Matematiikka, fysiikka ja säteilyfysiikka (4 cr)

Objectives (course unit)

The core objectives of the course are to understand the main phenomena of mathematics, physics and radiation physics related to the work of a radiographer.

After completion of the course the student:
• masters the basic mathematical methods related to the needs of the education and working life
• knows the basic principles of mechanics, theory of wave motion and electricity and can utilize the information in the equipment technique of the field of study
• knows the magnitude and measurement system of physics
• knows the principles of the safe use of electric equipment
• knows the basic principles of radiation and nuclear physics
• knows the function of x-ray and ultrasound equipment with auxiliary equipment

Content (course unit)

• basics of mathematics
• magnitude system of mechanics
• theory of wave motion and electricity
• principles of radiation physics
• measurement system and measuring methods of radiation physics
• x-ray and ultrasound equipment with auxiliary equipment

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

• can utilize basic mathematical methods related to the needs of working life
• can name the basic principles of mechanics, theory of wave motion and electricity
• can name the magnitude and measurement system of physics
• can describe the principles of the safe use of electric equipment
• can describe the basic principles of radiation and nuclear physics
• can describe the measurement system and the most significant measuring methods of radiation physics
• can describe the function of x-ray and ultrasound equipment with auxiliary equipment

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

• can do basic mathematical calculations related to the needs of working life
• can name the basic principles of mechanics, theory of wave motion and electricity
• can name the magnitude and measurement system of physics
• can explain the principles of the safe use of electric equipment
• can explain the basic principles of radiation and nuclear physics
• can explain the measurement system and the most significant measuring methods of radiation physics
• can explain the function of x-ray and ultrasound equipment with auxiliary equipment

Assessment criteria, excellent (5) (course unit)

• can do mathematical calculations related to the needs of working life
• can name the basic principles of mechanics, theory of wave motion and electricity
• can name the magnitude and measurement system of physics
• can reasonably explain the principles of the safe use of electric equipment
• can reasonably explain the basic principles of radiation and nuclear physics
• can reasonably explain the measurement system and the most significant measuring methods of radiation physics
• can reasonably explain the function of x-ray and ultrasound equipment with auxiliary equipment

Location and time

Lukujärjestyksen mukaisesti

Exam schedules

Opintojaksossa on kaksi tenttiä:
1. matematiikka ja fysiikka. AIKA: ...
2. säteilyfysiikka ja laitetekniikka. AIKA:...

Kummankin osan voi uusia erikseen. Ajat sovitaan yhteisesti opintojakson aikana.

Assessment methods and criteria

Kaksi kirjallista koetta. Molempiin kokeisiin on osallistuttava ja päästävä läpi. Osa 1 = matematiikka ja fysiikka, 2 op. Osa 2 = säteilyfysiikka ja laitetekniikka, 2 op. Toisen osan (säteilyfysiikka ja laitetekniikka) kokeesta on saatava vähintään 1/2 pisteistä, jotta STUKin pätevyysvaatimuksen täyttyisivät. Opintojakson arvosana määräytyy osien arvosanojen painotettuna keskiarvona. Painokertoimet:
Osa 1, matematiikka ja fysiikka, 2 op: painokerroin 50 %
Osa 2, säteilyfysiikka ja laitetekniikka, 2 op: 50 %

Assessment scale

0-5

Teaching methods

Classroom teaching
Educational videos
Exercises
Teaching discussion

Learning materials

Material in Moodle

Student workload

The student's calculated workload: 4 ECTS = 108 h

Content scheduling

Mathematics 1 ects
Physics 1 ects
Radiation Physics 2 ects

Completion alternatives

-