Program Overview

Bachelor of Engineering Technology (Systems and Security)

Overview

The Bachelor of Engineering Technology (Systems and Security) course has been developed in collaboration with the Defence Science and Technology Group within the Department of Defence. This course encompasses a wide range of communication mediums, including radar, radio, and microwave, with a particular focus on systems engineering and technologies that use these in conjunction with studies in signal processing, infrared imaging systems, multi-spectral sensing, satellite communications, computer networks, cybersecurity, and telecommunications.

Course Offerings

• Mode of delivery: In person
  • Study load: Full time & Part time
  • Student type: Domestic
  • Offer status: Active

Student Guidance

Study Planner

A study planner will help students decide what topics to study and when, ensuring all requisites are met.

Program of Study Overview

To qualify for the Bachelor of Engineering Technology (Systems and Security), a student must complete 108 units with a grade of P or NGP or better in each topic, according to the program of study.

Program of Study Notes

1. This Program of Study serves as a suggested study plan. When core topics are offered in both halves of the year, students may enrol in these topics in either half of the year as long as requisites are met.
2. With the permission of the Course Coordinator, students entering with SACE Stage 2 (Year 12) Specialist Mathematics or SACE Stage 2 (Year 12) Mathematical Methods may substitute the Mathematics Fundamentals topics with other topics.
3. With the permission of the Course Coordinator, if the Engineering Project topics are undertaken at an approved location under the supervision of an accredited engineer, then the Engineering Work Experience topic may be substituted for another topic.

Program of Study

Year 1 (36 Units)

• First half (18 Units)
  • ENGR1401: Professional Skills (4.5 Units)
  • ENGR1711: Engineering Design (4.5 Units)
  • ENGR1721: Engineering Programming (4.5 Units)
  • MATH1701: Algebra and Functions (4.5 Units)
• Second half (18 Units)
  • ENGR1201: Electronics (4.5 Units)
  • ENGR1722: Engineering Materials and Statics (4.5 Units)
  • MATH1121: Mathematics 1A (4.5 Units)
  • COMP2712: Neural Networks and Machine Learning (4.5 Units)

Year 2 (36 Units)

• First half (18 Units)
  • COMP2711: Data Structures and Algorithms (4.5 Units)
  • ENGR2705: Working in Secure and Sensitive Professions (0 Units)
  • ENGR2731: Electronic Circuits (4.5 Units)
  • MATH1122: Mathematics 1B (4.5 Units)
  • PHYS1101: Physics 1A (4.5 Units)
• Second half (18 Units)
  • ENGR2702: Electrical Circuits and Applications (4.5 Units)
  • ENGR2711: Engineering Mathematics (4.5 Units)
  • ENGR2722: Signals and Systems (4.5 Units)
  • PHYS1102: Physics 1B (4.5 Units)

Year 3 (36 Units)

• First half (13.5 Units)
  • ENGR2861: Electromagnetics and Electromagnetic Waves (4.5 Units)
  • ENGR3750: Workplace Preparation (0 Units)
  • ENGR3891: Electromagnetic Technologies, Systems and Security (4.5 Units)
  • ENGR7710A: Engineering Project (4.5/9 Units)
• Second half (18 Units)
  • ENGR3705: Project Management (4.5 Units)
  • ENGR7710B: Engineering Project (4.5/9 Units)
  • ENGR7102: The Global Positioning Systems (4.5 Units)
  • ENGR9405: Engineering Work Experience (4.5 Units)
• Option (4.5 Units)
  • Select 4.5 units from the following:
    • ENGR3721: Signal Processing (4.5 Units)
    • ENGR3731: Communication Systems (4.5 Units)

Admission Requirements

• The minimum requirements for consideration for entry to all undergraduate courses are specified in detail in the University Entry Requirements.
• Pre-requisites: SACE Stage 1 (Year 11) Mathematics, SACE Stage 2 (Year 12) General Mathematics or equivalent.
• Assumed knowledge: SACE Stage 2 (Year 12) Physics.

Aims

The course aims to provide graduates with:

• A strong foundation in both the theoretical and practical aspects of engineering, particularly those relevant to the development of electronic systems as they relate to electromagnetic and other forms of security.
• An awareness of social, economic, cultural, and environmental aspects of engineering.
• An ability to critically analyse and evaluate information and solve problems.
• An understanding of professional and ethical responsibilities and a commitment to them.
• Well-developed written and oral communication skills.
• The ability to work and interact professionally as an individual and as a member of multi-disciplinary teams.
• An understanding of the need to undertake lifelong learning and the capacity to do so.
• Preparation for future management roles as engineering technologists.

Learning Outcomes

On completion of the course, graduates will be able to:

1. Proficiently use professional skills and knowledge in the systematic development of electronic systems, particularly those that relate to electromagnetic and other forms of security.
2. Demonstrate an understanding of various aspects of the engineering discipline and a technical understanding of some areas of electronic and electromagnetic systems engineering.
3. Apply their skills and knowledge in a professionally responsible manner.
4. Communicate effectively with other engineers and the wider global community using a wide range of communication technologies.
5. Work professionally as an individual and in a team.
6. Understand and describe the processes through which current knowledge was developed.
7. Develop engineering solutions appropriate to the social, political, international, economic, and environmental contexts in which they are applied.
8. Engage in the process of continuing learning needed to retain the necessary level of professional skills and knowledge in the area of electronic engineering.
9. Plan and execute a research project, applying relevant methodologies and knowledge.

Qualification Title(s)

Bachelor of Engineering Technology (Systems and Security)

Associations

• Award association: PENGT Bachelor of Engineering Technology
• Combined degree association: BENGTSS-BSCPS Bachelor of Engineering Technology (Systems and Security) / Bachelor of Science (Physics)

College

College of Science and Engineering

Unit Value

108

Course Type

Course

Level of Study

Undergraduate

AQF Level

7 Bachelor degree

Standard Full-time Duration

3 Year/s