Bachelor of Information Technology/Bachelor of Science (Applied Physics) CK12

Program Structure

This is a combined degree program. Full-time students should aim to complete 9 courses per year in order to complete the degree in the specified time.

Students must complete:

Code	Course
23 compulsory courses, which are:
COIT13132	Professional Issues in Computing
COMM11007	Professional Writing
ENEL11153	Digital Systems
PHYS11182	Physics 1A
PHYS11183	Physics 1B
ENCO11005	Computer Hardware Fundamentals
PHYS12075	Optics & Lasers
PHYS12076	Properties of Materials
ENET12010	Analogue Systems or
ENEL12073	Introduction to Analogue Electronics
PHYS12073	Introduction to Modern Physics
COIT11118	Conceptual Foundations of Computing A
MATH11163	Mathematics 1A
MATH11164	Mathematics 1B
MATH12171	Differential Equations
ENCO12008	Computer Architecture & Assembler
ENCO13002	Applied Microcontrollers
MATH12172	Multivariable Calculus
COIT11133	Programming A
COIT11134	Programming B (or COIS12041  )
COIT11166	Systems Analysis & Design
COIT11126	Computing Skills
COIT12167	Database Use & Design
COIT12170	Data Communications
30 units of credit of Level 3 Physics courses, which must include the core courses:
PHYS13071	Quantum Physics
PHYS13072	Solid State A
At least 2 Advanced Level Information Technology courses, selected from:
COIS13034	Information Systems Management with e-commerce Applications
COIS13013	Management Support Systems
COIT12137	Internet Programming
COIT12139	Software Design
COIT13143	Database Programming & Administration
COIT12144	Algorithms & Data Structures
COIT13146	Systems Administration
COIT13147	Networks
COIT13148	Special Topic A (Computing)
COIT13151	Computing Project (12 units of credit, counts as one in this schedule)
COIT12169	Systems Implementation
5 Information Technology elective courses, selected from the following:
MMST12004	Multimedia Design
MMST12005	Multimedia Development
COIS12031	Software Design & Programming
COIS12036	Human Computer Interaction
STAT12029	Essential Statistics
MATH11168	Total Quality Management & Statistical Process Control
COIT11134	Programming B
COIT12140	Object-oriented Programming
COIS12041	Business Programming
COIT12141	Computer Graphics
COIT12120	System Simulation
COIT13121	Machine Intelligence A
COIT13122	Machine Intelligence B
ECOM13003	Electronic Commerce
COIT13152	Operating Systems
COIT12168	Analysis & Specification
1 elective course from any undergraduate degree program

Recommended Study Schedule

Internal students commencing in 2001 should enrol in the following courses in their first year of study:

Code	Course
PHYS11182	Physics 1A
PHYS11183	Physics 1B
COIT11118	Conceptual Foundations of Computing A
MATH11163	Mathematics 1A
MATH11164	Mathematics 1B
COIT11133	Programming A
COIT11134	Programming B (or COIS12041  )
COIS11014	Engineering Computing
COIT11166	Systems Analysis & Design

External students should enrol in two or three courses per term.

Note: Students must check to see when and where a course is offered before enrolling. See the course availability section in this handbook for details.

Bundaberg Students: You should enrol in MATH11163   and MATH11164  , plus additional Year 1 BIT courses, and commence Physics studies in Year 2 at Rockhampton campus.

Computing Requirements: You will need access to a computer for your studies. Access to the Internet and e-mail is required. A machine of the MS Windows type is required. Hardware and software specifications change, so if you are purchasing a computer for your studies, you should purchase the best quality and highest capacity (RAM, hard drive, monitor) that you can afford.