Helping Migrants to Australia

The end of the school year is fast approaching with the third term either over or about to end and the start of the fourth term looming ahead. There never seems to be enough time in the last term with making sure students have met all their learning outcomes for the year and with final reports to be prepared. The OpenSTEM® Understanding Our World® program takes the stress out of the fourth term as far as possible, ensuring that all curriculum items are covered well before the end of term and students are kept occupied with consolidation tasks so that teachers can prepare reports.

In units for Years 5 (Shaping Society, Working Together) and 6 (We Are One, But We Are Many), students have an assignment on a topic from Australian history and several of the suggested topics cover migrants to Australia, especially those from Asian countries. There is also a discussion about why people might become refugees, through factors such as war and natural disasters,  or choose to migrate for a range of other reasons. Students in most year levels are examining cultural diversity and the make-up of Australian society.

In the news this week there is a story that has some relevance to these topics. Migrants and refugees from Asia make up a small but significant part of the numbers of people who come to Australia and find a home here, just as they have done since early colonial times. Many migrant and refugee women have experienced trauma and/or have come from countries where women’s place in society is very different than in our own. Some of these, just as in the rest of society, are single mothers or women at risk. However, they often face extra hurdles resulting from their history in their country of origin. For example, many women from Asian  and African countries can not drive, either because they have not had the opportunity to learn, or it may even have been culturally inappropriate. The lack of a driver’s licence severely impacts their ability to get a job and transport themselves and their children to activities, including school and sports.

Access Community Services in Logan, south of Brisbane, has a Women at the Wheel program to help women prepare for a driving test. Currently there are women from Afghanistan, Burma and Somalia in the program and there is a very long waiting list for places. The program tries to match women with instructors who speak their native language to help them to understand the nuances of Australian road rules clearly. The women are delighted with the program, reporting that they find it very empowering and citing that having a driver’s licence will help them to find employment and transport themselves and their children as needed, making them independent and contributing members of the community.

In a way, these women finding a role for themselves in the community through learning to drive cars is almost reminiscent of the Afghan cameleers of the 19th century (shown above), who came to Australia to lead camel caravans, assisting explorers and taking the goods produced by farmers in isolated areas to market. Some of these people, from many places across the Asian subcontinent, chose to stay in Australia and adapted with the changing society, finding new roles for themselves and contributing to society in a range of ways, not least culturally and by enhancing the range of food and restaurant options available. The strength of Australia lies in the way that we pull together when times are tough and people need help. Aussies have always had a reputation for helping those in need and it is great to see this spirit continue today as people work together to build a better society.

Be Gonski Ready!

Teacher with classGonski is in the news again with the release of the Gonski 2.0 report. This is most likely to impact on schools and teachers in a range of ways from funding to curriculum. Here at OpenSTEM we can help you to be ahead of the game by using our materials, which are already Gonski-ready!

TestThe latest review of “Educational Excellence in Australian Schools” (known colloquially as “Gonski 2.0”) by a panel chaired by Mr David Gonski AC is now available and once again the media has jumped onto the decline of Australian student outcomes and the description of the educational system as “industrial” and out-of-date. The report also mentions “multiple calls on the time of teachers” and “assessment regimes… focused on periodic judgements of performance, rather than continuous diagnosis of a student’s learning needs and progress” (Gonski et al. 2018:ix). The report highlights three core priority areas with five specific recommendations. The first of these recommendations is:

  • “Embed a focus on individual student achievement through continuous learning progress…”

This emphasis on tracking “continuous learning progress” is repeated in recommendation #4:

  • “Introduce new reporting arrangements with a focus on both learning attainment and learning gain…”

(in order to track learning gain, we need to provide continuous assessment). This change has been highlighted in the media – suggesting a move away from periodic exams to a system of continuous assessment.

Here at OpenSTEM, we have long known that continuous assessment is a better route, especially in the primary years. Continuous assessment allows teachers to track their students’ progress and understanding and identify areas of concern quickly and effectively. Continuous assessment means that students are working more effectively towards their learning outcomes, teachers are aware of each student’s progress towards those outcomes and thus time is more efficiently used by all parties. Teachers can provide the timely feedback advocated in the Gonski recommendation #10. Teachers are also spared the giant load of marking a whole class’ worth of assessment pieces in a few days at the end of term, in time for reporting. A few minutes each week spent checking each student’s work means that by the end of term both teacher and student are aware of how the student is tracking and their grade for that term.

The OpenSTEM® Understanding Our World® program for HASS + Science has always provided for continuous assessment for all curriculum items for years Foundation/Kindy/Prep to Year 6 for all HASS and Science subjects. By using this program for these subjects, teachers and students will reap the benefits of continuous assessment. This program also directly addresses recommendation #7:

  • class“Strengthen the development of the general capabilities, and raise their status within curriculum delivery, by using learning progressions to support clear and structured approaches to their teaching, assessment, reporting and integration with learning areas”

These issues are at the heart of the Understanding Our World® program: all of our units contain all of the general capability skills for each curriculum area; progression is maintained through a series of linked units that build upon earlier work; and integration is fundamental. Our Teacher Handbooks and Assessment Guides provide clear and structured information to teachers to guide them through teaching, assessment, reporting, and, of course, integration.

So be Gonski-ready! Use the OpenSTEM® Understanding Our World® program for HASS + Science now and be future-proof in your classroom and school!

