Haha, very late response. Apologies for that. =P I'll list each of the first year courses and briefly describe their contents.
Semester 1
ELEC1700 - Computer Engineering
Introduces you to the foundations of the workings of computers. The course mainly applies mathematical logic to different scenarios, such as processor design. Lots of logic gates and binary! Additionally, Steve, the lecturer, is absolutely fantastic.
MATH1110 - Mathematics 1
Quickly revises HSC calculus modules (from the 2 unit course) and expands upon them, whilst introducing you to vectors, complex numbers, polar coordinates and planes. As long as you got at least a band 5 in the HSC mathematics course, you shouldn't struggle here.
PHYS1210 - Advanced Physics 1
Us electrical engineering students have to at least have a general liking for physics, as we're the only group of engineering students that have to study advanced physics. This is mainly due to the concepts introduced in the successor course, PHYS1220, however, this course includes particle physics, cosmology, mechanics, thermodynamics, wave mechanics and nuclear physics. A very interesting course with some important foundations for further studies in electrical engineering. HSC physics is recommended, but not required. Another word of advice is to never wear a hat to the lectures. One of the lecturers, Paul, is a massive prick to anybody that wears a hat. Excellent lecturer, though. =P
GENG1803 - Introduction to Engineering Practice
Along with MATH1110, this is the main first semester course that every engineering student, along with computer science students, has to complete. It introduces a very broad portfolio of concepts that will be expanded upon as you progress within your degree. Along with this, it introduces you to engineering report writing, with 60% of your final mark being based off of group contributions leading up to and including the report.
Semester 2
MATH1120 - Mathematics 2
This course introduces you to matrices and differential equations, whilst expanding upon the calculus concepts as taught in MATH1110. It flows much better as a course than MATH1110 did and the course coordinator, Mike, is excellent.
PHYS1220 - Advanced Physics 2
Here you start to get into the more applicable electrical engineering foundations, such as electricity, electromagnetism, optics and an introduction to quantum mechanics, something which will blow your brain into a bajillion pieces. Of course, quantum mechanics will lead into semiconductors with PHYS2170, the most influential material within our generation of electrical engineers.
ELEC1300 - Electrical Engineering
Introduces you to the analysis of electrical circuits, power and the properties of resistors, inductors and capacitors. I would say that it's the most difficult course within the first year of electrical engineering at UoN, but you'll find that it's very enjoyable if you're genuinely interested in electrical engineering.
GENG1003 - Introduction to Procedural Programming
As somebody that has always found computer programming to be the single most mundane area of computing as a field, at first, I hated the fact that I had to do this course, but I eventually came to like it. It introduces you to the foundations of programming in both C and MATLAB, within the context of an engineer. Mike, the course coordinator, is also excellent.
So that's the first year of electrical engineering in a nutshell. Having really enjoyed the first year, I'm definitely looking forward to the challenges of second year. Bring on the four month break, though!