operates (socio-economic components).
Program
1. Communication
1.1. Interpersonal comunication
Synthesized speech; Hearing aids; Amplifiers; Smartphone-based communication media
1.2. Computer access
Control interfaces; Mice and emulators; Touch screens; Hands (head and mouth); Eye Trackers
2. Mobility
2.1. Electric mobility
Wheelchair; Electronic walking sticks; Control interfaces
2.2. Accessibility
Adapted home automation; Public transport; Intelligent information systems for the blind
3. Manipulation
3.1. Environment control
Control units; Adapted home automation; User control interfaces
3.2. Robotics
Adapted equipment
4. Orientation
4.1. Navigation and orientation systems
Ultrasound; Sound guides; Environment adapters
4.2. Positioning
GPS and GSM location; RFID signaling and identification; Monitoring and emergency calls
Curricular Unit Teachers
Internship(s)
NAO
Bibliography
Lesson presentations
Reports of group work from previous years
Information related to projects, to be made available on moodle