NAPLAN and vocabulary

Test

It is the time of year when the thoughts of teachers of students in years 3, 5, 7 and 9 turn (not so) lightly to NAPLAN. I’m sure many of you are aware of the controversial review of NAPLAN by Les Perelman, a retired professor from MIT in the United States. Perelman conducted a similar review in 2005 in the US, which was influential in leading to a change in the American Scholastic Aptitude Tests (SATs). At the time, Perelman published a guide on how to “ace the essay writing test” and he has produced a similar PDF text for Australia’s NAPLAN writing test. Perelman criticises the fact that NAPLAN essays are marked according to which words in a vocabulary list are included in the essay, with those words on the list rated as “Challenging” being awarded the highest marks. Perelman states that students who use these particular words, regardless of whether or not they demonstrate that they understand the meaning of the words, will score higher, and that students can thus be trained to use these words in their essays. However, Perelman also warns that if students are unsure of the spelling, then they should not use a word because of the emphasis placed on correct spelling in the marking of NAPLAN essays.

ReadingPerelman had been asked to review the planned robot-marking of NAPLAN essays in October 2017, and his criticism was so harsh that the plan was scrapped. ACARA seems to be taking Perelman’s concerns seriously. ACARA have stated that they believe that teachers focus on building and expanding the vocabulary of students and students should be able to use this vocabulary in “meaningful, constructive ways”. It seems certain that ACARA will re-evaluate the marking of NAPLAN essays in the face of these criticisms.

So how can teachers best help students to improve their vocabulary? Well, one way may be to study Perelman’s list, but surely there are better ways, more closely aligned to our goals of enhancing students’ understanding of words as well. It is well known (and scientifically proven) that reading improves children’s vocabulary, especially if they are reading texts which use decent vocabulary. The OpenSTEM® Understanding Our World® program, which covers the HASS + Science curriculum for the years: Foundation/Prep/Kindy to Year 6 prides itself on the vocabulary used in its resources, which cover a huge range of curriculum-aligned subjects. We maintain a reasonably high standard of vocabulary aimed at stretching students to improve their knowledge of more complex words. We encourage the concomitant use of a dictionary to ensure that students learn the meanings of these words.

Teachers have already reported to us that they find these resources a useful addition to students’ preparations for NAPLAN. This is a wonderfully efficient use of time – while engaged in HASS or Science learning, students are actually also preparing for NAPLAN’s literacy tests, practising vital curriculum-aligned core skills that will improve their performance in NAPLAN, as well as increasing their overall educational outcomes. It really is the best of all worlds! These resources (over 200 on topics as vast as geography, indigenous peoples, explorers, Australian history, electricity, the seasons, celebrations, sport etc, etc, and including many activities) are available for free download to subscribers, or can be purchased individually, or as part of the Understanding Our World® units.

So let’s help our students to become the best they can possibly be, whilst efficiently covering the curriculum, and most importantly helping them to prepare to face the world armed with the knowledge and skills they will need in their future lives!

New Dates for Earliest Archaeological Site in Aus!

Thylacine or Tasmanian Tiger.

This morning news was released of a date of 65,000 years for archaeological material at the site of Madjedbebe rock shelter in the Jabiluka mineral lease area, surrounded by Kakadu National Park. The site is on the land of the Mirarr people, who have partnered with archaeologists from the University of Queensland for this investigation. It has also produced evidence of the earliest use of ground-stone tool technology, the oldest seed-grinding tools in Australia and stone points, which may have been used as spears. Most fascinating of all, there is the jawbone of a Tasmanian Tiger or Thylacine (which was found across continental Australia during the Ice Age) coated in a red pigment, thought to be the reddish rock, ochre. There is much evidence of use of ochre at the site, with chucks and ground ochre found throughout the site. Ochre is often used for rock art and the area has much beautiful rock art, so we can deduce that these rock art traditions are as old as the occupation of people in Australia, i.e. at least 65,000 years old! The decoration of the jawbone hints at a complex realm of abstract thought, and possibly belief, amongst our distant ancestors – the direct forebears of modern Aboriginal people.

Kakadu view, NT Tourism.

Placing the finds from Madjebebe rock shelter within the larger context, the dating, undertaken by Professor Zenobia Jacobs from the University of Wollongong, shows that people were living at the site during the Ice Age, a time when many, now-extinct, giant animals roamed Australia; and the tiny Homo floresiensis was living in Indonesia. These finds show that the ancestors of Aboriginal people came to Australia with much of the toolkit of their rich, complex lives already in place. This technology, extremely advanced for the time, allowed them to populate the entire continent of Australia, first managing to survive in the hash Ice Age environment and then also managing to adapt to the enormous changes in sea level, climate and vegetation at the end of the Ice Age.

The team of archaeologists working at Madjebebe rock shelter, in conjunction with Mirarr traditional owners, are finding all sorts of wonderful archaeological material, from which they can deduce much rich, detailed information about the lives of the earliest people in Australia. We look forward to hearing more from them in the future. Students who are interested, especially those in Years 4, 5 and 6, can read more about these sites and the animals and lives of people in Ice Age Australia in our resources People Reach Australia, Early Australian Sites, Ice Age Animals and the Last Ice Age, which are covered in Units 4.1, 5.1 and 6.1.

Mildred Dresselhaus, the Queen of Carbon | NY Times

“Dr. Dresselhaus, who helped transform carbon into the superstar of modern materials science, was renowned for her efforts to promote the cause of women in science.”

Millie Dresselhaus (nee Spiewak) high school yearbook 1948
1948 A tribute at Hunter High School.

“Mildred (Millie) Dresselhaus, a professor emerita at the Massachusetts Institute of Technology whose research into the fundamental properties of carbon helped transform it into the superstar of modern materials science and the nanotechnology industry, died on Monday in Cambridge, Mass. She was 86.”

Read more.