Industrial Technology 2016 HSC exam pack
2016 Industrial Technology HSC exam papers
- Industrial Technology HSC exam 2016 – Automotive (PDF 115.02KB)
- Industrial Technology HSC exam 2016 – Electronics (PDF 143.21KB)
- Industrial Technology HSC exam 2016 – Graphics (PDF 119.98KB)
- Industrial Technology HSC exam 2016 – Metal and Engineering (PDF 247.55KB)
- Industrial Technology HSC exam 2016 – Multimedia (PDF 117.8KB)
- Industrial Technology HSC exam 2016 – Timber Products and Furniture (PDF 230.53KB)
Marking guidelines
Marking guidelines are developed with the exam paper and are used by markers to guide their marking of a student's response. The table shows the criteria with each mark or mark range.
Sample answers may also be developed and included in the guidelines to make sure questions assess a student's knowledge and skills, and guide the Supervisor of Marking on the expected nature and scope of a student's response. They are not intended to be exemplary or even complete answers or responses.
- Industrial Technology HSC marking guidelines 2016 – Automotive (PDF 170.98KB)
- Industrial Technology HSC marking guidelines 2016 – Electronics (PDF 242.63KB)
- Industrial Technology HSC marking guidelines 2016 – Graphics (PDF 383.22KB)
- Industrial Technology HSC marking guidelines 2016 – Metal and Engineering (PDF 184.78KB)
- Industrial Technology HSC marking guidelines 2016 – Multimedia (PDF 193.13KB)
- Industrial Technology HSC marking guidelines 2016 – Timber Products and Furniture (PDF 186.3KB)
Marking feedback
Select from the sections below to view feedback from HSC markers about how students performed in this year’s exam.
Use the feedback to guide preparation for future exams. Feedback includes an overview of the qualities of better responses. Feedback may not be provided for every question.
Feedback on practical exam
Candidates showed strength in these areas:
- describing the intent of the submission and outlining the how and why of the project
- undertaking research relative to the project needs
- making decisions based upon research, including selection of materials and technologies relative to the focus area
- demonstrating design evolution and reflection in the development of direction and sequencing of manufacturing processes
- documenting all aspects of project management, including the use of digital technologies to communicate processes
- documenting experimentation and including reflective comments which supported modifications undertaken during the manufacture of the project
- using graphical and digital technology skills to present understandings of Work, Health and Safety
- providing ongoing evaluation indicating what the candidate has achieved, learnt and modified.
Candidates need to improve in these areas:
- using graphical communication skills according to Australian Standards (AS1100)
- clearly showing any outsourcing that has occurred
- providing succinct evidence of production processes
- ensuring DMC’s are compliant to both the page length of a maximum of 80 pages and electronic media support.
Candidates showed strength in these areas:
- completing quality projects within the set timeline
- incorporating developing technologies in the manufacturing process
- demonstrating practical problem solving relative to the project and individual needs
- presenting a range of skills appropriate to the production method.
Candidates need to improve in these areas:
- ensuring that technical graphics and computer aided drafting is according to Australian Standards (AS1100)
- providing evidence of the manufacturing processes undertaken relative to the intention, design and plan
- ensuring ease of functionality and operation without the assistance of multi-media focus area projects
- ensuring that A.C.E Manuel compliance rules have been met in respect to appropriateness of themes and/or images which indicate or imply violence and/or sexual themes.
Feedback on written exam
Candidates showed strength in these areas:
- understanding the purpose of a fuel filter (Q11)
- recognising that the engine position/weight is a factor in assisting the FWD over RWD to maintain traction (Q12)
- understanding the wheel cylinder applies the brake shoe onto the drum to slow the vehicle (Q13)
- Indicating the difference between a 4 cylinder compared to a 6 cylinder in terms of engine capacity, size, maintenance cost, fuel consumption and torque (Q14)
- providing panel beating methods for minor dent repairs, paint work preparation and applying correct finishing processes (Q15).
