Python Programming (3 ECTS)

Learning outcomes

After the course, the student has the ability to write and maintenance Python scripts and create Python based programs

Content

Introduction to Python language, Basics of Python, If-elif-else, loops, files in Python language, functions, modules, exception handling, data structures in Python and slicing, obect oriented programming

Teaching methods

100% online (Self-Study) course.

Location and time

Up to Student her-/himself.

Learning materials and recommended literature

Can be find on study environment.

Alternative completion methods of implementation

N/A

Internship and working life connections

N/A

Exam dates and retake possibilities

Can be find on study environment.

International connections

N/A

Student workload

Up to Student her-/himself.

Content scheduling

Up to Student her-/himself.

Assessment methods and criteria

Pass after you have done 80% of tasks.

Evaluation scale

Hyväksytty/Hylätty

Assessment criteria, satisfactory (1)

Algorithms and control structures:
- the student understands what the different control structures are and knows what kind of a structure can be used in different situations;
- the student can explain a simple program structure;
Variables, constants and data types:
- the student understands what variables, constants and data types are;
Subroutines:
- the student understands what subroutine is, is able to name it and call it from the main program;

Assessment criteria, good (3)

Algorithms and control structures:
- the student understands what the different control structures are and knows what kind of a structure can be used in different situations;
- the student can explain a relatively complex program structure;
- the student shows independent solutions.
Variables, constants and data types:
- the student understands what variables, constants and data types are;
- the student shows independent solutions.
Subroutines:
- the student understands what subroutine is, is able to name it and call it from the main program;
- the student is able to write relatively complex subroutines with elegant solutions;
- the student shows independent solutions.

Assessment criteria, excellent (5)

Algorithms and control structures:
- the student understands what the different control structures are and knows what kind of a structure can be used in different situations;
- the student can explain a relatively complex program structure;
- the student shows independent solutions and critical evaluation.
Variables, constants and data types:
- the student understands what variables, constants and data types are;
- the student shows independent solutions and critical evaluation.
Subroutines:
- the student understands what subroutine is and is able to name it and call it from the main program;
- the student is able to write relatively complex subroutines with elegant solutions;
- the student shows independent solutions and critical evaluation.