Sunday, September 30, 2018

Primary School Leaving Examination | Infopedia

Primary School Leaving Examination | Infopedia

Primary School Leaving Examination

The Primary School Leaving Examination (PSLE) is a national examination held annually for pupils at the end of their primary school education. Introduced in 1960, the PSLE has undergone many modifications over the years. In the 1960s and '70s, changes to the PSLE system were mainly concerned with providing alternative educational pathways to pupils who failed the examination. In the '80s and '90s, the focus shifted towards fine-tuning the PSLE grading system so that pupils would enter the most appropriate secondary-level academic stream. From the 2000s onwards, the PSLE framework was further tweaked to de-emphasise competition and encourage the holistic development of children. In August 2005, an overseas version of the PSLE was launched. Known as the Singapore International Primary School Examination (iPSLE), it was developed for pupils of overseas primary schools that followed a curriculum similar to that in Singapore.

Historical background
Following the expansion of English-stream primary education after World War II, the Common Standard VI Entrance Examination was introduced in 1952 to provide an equitable system for the selection and placement of pupils in secondary schools. This examination, later renamed the Secondary School Entrance Examination, was used by the English-stream schools up to 1959.1

The Chinese-stream primary schools, on the other hand, had introduced an annual common examination for their final-year pupils in 1935. This examination, however, was discontinued in 1951. In preparation for the establishment of the first Malay-stream secondary classes, a common secondary school entrance examination was introduced for final-year pupils of Malay-stream primary schools in 1959. For Tamil-stream primary schools, pupils in their final year sat for the Federation of Malaya Standard VII (Tamil) examination as there was no separate examination offered in Singapore due to the small number of pupils in this stream.2

Introduction of PSLE
On 30 March 1960, then Minister for Education Yong Nyuk Lin announced the introduction of the PSLE as the new secondary school entrance examination for all four language streams – English, Malay, Chinese and Tamil.3 As the first national examination in Singapore, the PSLE unified the school-leaving examinations of the different language streams in all government and aided primary schools. Henceforth, a common certification and an equal opportunity to pursue secondary education were accorded to pupils in all four language streams.4

When the PSLE was launched, it was managed by a coordinating committee comprising officials from the Ministry of Education (MOE), as well as principals and teachers in the four language streams. Each language medium was also overseen by a consultative committee. The examination subjects were determined by the MOE, with the coordinating committee and the respective consultative committee providing advice on the scope and weightage of each subject. The PSLE subjects initially comprised the first and second languages, mathematics, science, history and geography, with all examination questions set by the MOE. Marking and scoring were performed by appointed school teachers using common standards.5

The first PSLE was held from 2 to 4 November 1960.6 Of the 30,615 candidates who sat for the inaugural examination, 13,736 passed and were placed in secondary schools. The 16,879 candidates who failed were divided into four groups based on their age and performance. The first group consisted of 3,042 students who were considered borderline cases. These students were put together in special secondary one classes that entailed two years of intensive study before they took the same secondary two examination as students who had passed the PSLE. Those who passed the secondary two examination were promoted to regular secondary three classes, while the rest were "superannuated" – that is, expelled from the education system. The 8,043 students who formed the second tier had to repeat the primary six level. These students were mostly under the age of 13 and therefore allowed to repeat primary six and retake the PSLE in 1961. The third group, which comprised 5,388 pupils, were deemed too old to remain in primary school and therefore placed in "post-primary classes" for two years of vocational education. The final group of 406 pupils had to leave school as they were above 16 years old and had failed badly in the PSLE.7

Key developments
1960s to 1970s
Starting in 1961, pupils who studied in private schools were allowed to sit for the PSLE.8

In 1963, the MOE changed the PSLE scoring system from one where all subjects carried equal weightage to one that assigned double weightage to the first language. Then in 1973, the second language was also given double weightage to emphasise the importance of bilingualism.9 Prior to 1983, students could opt to take a mother tongue as the first language and English as the second language, and vice versa.10

Beginning in 1963, pupils above the age of 13 who sat for the PSLE and failed were automatically placed in vocational secondary schools to undergo a two-year course.11 The vocational schools were discontinued six years later and overaged pupils who failed the PSLE were superannuated. These pupils, however, could enrol in special classes organised by the Adult Education Board (AEB),12 which offered language courses and basic skills training to help these youths find jobs or pursue further vocational training.13 Starting in 1977, pupils who failed the PSLE three times were provided with six months of education through the AEB's Basic Course to help ensure that they were sufficiently literate and numerate for further training and employment. Upon completion of the course, the pupils were given three years of on-the-job training and employment in industries under the Junior Trainee Scheme. They were also offered further education at AEB centres.14

