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Year 9 2013 - Marian College

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<strong>Year</strong> 9 <strong>2013</strong><br />

Technology<br />

Materials- Wood & Plastics 1 &/or 2<br />

(Duration: One or two semesters)<br />

Course Description<br />

There are three phases involved in the technology<br />

process. These are: investigating/ designing, production<br />

and analyzing/evaluating. Each stage involves research<br />

and the development and application of knowledge, skills,<br />

equipment, materials and information to create useful<br />

products. Students explore various materials. Students<br />

design, produce and evaluate a range of products using<br />

hand and power tools.<br />

Course Content<br />

Investigating and designing: Working from a design brief<br />

students undertake relevant research to generate a range<br />

of options, from which they a select a preferred option.<br />

They then create a realistic production plan to suit their<br />

project.<br />

Producing: Students work safely using a range of tools<br />

(some complex), equipment and procedures with<br />

precision. They apply their understanding of the<br />

properties and characteristics of materials. Students make<br />

products that meet the requirements outlined in their<br />

design brief.<br />

Analyzing and evaluating: Students critically evaluate and<br />

analyse the processes, materials and equipment used<br />

during the production process as part of the overall<br />

evaluation of the end product.<br />

Assessment<br />

1. Design and produce a utility stool<br />

2. Design and production of a clock<br />

3. Assignment on properties of materials<br />

4. Workbook- design exercises, evaluation tasks<br />

and class work<br />

5. Production of a range of products.<br />

Metal & Engineering 1 &/or 2<br />

(Duration: One or two semester)<br />

Course Description<br />

Students explore the social and environmental<br />

implications of using various materials. They start to<br />

recognize that the supply of some materials is limited, and<br />

examine possibilities for reusing and recycling materials.<br />

They use materials tests to determine the<br />

appropriateness of materials for particular purposes.<br />

Students design and produce a range products using hand<br />

and power tools and a range of welding processes.<br />

Course Content<br />

• Design and construct a range of products using<br />

metals<br />

• and metal working skills.<br />

• Safety procedures and concerns<br />

• Oxygen/Acetylene and Arc welding<br />

• Each student constructs a range of metal projects<br />

• Selecting appropriate materials<br />

• Analyzing products with reference to specified<br />

criteria<br />

Assessment<br />

1. Demonstrate competency in the use of a range of<br />

welding and engineering skills<br />

2. Design and produce a range of products<br />

3. Workbook containing designs for production projects<br />

and a record of class-work.<br />

4. Assignment on selecting materials, processes and tools<br />

for particular tasks<br />

Systems (Mechatronics)<br />

(Duration: One semester)<br />

Course Description<br />

Systems Mechatronics combines both Electronic and<br />

Mechanical principles. Students consider the principles,<br />

structure, logic and organisation of systems, and research<br />

how community and industrial standards affect the design<br />

and development of systems.<br />

Students increasingly understand the components of<br />

systems as well as how changes made to inputs and<br />

processes affect output. Students work with a range of<br />

systems, that combine mechanical and electronic<br />

principles ie (Mechatronics)<br />

Course Content<br />

• Basic electrical and mechanical theory – series and<br />

parallel circuits, Ohm’s Law, power, gears, pulleys,<br />

levers, etc. PILAXE programming principles<br />

• Construct and program a micro computer<br />

• Symbology and circuit diagrams<br />

• Construction of a range of projects, eg amplifier<br />

10

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