IoT Experimental Project (5 cr)
Code: DIG008AS3AE-3002
Basic information of implementation
- Enrollment
- 02.01.2025 - 10.01.2025
- Enrolment for the implementation has ended.
- Timing
- 13.01.2025 - 14.03.2025
- Implementation has ended.
- ECTS Credits
- 5 cr
- Campus
- Pasila Campus
- Teaching languages
- English
- Seats
- 15 - 40
- Degree programmes
- TRATI Business Information Technology
- Teachers
- Heikki Hietala
- Groups
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ITB5PADIG1Tradenomi tietojenkäsittely, monimuoto, 5. lukukausi, Pasila, Digitaaliset palvelut
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CONTACTContact implementation
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ITE4PADIG1Business Information Technology, 4th semester, Digital Services, Pasila, group 1
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IT5PADIG1Tradenomi tietojenkäsittely, 5. lukukausi, Pasila, Digitaaliset palvelut, ryhmä 1
- Course
- DIG008AS3AE
Evaluation scale
H-5
Schedule
2 x 2h45min for a period
Implementation methods, demonstration and Work&Study
Lectures, problem-based learning, team work
7 hours of classroom work per week, followed by independent group work.
This course can be passed with recognition of prior learning, if the student produces valid documentation of building IoT systems.
Passing this course via RPL is possible by producing valid documentation of an extensive IoT project with business considerations included.
Intro
This course intends to offer an introduction to the Internet of Things (IoT). Initially we will examine devices which are not connected to the Internet, and learn how to read numerous sensors as well as how to use actuators, such as motors and servos, as well as various displays.
Then we move on to Bluetooth and WLAn communications, using SoC (System on a Chip) devices such as Arduino BLE, ESP32, Raspberry PI and Galilei, and learn to write sensor data to the Web. We also will read data from the Web and make our devices act on that information.
This course is very much a hands-on course, where your on effort and your own ideas are crucial to success. This course fits anyone who wants to build devices and applications based on their own ideas.
Materials
Materials in Moodle and online tutorials.
Teaching methods and instruction
“The course is very practical and is a basic course on building IoT devices, based on the student’s own activity. The course initially covers the structure of Arduino and ESP32 devices and their use in building various devices. Then, the participants will build their own IoT device either individually, in pairs, or in small groups.”
Working life connections
“IoT is a continuously evolving field of information technology that is spreading into new areas. Therefore, it is worth learning the basics during your studies, even if there is no direct connection from the course to working life.”
Exam dates and re-exam possibilities
No exam, grading based on course report.
Internationality
Not as such
Completion alternatives
RPL is available if you have a suitable and reasonably large IoT project.
Learning assignments
Coursework
Assessment methods
1 - simple IoT device, short and concise report
3 - versatile IoT device, comprehensive report
5 - very versatile IoT device, extensive report