Systems Engineering folios

Museums Victoria / Education / Teacher resources / Top Designs / Top Designs 2023 / Systems Engineering folios

Assessment Criteria

Criterion 1

Investigation of a problem/situation/opportunity/need and develop a design brief for an integrated controlled system including evaluation criteria

This folio page outlines Viran Dhanapala’s design brief for his Systems Engineering project, the ‘Low-cost COVID-19 Ventilator’. Viran’s brief considers context/background, problem/situation, opportunity/need, project overview and project outcome. This folio page outlines Viran Dhanapala’s design brief for his Systems Engineering project, the ‘Low-cost COVID-19 Ventilator’. Viran’s brief considers context/background, problem/situation, opportunity/need, project overview and project outcome. This folio page provides the evaluation criteria for Luke Bouwmeester’s Systems Engineering project ‘Solar Tracking Parabolic Mirror’.

Criterion 2

Researching, devising, designing and modelling design options

This folio page details annotated drawings that Luke Tan has used in researching, devising, designing and modelling design options for his Systems Engineering work ‘Self-balancing Motorbike’. This folio page details a mind map that Luke Tan has used in researching, devising, designing and modelling design options for his Systems Engineering work ‘Self-balancing Motorbike’.

Criterion 3

Planning the creation of the system

This folio page depicts Luke Bouwmeester’s gantt chart for building and testing his ‘Solar Tracking Parabolic Mirror’ system. This folio page details Siddharth Shrivastava’s risk assessment for his ‘Autonomous Litter Collecting Robot’ system.

Criterion 4

Use of tools, equipment and machines to make the system

This folio page documents Luke Bouwmeester’s use of tools, equipment and machines to create his ‘Solar Tracking Parabolic Mirror’ system. This folio page documents Luke Bouwmeester’s use of tools, equipment and machines to create his ‘Solar Tracking Parabolic Mirror’ system.

Criterion 5

Realisation of an integrated controlled system

This image details Siddharth Shrivastava’s realised integrated controlled system ‘Autonomous Litter Collecting Robot’. This image details Siddharth Shrivastava’s realised integrated controlled system ‘Autonomous Litter Collecting Robot’. This image details David Naguib’s realised integrated controlled system ‘The Fabricator 3D’.

Criterion 6

Use of diagnostic test procedures and interpreting test data

This folio page outlines Luke Tan’s diagnostic testing for his integrated controlled system, the ‘Self-balancing Motobike’. This folio page outlines Luke Tan’s diagnostic testing for his integrated controlled system, the ‘Self-balancing Motobike’.

Criterion 7

Project management to realise the preferred option

This folio page details David Naguib’s evolutions of his system ‘Fabricator 3D Printer’. This folio page demonstrates Terry Prendergast’s project management of his integrated controlled system ‘LEGO Sorter’. This folio page demonstrates Siddharth Shrivastava’s project management of his integrated controlled system ‘Autonomous Litter Collecting Robot’.

Criterion 8

Evaluating the use of the systems engineering process, including finished, integrated controlled system

This folio page evaluates the success of Luke Bouwmeester’s integrated controlled system ‘Solar Tracking Parabolic Mirror’. This folio page evaluates the success of David Naguib’s integrated controlled system, the ‘Fabricator 3D Printer’. This folio page evaluates the success of Siddharth Shrivastava’s integrated controlled system, the ‘Autonomous Litter Collecting Robot’. This folio page evaluates the success of Siddharth Shrivastava’s integrated controlled system, the ‘Autonomous Litter Collecting Robot’.

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