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Senior Handbook 2012 - Marian College

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<strong>Senior</strong> <strong>Handbook</strong> <strong>2012</strong><br />

Systems Engineering Unit 3<br />

Systems Engineering and Energy<br />

These units involve a study of the principles associated<br />

with integrated systems. The focus is on the functional<br />

integration of a mechanical subsystem with an<br />

electrotechnology subsystem and the design factors to<br />

be considered. One substantial production is to be<br />

undertaken across both Units 3 and 4.<br />

The terms mechanical and electrotechnology are used<br />

as descriptors for the types of systems covered by this<br />

study. Mechanical systems include pneumatic and<br />

hydraulic systems and subsystems. Electrotechnology<br />

is an inclusive term that includes electrical, electronic<br />

and microelectronic systems and subsystems.<br />

OUTCOMES<br />

Outcome 1: On completion of this unit the<br />

student should be able to recognise, identify,<br />

represent, describe and explain the principles of<br />

controlled integrated technological systems.<br />

Outcome 2: On completion of this unit the<br />

student should be able to design, plan, construct and<br />

document an integrated system to be completed in<br />

Unit 4, Outcome 2, and effectively use diagnostic<br />

procedures for the system.<br />

Outcome 3: On completion of this unit the student<br />

should be able to analyse and compare the<br />

environmental benefits and implications of using<br />

different energy sources (including alternative energy<br />

sources), and how specific energy sources affect the<br />

design, performance and use of technological systems.<br />

Systems Engineering Unit 4<br />

Integrated and Controlled Systems Engineering<br />

This unit combines the contemporary focus of systems<br />

control and provides opportunities for students to<br />

build on their understanding and apply it to practical<br />

solutions through the construction of controlled<br />

integrated systems. In recent times, commercial<br />

integrated systems have increased function, control<br />

and internal monitoring subsystems within them.<br />

OUTCOMES<br />

Outcome 1: On completion of this unit the<br />

student should be able to recognise, identify,<br />

represent, describe and explain the principles of<br />

controlled integrated technological systems.<br />

Outcome 2: On completion of this unit the<br />

student should be able to select components for,<br />

construct, diagnose, adjust, modify and repair an<br />

integrated technological system and its control<br />

devices commenced in Unit 3, Outcome 2, and<br />

provide an evaluation report of the system, its<br />

performance and the management of the project.<br />

ASSESSMENT<br />

School-assessed coursework for Unit 4 will contribute<br />

8% to the study score.<br />

The level of achievement for Units 3 and 4 is also<br />

assessed by a school-assessed task, which will<br />

contribute 50% to the study score, and an end-of-year<br />

examination, which will contribute 30% to the study<br />

score.<br />

ASSESSMENT<br />

School-assessed coursework for Unit 3 will contribute<br />

12% to the study score. The level of achievement for<br />

Units 3 and 4 is also assessed by a school-assessed<br />

task, which will contribute 50% to the study score, and<br />

an end-of-year examination, which will contribute<br />

30% to the study score.<br />

<strong>Marian</strong> <strong>College</strong> <strong>2012</strong> Page 57

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