Overview
Telecommunications Engineering and Internet of Things major for the Bachelor of Engineering (Honours)
Telecommunications Engineering and Internet of Things (IoT) is a unique combination of the design, development, and operation telecommunications systems with the IoT technologies that deliver inter-related and integrated computing devices, machines and objects to identify, track and … For more content click the Read More button below.
Under supervision of experienced engineers, graduates will be capable of holding positions with significant responsibility for design and operation of telecommunications systems. Specific roles may include, but are not limited to: design of sensing and detection systems, such as those found in self-driving vehicles; operation of mobile phone and broadband network infrastructure; design of integrated communications and control system networks in smart buildings; design and operation of micro satellites and satellite communication systems; design and operation of optical networks, including land based or international sub- marine optical fiber networks; design of signal processing systems; and media and entertainment industry. Graduates will contribute within teams for complex projects and may take a lead role in design work, troubleshooting, testing, analysis and verification of component and system performance, project management, and system commissioning. Graduates may have responsibilities around client and stakeholder relations; procurement; safe work practices; quality assurance in project delivery; reporting; and, consideration of standards, regulations and compliance. Graduates will have strong project and people management skills and may take on responsibility for overseeing teams, contractors and consultants within the first five years from graduation.
Delivery
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Structure
To qualify for award of a major in Telecommunications Engineering and Internet of Things in the degree of Bachelor of Engineering (Honours), complete 144 credit points and satisfy all course requirements for the major outlined in the structure below.
a) 108 credit points of core and
b) complete one of the thesis options below;
i) ECTE498 Thesis A (12 credit points) or
ii) ECTE499 Thesis B (18 credit points)
ECTE499 must be taken by students enrolled in the Scholars degree and may be taken by high achieving students, with permission of the Academic Program Director.
c) 12 credit points of Telecommunications Engineering and Internet of Things major subjects and
d) Elective subjects to bring the total to 144 credit points from SECTE Elective A list and Elective B list as specified below or any approved minor* from the General Schedule of Minors.
Note: Dean's Scholars are required to complete ECTE355 instead of 1 List B General Elective subject
Students should consult with the Academic Program Directors directly to help in planning out their program of study.
List B electives are common to all majors for the Bachelor of Engineering (Hons) and listed here: Elective B list
*Minor of Study - students will need to take more than the minimum credit points in order to graduate with a minor. Please discuss with your Academic Program Director
144 Credit points
Professional Experience
Year 2 48 Credit points
Year 3 48 Credit points
Year 4 48 Credit points
SECTE List A Elective subjects6 Credit points
Learning outcomes
Learning Outcomes are statements of learning achievement that are expressed in terms of what the learner is expected to know, understand and be able to do upon completion of a Major Study or Specialisation. Students completing this major will be able to:
1.
Demonstrate professional knowledge, with a strong grounding in Telecommunications Engineering and Internet of Things and awareness of current local and international trends and challenges.
2.
Implement common research methods in the field of Telecommunications Engineering and Internet of Things, analyse data & evaluate the validity of findings and exercise critical judgement in determining new directions and strategies for carrying out further investigation.
3.
Draw from established engineering concepts, methods and industry standards to develop innovative solutions to complex engineering problems by completing a research project relating to the respective engineering major.