As part of MOE's efforts to improve the primary school curriculum, history and geography were dropped as examinable subjects in the PSLE in 1972 to discourage students from learning by memorising.15

In 1978, the MOE reduced the proportion of multiple-choice questions (MCQs) in most of the PSLE papers from about 70 percent to around 40 percent. The MCQs were replaced by questions that were more subjective and open-ended in nature to develop students' ability to think and express themselves.16

1980s
In 1978, then Deputy Prime Minister Goh Keng Swee led a team to study the problems in Singapore's education system. The team's recommendations subsequently formed the basis of the New Education System (NES). Under the NES, PSLE results were used to stream pupils into Special, Express or Normal courses in secondary schools from 1980 onwards.17

At the primary school level, the NES was implemented in 1979 with the streaming of pupils at the end of primary three into normal bilingual, extended bilingual or monolingual courses. The normal bilingual course took six years, at the end of which students sat for the PSLE, while the extended bilingual course was eight years. Pupils under the monolingual course, on the other hand, sat for the Primary School Proficiency Examination (PSPE) instead of the PSLE at the end of their eight-year primary education.18 The first batch of normal bilingual course pupils sat for the PSLE in 1982, while the pioneers in the extended bilingual course sat for the PSLE two years later.19 The first PSPE was also held in 1984, and as the monolingual course was developed to prepare less academically inclined pupils for pre-vocational training, the Basic Course that was introduced in the 1970s was discontinued.20

From 1980 onwards, PSLE results were released in the form of grades for each subject instead of the previous "pass" or "fail" format. A four-point grading system was initially adopted: "A" (75 to 100 marks), "B" (60 to 74 marks), "C" (50 to 59 marks) and "D" (the fail grade of below 50 marks).21 The aggregate transformed score (T-score), which indicated each pupil's performance against the cohort, was also included in the result slips.22 In the following year, the grading of PSLE results was revised to a five-point system. The "A*" grade was introduced for marks ranging from 91 to 100, while the grade "A" was assigned to papers that scored 75 to 90 marks. The fail grade was also changed from "D" to "F". The MOE's reason for introducing the "A*" grade was to send a clearer message to parents who thought that their child had fared well relative to their peers by obtaining the "A" grade, and were thus confused when their child was not placed in the school of their choice.23

Before 1981, pupils had to attain a certain aggregate score in the PSLE in order to pursue secondary education. This minimum aggregate score was decided upon each year and hence differed from year to year. The MOE eased the entry requirements in 1981 in a bid to meet Singapore's increasing need for trained manpower by allowing more students to pursue further education. Specifically, pupils were able to enter secondary one by satisfying one of two entry requirements: by attaining a certain aggregate score or by passing the first language and two other subjects in the PSLE.24

Following the implementation of English as the main medium of instruction in 1983, English became taught in schools as the first language and mother tongues as the second language.25 Consequently by 1985, science and mathematics PSLE papers in Chinese, Malay and Tamil had been discontinued.26 Pupils who were in primary four to six in 1984, however, were allowed to sit for the PSLE with mother tongue and English as the first and second languages respectively.27

In 1985, the double weightage for both first and second languages in the PSLE was scrapped. This change came about as studies had shown that streaming of pupils into secondary school courses would be more accurate if both language subjects were given equal weightage as mathematics and science.28

1990s
In 1992, primary school education was revamped based on the proposals of a review committee tasked to improve Singapore's education system. The changes started with that year's primary five cohort. Under the new system, pupils were streamed at the end of primary four into three language streams: EM1, EM2 and EM3 (EM stands for "English and mother tongue"). These streams comprised, respectively, pupils who learnt mother tongue as a first language, as a second language and at an oral proficiency level. The revamped system put an end to the eight-year extended bilingual and monolingual courses as all pupils now sat for the PSLE at the end of primary six. Consequently, a modified PSLE was held for the first time in 1993 where different streams sat for different mother tongue papers and the science paper was not required for EM3 pupils.29 Grading was revised from the previous "A*", "A", "B", "C" and "F" grades to a new system comprising six grades: "A*", "A", "B", "C", "D" and "E".30 The PSLE also became a placement examination to establish the most appropriate secondary school course for each pupil. The goal was to provide youths in Singapore with at least 10 years of general education.31

