IoT System Implementation (5 cr)

Evaluation scale

0-5

Objective

The students knows the most commonly used technologies and services in the implementation of IoT systems and is able to make the correct technological choices in the requirement specification of an IoT system. The student is able to apply his/her knowledge to practice in an IoT system designed by him/her. Additionally, the student recognizes the potential of IoT systems in the digital era.

Content

IoT sytem
• Requirement specification
• Implemented technologies
• Design based on requirement specification
• Implementation based on the design

Materials

Kirjallisuus on sidoksissa projektiin.

Teaching methods

Kurssi perustuu projektitöihin. Opiskelijat voivat muodostaa 1-4 opiskelijan ryhmiä projektin koon perusteella. Jokaisella opiskelijalla oltava selkeä rooli projektissa.

Exam schedules

Ei tenttiä. Arviointi perustuu tekemiseen

Completion alternatives

Projekti ei ole paikkaan sidottu.

Student workload

Projektin toteutus 135h

Assessment criteria, satisfactory (1)

Excellent 5: The student knows the most common technologies in IoT systems and is able to justify critically the implementation of the used technologies in various operating environments. He/she is able to validate critically and select the correct technologies for the design of a value chain based on requirement specifications. The student is also able to apply his/her technological knowledge into practice. Additionally, the student is able to assess critically his/her own implementation and based on this, validate its development.

Very good 4: The student knows the most commonly used technologies in IoT systems and is able to justify the implementation of used technologies in various operating environments. He/she is able to validate and select the correct technologies for the design of a value chain based on requirement specifications. The student is able to apply his/her technological knowledge into practice. Additionally, the student is able to assess his/her own implementation extensively and validate its development.


Good 3: The student knows the most commonly used technologies in IoT systems and is able to justify the implementation of the used technologies in certain operating environments. He/she is able to validate and select the correct technologies in a simple design of a value chain based on requirement specifications. The student is able to apply his/her technological knowledge into practice. Additionally, the student is able to assess, using versatile points of view, his/her own implementation and validate its development.


Satisfactory 2: The student knows the most commonly used technologies in IoT systems and is able to justify the implementation of the used technologies in simple operating environments. He/she is able to select the applicable technologies in a simple design of a value chain based on requirement specifications. The student is able to apply his/her technological knowledge into practice. Additionally, the student can assess his/her own implementation superficially.

Sufficient 1: The student knows the most commonly used technologies in IoT systems and is able to superficially validate the implementation of the used technologies in a simple operating environment. He/she is able to design a simple value chain and apply his/her technological knowledge into practice. Additionally, the student is able to assess his/her own implementation in a constricted way.

Fail 0: The student does not meet the minimum criteria set for course.

Qualifications

o Applies to degree students

The student must have basic knowledge of operating systems, data networks and programming.