Electronics in IoT (5op)

Arviointiasteikko

H-5

Sisällön jaksotus

List of topics and techniques covered in the Course
1. Electrical Safety
2. Soldering in electronics
3. Electronic components
4. Measurements in electronics
5. Analog electronic circuits
6. Digital electronics
7. Electronics design and CAE
8. Basics of circuit theory
9. Microcontrollers
10. GPIO, PWM, ADC, DAC
11. Serial Interface and protocols UART, SPI, I2C, I2S.
12. Radio Interface. WiFi, Bluetooth, etc.
13. Sensors in IoT
14. Data base and monitoring data in the dashboard

Tavoitteet

The goal is to understand the implementation of electronic components and equipment in IoT context. The course introduces students to basics of sensors and actuator electronics. The student becomes familiar with device-based programming and the concept of the hardware interface. In addition, the student will learn about electrical safety and working in a lab environment.

Sisältö

- Getting acquainted with working in a lab environment
- Electrical safety in a lab
- Electronics connections etc. soldering
- Electronic measuring instruments, multimeter and oscilloscope
- Electronic components
- Sensors and actuators as part of IoT (Internet of Things) embedded systems
- Hardware interface

Aika ja paikka

Kurssin alkutiedot ovat viikolla 36. Kurssilla on 4 tuntia viikossa. Itseopiskeluviikolla 42 ei ole opetusta. Kurssi päättyy viikolla 50. Kurssin arviointi tulee viimeistään 31. joulukuuta.

Oppimateriaalit

Kurssin työtila sisältää kaiken tarvittavan oppimateriaalin. Materiaalit ja työkalut, joita opiskelijat tarvitsevat tehtäviin sekä tarvittavat ohjelmistot toimitetaan oppilaitoksen puolesta. Opiskelijoilta vaaditaan oma tietokone.

Opetusmenetelmät

Kurssi sisältää online -opetusta ja laboratoriotehtäviä. Kurssi suoritetaan itsenäisinä tehtävinä. Harjoitukset raportoidaan ja raportit palautetaan kurssin työtilaan.

Tenttien ajankohdat ja uusintamahdollisuudet

Text taken from degree regulations p. 11-12.

"Repeating a study unit or improving a grade

In education leading to a degree, a student who has received a fail grade is entitled
to repeat the exam twice by the end of the semester following the end of the study
unit.

If the student fails to gain a passing grade over the course of three (3) attempts,
they must restart the study unit/semester and may be required to adhere to revised
requirements."

It is possible to improve a passing grade once (1) by the end of the semester
following the end of the study unit in question."

End of the next semester is Aug. 31st 2022.

Opiskelijan ajankäyttö ja kuormitus

5 ECTS is approximately 127 hours of estimated student workload

Arviointikriteerit, tyydyttävä (1)

The student can work in the laboratory and masters electrical and equipment safety. The student can make an electronic connection and can use tools and measuring devices properly.

Arviointikriteerit, hyvä (3)

The student can work in a laboratory environment.

The student can integrate electronics into an IoT-system and control the hardware interface as part of an embedded IoT-system.

Arviointikriteerit, kiitettävä (5)

The student can work in a laboratory environment.

The student can design and implement an electronic connection and integrate it into an embedded IoT-system.

The student masters the hardware interface and can utilize and implement APIs between systems