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Royal Society of New Zealand technology and hangarau teacher support material
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Classroom practice in technology and hangarau
RSNZ technology material

Year 6 students, Carncot school, Palmerston North Pedal Power Rack


This material has been produced by the Royal Society of New Zealand (RSNZ) under contract to the Ministry of Education. It has been written to assist teachers and schools in their delivery of the technology/ hangarau curriculum statements. The project is jointly coordinated by personnel from the Technology Education New Zealand (TENZ) and National Association of Māori Mathematicians, Scientists and Technologists (NAMMSAT) networks. Monitoring and evaluation of the material is carried out by a national project advisory group.

Background – Carncot School

Carncot is a small school with a well-established reputation for excellence and innovation. The school has had many homes in the city of Palmerston North since its establishment in 1881 but has been settled on its present site since 1955. It became a single-sex girls school in 1982, now catering for year 1 to 8 students with a current roll of around 170.

Principal Lyn Gregg talks enthusiastically about the school's broad-based, inclusive curriculum and a philosophy which promotes student interaction with knowledgeable, enthusiastic teachers and community personnel.

Lyn was initially attracted to the Neighbourhood Engineer project because she could sense that, "here was something which was real, purposeful, and offered our students a different sort of experience". She saw that it was an initiative that would allow students not only to use apply and integrate their knowledge and skills but also had the potential to

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stretch them in a different direction.

I thought it was a very authentic opportunity for the school and the work community to come together - and that it had the potential for being meaningful and satisfying for both sides. We hear quite a lot about how schools and the work community should get together and pool their skills but its not a simple process. This offered a relatively straightforward clear cut way in which both sides could work with each other and I think the project had a lot of merit because it was manageable.

When she approached her staff the challenge was enthusiastically picked up by teacher Diane Lewis. Once the school had formally registered its interest, IPENZ nominated Catherine Stapp as the consultant engineer. Catherine is a planning engineer (drainage and water) with the Palmerston North City Council.

Dianne and Catherine were able to meet together before the end of the school year and discuss the expectations of the project and brainstorm some possibilities. These possibilities were put to the 24 students in Diane's year 6 class at the start of the new year. The girls were all agreed that their existing bike stands were. " obsolete, old, rusty, ugly, poorly located and not in keeping with our new school".

The "Pedal Power Rack" project had begun - to develop and suitably locate new bike stands for the school.

The planning process

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Aims

  • Design new bike stands for our school.
  • Understand the various steps in the "'technology cycle" and implement them.
  • Identify and discuss ideas about modification and adaptations in familiar technologies.
  • Gather, collate, and explore solutions and strategies.
  • Identify and consider different views and feelings in relation to the bike stand development, including the decision regarding its location.

Learning outcomes

Students will have a good understanding of the technology cycle.

Students will have gained and used a number of skills that will have taken them through a series of processes in order to reach a desirable outcome.

Self satisfaction from having thoroughly and competently produced an object to meet a particular need.

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Teaching / Learning experiences

  • Introduction. Discus the technology cycle - Identify need, Investigate, Plan, Create, Test, Modify, Utilise. How important each stage is if we are going to be successful in achieving our goal.
  • Visit the present bike stands. In groups of 6 use "The 6 Thinking Hats" to analyse them, then determine if there is a need for redevelopment. The desired outcome will be that they recognise that the existing stand:
    • does not fit in with our new school image;
    • is rusty, dull, ugly;
    • is wobbly, squeaky;
    • is inflexible, sharp, marks bike paint-work;
    • is poorly located;
    • is too close / tight together.
  • Introduction to our Neighbourhood Engineer who will tell us about:
    • becoming an engineer
    • purposes of an engineer
    • various types of engineering
    • design processes
    • women in engineering
    • her planned input into our project
  • Investigate. Class discussion - What can we do to find out what would be a better bike stand for our school?
    • Interview current bikers needs/dislikes.
    • Observe people using stands (schools / public places / parks /private use).
    • Photos / sketches.
    • Seek expert advice.
    • Library - research.
    • Internet - gather ideas on existing stands.
    • Identify areas suitable for re-locating.
    • In groups sort and sift through ideas and analyse data.
    • Identify desirable components / traits.
  • Planning / Designing. Using all the information gathered, begin planning and developing ideas for a bike stand that fulfils the needs of Carncot School (small groups). Make sure the possible solutions meet the needs of the users and suit the location.
  • Identify 3 or 4 of the most likely solutions. Draw up detailed sketches, identifying materials / components / size / structure. Have prototypes made and put into place to be used and assessed.
  • Dr Janet Hoek (Associate Professor of Marketing, Massey University to talk to the class regarding surveys:
    • purpose of surveys
    • design (dependent on what desiring to achieve)
    • structure of questions
    • administering (interview / complete independently / random sample / census)
    • achieving results
    • analysing information
    • using information
    • Create a survey that will analyse the effectiveness of the prototypes and give the desired information. Have bike riders complete the survey.
  • Analyse the information. Select which prototype will be modified to become the "Pedal Power rack" for Carncot School. Consult with engineers and decide upon fine detail such as - ease of use, material size, fitting and anchoring, and colour. Draw up final sketches.
  • Take sketches to the Carncot School Board of Trustees. Convince and sell the idea to them that this is a "must have" for the school. Present budget.
  • Have "Pedal Power Rack" made and put into use.

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