The Institution of Railway Signal Engineers Australasian Section (IRSEA) has offered a Graduate Diploma of Railway Signalling for nearly two decades.
What are the industry needs for this course? Does it still meet those needs? If not, what needs to be changed?
To answer these questions, first let’s answer:
What is a railway control system?
How to develop professionals and paraprofessionals?
How to develop railway control systems professional engineers?
How to develop railway control systems engineering technologists?
How to develop railway control systems engineering associates?
In summary, I propose that the initial professional development of railway control systems engineers is as shown in Table 7.
As I see it, the IRSEA Graduate Diploma fits into the professional development of railway control systems engineers in the following places:
- Railway control systems engineering fundamentals education
- Railway control systems engineering technologist education
- Railway control systems professional engineer education.
These are shown in red in Table 7.
Let’s now answer:
What are the requirements for railway control systems engineering fundamentals education?
What are the requirements for railway control systems engineering technologist education?
What are the requirements for railway control systems professional engineer education?
In summary, I propose that the requirements for the IRSEA Graduate Diploma are as shown in Table 8.
Stage | Requirements |
Prerequisites | Engineering technologists: Sydney Accord degree (or 3-year engineering degree) Professional engineers: Washington Accord degree (or 4-year engineering degree) |
Railway control systems engineering fundamentals education | Learning outcomes as per IRSE Professional Exam Module A: Railway Control Engineering Fundamentals Exit point for graduates who do not choose Railway control systems engineering after the graduate rotation program |
Prerequisite | 2 years railway electrical engineering experience |
Railway control systems engineering technologist education | Learning outcomes as per IRSE Professional Exam Module B: Railway safety and systems engineering IRSE Professional Exam Module C: Principles of railway control and communication systems IRSE Professional Exam Module D: Applications of railway control and communication systems Exit point for engineering technologists Graduate attributes as per Sydney Accord (at least AQF7) |
Railway control systems professional engineer education | Railway system module Research project module Exit point for professional engineers Graduate attributes as per Washington Accord (at least AQF8) |
Let’s now answer: