IFN660 Programming Language Theory

Unit synopsis

This unit introduces the theory underlying computer programming language implementations.  It explains how human-readable computer program code is translated into machine-executable instructions, and thereby helps understand the rationale for the design of various programming language features, the commonality between such languages, and the functions and limitations of program development environments.

Faculty
Science and Engineering Faculty
School/Discipline
Electrical Engineering & Computer Science
Study area
Information technology
Credit points
12

Dates and locations

Teaching period Dates Locations
Semester 1, 2019 25 February 2019 - 21 June 2019
  • Gardens Point

Fees

Commonwealth supported place (CSP) student contribution amount
2019: $1,169
Domestic fee-paying student fee
2019: $2,796
International student fee (excluding study abroad students)
2019: $3,936
Study abroad program
Find out more about costs for study abroad students.

Guide to fees

Commonwealth supported place (CSP) student contribution amount
For Australian citizens, permanent visa holders and permanent humanitarian visa holders, and New Zealand citizens who study this unit:
  • as part of a QUT course and are eligible for a Commonwealth supported place (CSP)
  • as a cross-institutional student who has a Commonwealth supported place at their home university.
Domestic fee-paying student fee
For Australian citizens, permanent visa holders and permanent humanitarian visa holders, and New Zealand citizens, who study this unit:
  • as part of a QUT course and are not eligible for a Commonwealth supported place (CSP)
  • as part of a QUT course during Summer Semester
  • as a cross-institutional student who does not have a Commonwealth supported place at their home university
  • as a single-unit study student.
International student fee
For international students who study this unit:
  • as part of a QUT course
  • as a cross-institutional student.

Previous study requirements

Assumed knowledge
A sound working knowledge of programming in a modern computer language is assumed.

Guide to previous study requirements

Prerequisites
To enrol in this unit, you must have completed these prerequisite units (or have credit, advanced standing or exemption for them), or be able to demonstrate that you have equivalent background knowledge.
Anti-requisites
You can’t enrol in this unit if you have completed any of these anti-requisite units.
Co-requisites
To enrol in this unit, you must have already completed these co-requisite units, or you must enrol in them at the same time.
Equivalents
You can’t enrol in this unit if you have completed any of these equivalent units.
Assumed knowledge
We assume that you have a minimum level of knowledge in certain areas before you start this unit.

Unit outlines