Intelligent Systems (10 cr)

Objectives (course unit)

During the course, students will familiarize themselves with the basic electronics, programming and communication technologies through practice and theory.

After completing the course, the student
- Understand the basics of electrical engineering
- Know how to use basic measuring equipment
- Learn how to use intelligent development environments

Content (course unit)

During the course, students will learn the basics of electrical phenomena, electrophysics, electronics connections and the operation of intelligent systems through theory and guided laboratory work. In addition, students will learn how to control the basic measurement equipment and get acquainted with the analyzers.

Interpretation and reporting of measurements (physics).

Prerequisites (course unit)

Ei esitietovaatimuksia

Assessment criteria, satisfactory (1-2) (course unit)

Student:
- understands basic electronics connections
-understands the principles of circuit analysis in the DC plane
-is able to choose the right measuring device to measure the desired value and understands the measurement results
-is able to design a simple circuit using basic electronic components and using a simulated environment
- Understand the basic principles of programming with guidance
- understands a simple data transfer solution with guidance
- knows different ways of measuring, programming methods and ways of building a telecommunication network, but can't justify their choices
- Performs tasks in a pre-learned way
- can work in a group and review and evaluate things from their own perspective

Assessment criteria, good (3-4) (course unit)

Student:
- understands basic electronics connections
-understands the principles of circuit analysis in the DC plane
-is able to choose the right measuring device to measure the desired value and understands the measurement results
-is able to design a simple circuit using basic electronic components and using a simulated environment
- Understand the basic principles of programming
- understands a simple data transfer solution
- knows different ways of measuring, programming methods and ways of building a telecommunication network, and can justify their choices
-can choose the most appropriate procedure for the different options and justify their choice
- can work in a group and give and receive feedback actively and constructively
- reviews and evaluates.

Assessment criteria, excellent (5) (course unit)

Student:
- understands basic electronics connections
-understands the principles of circuit analysis in the DC plane
-is able to choose the right measuring device to measure the desired value and can analyze the measurement results
-is able to design a simple circuit using basic electronic components and using a simulated environment and is able to construct it
- Understand the basic principles of programming
- understands a simple data transfer solution
- knows different ways of measuring, programming methods and ways of building a telecommunication network, and is able try out new operating models
-examines and evaluates himself and his team

Assessment scale

0-5

Further information

Engineering physics have been integrated into the course.