In 1996, the PSLE for EM3 pupils was further differentiated as this group of pupils was found to have difficulty with the English language and mathematics papers that were common across the three streams. The EM3 pupils sat for foundation English and foundation mathematics instead, and the grading system for all subjects taken by these pupils in the PSLE was changed to "1", "2", "3" and "4".32

2000s to present
In 2003, primary school education was made compulsory in Singapore. Consequently, pupils educated in a madrasah (Islamic school) were also required to take the PSLE starting in 2008.33

In 2004, the EM1 and EM2 streams were merged and schools were given the autonomy to determine which of their students could sit for the higher mother tongue (formerly mother tongue as first language) paper in the PSLE.34 Then in 2008, EM3 was discontinued with the introduction of subject-based banding for that year's primary five cohort. Subject-based banding allows pupils to study a combination of standard or foundation subjects, with the foundation subjects being simpler versions of the corresponding standard subjects. The combination choice depends on the aptitude of each pupil, who then takes the same subject combination in the PSLE.35

Following the introduction of the Direct School Admission (DSA) scheme in 2004, a number of primary school pupils have been able to secure places in secondary schools before sitting for the PSLE. Admissions under the DSA scheme are based on pupils' academic performance as well as extra-curricular talents and achievements.36

In 2009, the use of calculators was permitted for the first time in the PSLE for the mathematics and foundation mathematics papers.37

A series of changes were made to the PSLE formats for mother-tongue languages starting in 2005 when infrequently used Chinese characters were excluded from the examination.38 The following year, the weightage assigned to the oral and listening component for all mother-tongue papers was increased. PSLE candidates were also allowed to use print dictionaries for the first time when they sat for the mother-tongue composition exams. From 2007 onwards, pupils who sat for Chinese-language papers could use electronic dictionaries for writing essays.39 In 2010, an oral examination for Tamil was introduced.40

The teaching of second languages was revamped in 2012 to encourage children in Singapore to connect with their cultural heritage and communicate using their mother tongue. The revisions – including greater emphasis on interaction skills and oral literacy, as well as greater use of information technology – were implemented starting from that year's primary one cohort. Mother tongue papers in the PSLE will be revised in 2017 to incorporate these changes.41

In 2013, changes were made to the way English was taught at the upper primary level in order to strengthen pupils' confidence and creativity in their communication and writing skills. Consequently, the format of the PSLE English-language paper was revised in 2015 to reflect these changes.42

The MOE stopped the tradition of naming the top PSLE scorers in 2012 in order to place greater emphasis on the holistic development of children.43 In the following year, to further de-emphasise competition, the MOE also began to exclude the highest and lowest aggregate scores of pupils in the cohort in the result slips.44 In 2021, the T-score introduced in the 1980s will be scrapped and replaced by a new scoring system that comprises wider scoring bands similar to the grading system for the Singapore-Cambridge General Certificate of Education Ordinary and Advanced level examinations. The new grading system will not be based on each pupil's performance relative to their peers, so as to reduce competition and stress among children and to encourage them to focus on their own learning instead.45 The highest score for a subject will be Achievement Level (AL) 1, which is similar to the current "A*", achieved with 90 marks and above. The following grading bands ALs 2, 3 and 4 will have a five-point difference, while subsequent grading bands will be wider, with a total of eight grade bands. The sum of all the banding grades provides the final score – there are 29 possible scores, and the best one is 4 points.46

Singapore International Primary School Examination
The iPSLE is the overseas version of the PSLE. Launched in August 2005 by the Singapore Examinations and Assessment Board (SEAB), the iPSLE was developed for pupils of overseas primary schools adopting a similar curriculum to Singapore primary schools.47 The objective of introducing the iPSLE was to provide overseas schools with a way of benchmarking against Singapore's education standards.48

The Nasional High Junior School in Jakarta, Indonesia, was the first designated overseas examination centre for the iPSLE.49 By March 2016, 18 overseas centres had been established in countries such as China, Indonesia, Myanmar, the Philippines and Vietnam. The number of iPSLE candidates rose from 22 in 2005 to 2,246 in 2014.50

Currently, iPSLE candidates are required to sit for three compulsory subjects: English, mathematics and science. Other subjects offered include Chinese, Malay and Tamil, and pupils may sit for one more subject in addition to the three compulsory ones. Both the iPSLE and the PSLE share similar standards and testing requirements. Each iPSLE subject is graded "A*", "A", "B", "C", "D" or "E", with each candidate's overall performance indicated by an aggregate score.51

