Application deadline

Type of course

Admission requirements

A relevant undergraduate Bachelor Engineering program with minimum 25 credits mathematics, 5 credits statistics, 7,5 credits physics.

Suggested prerequisites: A course in basic programming at bachelor level.

Application code 9371

Course content

Introduction to Computers and Programming

Input, Processing, and Output

Decision Structures and Boolean Logic

Repetition Structures

Functions

Files and Exceptions

Lists and Tuples

More About Strings

Dictionaries and Sets

Classes and oo programming (only intro)

GUI programming

Objectives of the course

After completing the subject, the students will have the following learning outcome:

Knowledge and understanding:

• The candidate will know how a program is created from source code to a running program
• The candidate will be familiar with concepts such IDE, interpreter and packages
• The candidate will know how a program is built up from sequences, loops, control structures, functions,, external packages
• The candidate will know how to transfer parameters to and from a function
• The candidate will have an overview of the content of the standard packages

Skills:

• The candidate will be able to use a programming environment for program development (IDE, Integrated Development Environment)
• The candidate will be able to write a program that use functions to develop modular programs
• The candidate will be able to debug a program
• The candidate will be able to write a program that reads and writes to files
• The candidate will be able to write code foe exception handling
• The candidate will be able to understand code for, and write simple classes
• The candidate will be able to write programs that use sdifferent containers like set and dictionaries
• The candidate will be able to write unit tests
• The candidate will be able to write GUI programs
• The candidate will be able to create programs that uses data structures and algorithms from standard packages

General competence:

• The candidate will be able to see the benefit of writing well-structured programs
• The candidate should see the benefit of thinking through a problem, and find / write an pseudo-code algorithm to solve problems
• The candidate should be able to use other programming IDE's and languages

Language of instruction and examination

Teaching methods

Self-study (digital textbook, other text and possibly videos), lectures, lab: work mandatory and voluntary exercises with teacher support

Lecture: approx 1hour, followed by lab exercises 1 - 4 hours where students work with mandatory or voluntary exercises.