Diploma of Engineering

On successful completion of this unit, students will have the ability to use a standard approach to program development, as well as understand the structure theorem and be aware of its consequences for algorithm design. They will have the ability to use structured programming techniques to produce modular solutions exhibiting good coupling and cohesion. They will be able to correct syntactic and semantic errors and include error handling in their software design. Students will use pseudocode to define the solution and develop solutions using spreadsheets, the C Programming language and the Matlab development environment.

This unit includes: functions and limits; derivatives and integrals of combinations of polynomials, exponential, logarithmic and trigonometric functions; sequences, series tests and power series; vectors, lines and planes; first order differential equations. Applications studied include graph sketching; approximations to solutions of equations and integrals; formulation of models to solve science and engineering problems.

This unit includes: the algebra of complex numbers, matrices and sets; probability, and the major discrete and continuous probability distributions. The relationship between exponential functions, trigonometric functions and complex numbers is emphasised and applied to electrical networks. Solutions to systems of linear equations using matrices and determinants, and applications of set theory and symbolic logic are considered. The statistics techniques and examples studied are relevant to the sciences in general while particular reference is made in the lectures to applications in engineering.

This is a project and design-based unit which introduces students to the fundamentals of electrical systems, covering three main topics; electricity basics including capacitance, resistance, inductance and EMF; electric circuits; and semi-conductor devices. The unit will also introduce students to elements of professional practice including OHS, professional ethics and sustainability in the context of Engineering projects. Students will work in groups, using their knowledge gained through classes, studios and practical experiences, the concepts covered in the seminar sessions, as well as knowledge gained from self-directed learning to complete their design of an electrical systems project meeting specified requirements. Students will communicate the considerations taken in their design in a variety of forms including written assessments tasks and a group presentation.

This unit introduces students to the main classes of materials, their basic structure and the way in which the structure determines their mechanical and functional properties. Case-studies and practicals will be used to highlight the basis for selecting a material in a specific application and to introduce student’s to material testing methodologies. The unit will also introduce students to current research into materials to show how the structure can be manipulated to improve performance in specific applications.During the start of trimester students will undertake various learning activities including classes, tutorials and practical sessions to cover key principles related to materials. Later in trimester students will be predominantly working in groups during tutorial sessions and incorporating both directed and self-directed online learning activities to develop their project and to discuss progress with facilitators. All students will be required on campus during the intensive week for activities related to the project. The unit will also introduce students to elements of professional practice including OHS, professional ethics and sustainability in the context of Engineering projects.

SLE103 introduces students to the science of ecology, investigating relationships between organisms and the environment. In this unit, students will also explore climate change and energy issues. They will learn about the nature of science and the scientific method and how to use a systems framework to investigate environmental issues. This will equip students with the capacity to study key environmental issues such as climate systems and ecological systems and make a difference.

SLE133 is a foundation unit designed to develop and consolidate student understandings and skills in basic chemistry. The learning and assessment activities provide students with the opportunity to study atoms, molecules, and ions, how they change during a chemical reaction and how bonding affects properties such as intermolecular interactions, boiling points, ease of evaporation and the ability of substances to dissolve in water. Students will engage in laboratory work in order to develop their hands on skills in chemical safety and measurement and their ability to perform calculations related to substance measurement. Students will then apply these concepts of bonding, chemical change and measurement to determine the acidity and basicity of substances and the formation of buffers.

You must have completed SLE010 in the current or a previous trimester, before you can attend any laboratory sessions.

SLE155 Chemistry for the Professional Sciences

SLE155 builds on the student’s previous chemistry knowledge about atoms, molecules, properties, reactions, measurement and acidity. Students will extend their knowledge to more advanced chemical naming, structures, and hypervalent bonding. They will be introduced to additional topics such as, chemical equilibria, solution chemistry, simple organic compounds, chirality and thermochemistry.

This unit will lead to further studies in biochemistry, chemistry, and related areas such as food and nutrition, molecular biology and science education. This unit can also be taken as an elective unit for students who want a broader knowledge of chemistry to enhance their degree.

This zero credit point module will provide students entering into an undergraduate Engineering program with an introduction to the premise of the project oriented design based learning (PODBL) pedagogy and how it is incorporated within the undergraduate Engineering programs. It will introduce students to the 7 step design process. It will also give an introduction to information literacy as used in PODBL.

This unit also includes safety information for students involved in mechanical and electronics laboratory work. The program encompasses mechanical and electronic hazards, building evacuation procedures, laboratory accident management and first aid procedures, and safety work procedures particular to laboratory and fieldwork.

This module's learning and assessment activities provide students with guidance on what constitutes academic integrity. It will allow students to develop knowledge, skills and good practice principles to avoid plagiarism and collusion and thereby maintain academic integrity.

Students completing SLE133 and SLE155 must complete this SLE010 Laboratory and Fieldwork Safety Induction Program.

In this module, students will develop an awareness of safety measures and protocols to be followed in scientific laboratory work and fieldwork. The module encompasses information about biological and chemical hazards, building evacuation procedures, laboratory accident management, first aid procedures and safe work procedures.