Guess the Artefact #3

This week’s Guess the Artefact challenge centres around an artefact used by generations of school children. There are some adults who may even have used these themselves when they were at school. It is interesting to see if modern students can recognise this object and work out how it was used. The picture below comes from the Victorian Collections website, managed by Museums Australia (Victoria). This website is a great source of images and texts from bygone days.

This object is rectangular and made of a relatively thin piece of black stone,measuring 25 x 17.5 cm, surrounded by 4 pieces of wood, which are a couple of centimetres wide. The corners of the wooden pieces have been rounded. There are several sets of faint parallel lines from left to right across the front of the stone, each pair of lines separated by a small gap. The back is plain, without parallel lines. The surface of the stone is slightly scratched. The letters “O.F” have been written and slightly incised into the topmost strip of wood. There is a small hole in between these two letters.

The dark stone is a fine-grained argillaceous (clayey) rock, called slate, which breaks naturally into thin slabs. In Australia, this rock was mined in South Australia, NSW and Tasmania in the 19th century.  The dark surface of the stone reminds one of an object which was common in classrooms until fairly recently. Can you guess which one? They have been mostly replaced by whiteboards in modern classrooms. Yes, it does look similar to a blackboard, but much smaller.

The spacing of the lines is also important and might look familiar. Can you think of a familiar object, also used in classrooms, that has similar lines? Especially the ones used by younger students have similar lines. Yes, pre-ruled exercise books, with spacing for upper and lower case letters have very similar lines.

So it seems that we have a small blackboard-type object marked with lines for learning to write letters. In fact, that is exactly what this is! These objects were called “slates” (I’m sure you can work out why) and were used in place of exercise books by students in schools from the time that Australia was first settled by Europeans, throughout the colonial period in the 19th century and even into the 20th century. Some schools in Queensland continued to use them into the 1960s, but in most places exercise books were used from the 1920s or 1930s.

Children with slates in classroom, Queensland, 1940.

The slates marked with parallel lines were used by younger students learning to write and form their letters correctly, but they were also used for all lessons in many classes. In fact, younger children often struggled to manage the correct use of a slate pencil. The reverse side (with no lines) was used for writing Maths sums and drawing. Until the 1930s, when the bulk manufacture of paper from pulp made from eucalypt trees made paper more readily available, paper was relatively expensive. Thus, where books were provided to students, they were only given to older students, whom, it was hoped, would make less mistakes and would therefore waste less paper. Students used a pencil made from a softer kind of slate, which made white marks on the dark slate, or chalk, to write on the slate. The slate pencil was tied onto the slate using string or ribbon, tied through the hole in the top of the frame. A damp sponge was used to erase the work. Sometimes ‘books’ of 2 or 3 slates were tied together, but usually students would have to write down their lesson, have it checked by the teacher, memorise it and then erase what they had written. This would have meant that they had no notes and had to rely entirely on what they could remember when they wrote their exams!

In practise, sponges would get lost or dirty and students would spit on the slate and rub it out with their sleeves. The wear and tear on clothes led to complaints from parents. Students would also suck on the pencils, as they worked better when damp. Concerns were made about hygiene when using slates. In 1909, a School Medical Officer in the UK managed to culture the bacteria that causes diphtheria off the slate pencils in one particular class, and there were calls for the use of school slates to be discontinued. However, it was also noted that slates were easier to disinfect than paper.

Slates were also used in homes – for writing shopping lists and the like. Archaeological excavations of houses and schools from the 19th century have shown that slate pencils and writing slates were common. However, slate was also used for roofing tiles, which does confuse the evidence sometimes. Writing slates could be used over and over, unlike paper, which could only be written on once. This made slates significantly cheaper than paper for a long time.

Can you make a list of the Pros and Cons of using slates in classrooms? What would be different if you used slates today? How do you think using slates influenced the way lessons were taught in schools? Think about what could be taught and what could not…

History and Geography for Primary program

AustraliaOpenSTEM’s History and Geography for Primary program provides an integrated curriculum implementation, which aims to provide holistic learning for students in both Key Learning Areas. By integrating History and Geography, not only is the level of engagement higher, as students are able to gain a more rounded understanding of processes in places through time, but the time needed for teaching is optimised.

With complete lesson plans!

Australian Curriculum

The program is tailored exactly to the requirements of the Australian Curriculum so that all curriculum strands in both curricula are addressed efficiently. The focus is on providing a broad overview of global events and then focussing in on specific issues. A particular focal point, as determined by the Australian Curriculum, is Australian History, with Aboriginal History, sustainability and the environment as important foci as well.

Our Approach

femme-women-800pxStudent engagement is the primary aim of this curriculum implementation and a range of activities ensure that learning takes place in a very hands-on and multimodal way.

Scientific research has identified that children are more engaged, with better retention of information, when a range of input stimuli are provided. In particular, visual and kinaesthetic methods of input have the broadest range of uptake of information in pre-puberty age groups. OpenSTEM’s blend of activities and resources addresses these methods directly.

CoD-fsfe-Passport-icon-300pxThe material is designed so as to provide for flexibility in use. Teachers can choose to utilise the individual resources within their own teaching framework, or they can choose to use the detailed weekly lesson plans as laid out in the Teacher Handbook. A Student Workbook is also provided, with a continual assessment option, to complete the package.

OpenSTEM uses particular techniques (such as coloured words within the text) which address a range of learning styles and have been shown to increase focus for students with concentration challenges.

Availability

download-logo-300pxThe term 1 teacher units and supporting resources are now available, and already in use by some schools. Additional units and resources are made available progressively during this first year of this program, and updated thereafter.

You may purchase individual teacher units and resource PDFs, or subscribe (from an individual teacher or family to an entire school) and get the teacher units at half price and the resource PDFs for free!

You can also download some sample PDFs (at no cost, no login/details required) so that you are able to see and assess the quality of our materials. 

If you need more information and for any questions you may have, please contact us.

Cross-curricular options

testtubes1386617449-800pxOpenSTEM’s History and Geography program provides a range of cross-curricular options. In particular Science extensions are provided to address the Science curriculum. Some aspects of the Mathematics curriculum also follow naturally from this material.

These cross-curricular components help students apply newly learnt concepts and skills in a broader context.

Multi-Year-Level

OpenSTEM materials are designed to be adapted for use in multi-year level classrooms. Suggested implementations for multi-year level classes are provided in the Teacher Handbook for each unit.

In some cases the same resources and topics are used by different year levels and it is the depth of understanding and analysis required which is all that changes between the year levels. The Student Workbook for each unit reflects the differing requirements for different year levels. Using this structure, the teacher is not trying to teach different material simultaneously in order to meet the requirements of the National Curriculum.

Homeschoolers

familyHomeschooling parents also have great flexibility in their use of this material. The program is designed to be easily adaptable for the homeschooling situation. Parents can choose to use the resources within their own program, or allow the student to explore the material as their interest leads them. Alternatively, the parent can use the Teacher Handbook and Student Workbook to provide a series of lessons, knowing they will thus match all the curriculum requirements.

Non-linear learners can approach the student workbook in a non-linear fashion, referring to the matching resources as required in order to engage with the material. Using this material, the parent can tailor the learning to match the speed, abilities and particular challenges of each student.

The potential for extension and acceleration will suit students with those particular needs, whilst the shift between broad and narrow focus in the resources will provide consolidation for those students who need more time to work through learning material.