Candidates need to improve in these areas:
- understanding the driving capabilities of both FWD and RWD vehicles (Q12)
- linking the components of the braking system (shoes/pads, drum) to the wheel cylinder which produces friction and thus reduces vehicle speed (Q13)
- describing sequential steps to repair and repaint minor damage, including the use of appropriate PPE, workshop tools and material (Q15).
- understanding the function of a transformer (Q11)
- identifying an appropriate use of a variable resistor, supported by an example (Q12)
- recognising series and parallel circuits and applying correct formula (Q14)
- demonstrating correct series and parallel arrangements of circuit components and meters by using appropriate symbols (Q15).
Candidates showed strength in these areas:
- understanding the function of a transformer (Q11)
- identifying an appropriate use of a variable resistor, supported by an example (Q12)
- recognising series and parallel circuits and applying correct formula (Q14)
- demonstrating correct series and parallel arrangements of circuit components and meters by using appropriate symbols (Q15).
Candidates need to improve in these areas:
- identifying reliability, flexibility and durability as good qualities of multi-strand wires (Q13)
- using the correct formula to calculate resistance in parallel circuits (Q14)
- indicating correct placements of ammeter and voltmeter for the required measurements (Q15).
Candidates showed strength in these areas:
- producing true shape and size (Q13)
- recognising the projection to the vanishing points (Q14)
- understanding a development application (Q15).
Candidates need to improve in these areas:
- demonstrating the purpose of a colour palette (Q11)
- demonstrating the difference between oblique and isometric drawings, particularly drawing circles and curves (Q12)
- understanding the importance of finding and applying the measuring points (Q14)
- providing examples that show a detailed understanding (Q15).
Candidates showed strength in these areas:
- recognising that the purpose of a centre punch is to locate a drilling point (Q11)
- understanding that lubricant is important when cutting screw threads (Q13)
- identifying that a 3 jaw chuck is suitable for round stock and a 4 jaw chuck is more suited to square stock (Q14).
Candidates need to improve in these areas:
- outlining the use of suitable tools, such as centre square or jenny calipers, to find the centre on the end face of round stock (Q12)
- recognising the importance of a chamfer and keeping the die square when cutting a thread (Q13)
- recognising that an application of a 4 jaw chuck could include off-centre turning (Q14)
- including the importance of adding coke and limestone when producing steel from iron ore (Q15).
Candidates showed strength in these areas:
- understanding the purpose of a hyperlink (Q11)
- understanding a variety of differences between bitmapped and vector (Q12)
- describing a digital method of converting analogue (Q13)
- demonstrating knowledge of elements such as time stamping, adjusting channels and synchronising in software and positioning of a microphone (Q14)
- demonstrating understanding of copyright rules and issues for both the consumer and creator (Q15).
Candidates need to improve in these areas:
- relating a bitmapped file to its associated points and vector files to points being explained in the response
- using correct subject specific terminology (Q12 and Q13)
- providing detailed description of the conversion process
- providing a clear relationship between both the creator and consumer in relation to intellectual property (Q15).
Candidates showed strength in the following areas:
- setting out a process for widening joints (Q12)
- describing the process for restoring the edge to a damaged chisel (Q14).
Candidates need to improve in these areas:
- identifying the correct name of timber ‘datum’ symbols (Q11)
- comparing the properties of oil and water-based timber finishes (Q13)
- recognising the relative density of manufactured boards compared to the relative density of solid timber (Q15).
Candidates showed strength in the following areas:
- identifying hazards and safety requirements specific to the focus area industry (part a)
- giving an industry specific example of a risk control (part a)
- providing an industry specific example of a risk control (part a)
- recognising historical developments within the focus area (part b)
- responding with examples from within the particular focus area (part b).
- providing a detailed historical perspective of developments within the focus area (part b).
- identifying historical developments within the focus area (part b).
Candidates need to improve in these areas:
- outlining the main features of the severity of risk in relation to the identified example (part a)
- demonstrating a more definite link to the effects the historical developments have had on industry (part b)
- providing detail in the extended response (part a)
- linking the historical developments to effects on the industry, rather than the effects on the product itself (part b).
- identifying historical developments that affect industry (part b).
HSC exam resources
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Industrial Technology syllabus
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