Timeline
1960: The first PSLE is conducted.
1963: PSLE scoring system is changed from one that gives equal weightage to all subjects to one that gives double weightage to the first language.
1972: History and geography subjects are removed from the PSLE.
1973: PSLE scoring system is changed to give double weightage to both first and second languages.
1980: PSLE results are released in the form of grades for each subject instead of "pass" or "fail".
1980: PSLE results are used to stream pupils into Special, Express or Normal courses in secondary schools.
1982: First batch of normal bilingual course pupils sits for PSLE.
1984: First batch of extended bilingual course pupils sits for PSLE; first batch of monolingual course pupils sits for PSPE.
1985: Science and mathematics papers in Chinese, Malay and Tamil are discontinued in the PSLE.
1985: PSLE scoring system is changed to give equal weightage to all subjects.
1993: Pupils in the EM1, EM2 and EM3 streams take the first modified PSLE.
1996: Pupils in EM3 sit for the foundation English and foundation mathematics PSLE papers for the first time.
2005: iPSLE is launched for pupils studying in overseas primary schools.
2008:
Pupils of madrasahs are required to take the PSLE for the first time.

2009: EM3 stream is dicontinued with the introduction of subject-based banding in PSLE.
2012: The practice of naming top PSLE scorers is discontinued.
2013: The practice of reporting each cohort's highest and lowest aggregate scores in the result slips is discontinued.



Author

Cheryl Sim



References
1. Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, p. 62. (Call no.: RSING 371.26095957 TAN)
2. Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, pp. 62–63. (Call no.: RSING 371.26095957 TAN)
3. Leaving exams in 4 languages. (1960, March 31). The Straits Times, p. 4. Retrieved from NewspaperSG.
4. Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, pp. 75, 83. (Call no.: RSING 371.26095957 TAN)
5. Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, pp. 74–75. (Call no.: RSING 371.26095957 TAN)
6. Primary school exams for 4 streams. (1960, May 20). The Straits Times, p. 4. Retrieved from NewspaperSG.
7. Only 13,736 pass S'pore primary leaving test. (1960, December 22). The Straits Times, p. 11; New names for the secondary classes. (1960, December 28). The Singapore Free Press, p. 5; 'Retired' at 14. (1969, November 17). The Straits Times, p. 10. Retrieved from NewspaperSG.
8. Doraisamy, T. R. (Ed.). (1969). 150 years of education in Singapore. Singapore: TTC Publications Board, Teachers Training College, p. 75. (Call no.: RSING 370.95957 TEA)
9. Tham, K. C. (2007). Many pathways. One mission: Fifty years of Singapore education. Singapore: Ministry of Education, p. 194. (Call no.: RSING 370.95957 MAN)
10. Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, p. 83. (Call no.: RSING 371.26095957 TAN)
11. Doraisamy, T. R. (Ed.). (1969). 150 years of education in Singapore. Singapore: TTC Publications Board, Teachers Training College, p. 68. (Call no.: RSING 370.95957 TEA); The 11-plus in school. (1964, April 10). The Straits Times, p. 10. Retrieved from NewspaperSG.
12. 'Retired' at 14. (1969, November 17). The Straits Times, p. 10; Lee, C. K. (1969, November 16). The superannuation axe. The Straits Times, p. 10. Retrieved from NewspaperSG.
13. Singapore. Parliament. Official reports - Parliamentary debates. (1968, December 12). Annual budget statement (Vol. 28, col. 143). Retrieved June 21, 2016 from Parliament of Singapore website: http://sprs.parl.gov.sg/search/report.jsp?currentPubID=00069197-ZZ
14. The Goh plan for schools. (1979, March 14). The Straits Times, p. 1; 80 centres to take in 4000 trainees. (1976, September 11). New Nation, p. 4; Letters to parents on basic course. (1976, December 20). New Nation, p. 3. Retrieved from NewspaperSG.
15. Why two Primary 6 exam papers were scrapped. (1972, March 2). The Straits Times, p. 2. Retrieved from NewspaperSG.
16. Ooi, T. (1978, April 22). Change in PSLE format. New Nation, p. 1. Retrieved from NewspaperSG.
17. Soon, T. W. (1988). Singapore's new education system: Education reform for national development. Singapore: Institute of Southeast Asian Studies, pp. 15–16. (Call no.: RSING 370.95957 SOO)
18. Soon, T. W. (1988). Singapore's new education system: Education reform for national development. Singapore: Institute of Southeast Asian Studies, pp. 15–16. (Call no.: RSING 370.95957 SOO)
19. Alfred, H. (1982, December 2). PSLE passes move up – to 87.3 pc. The Straits Times, p. 1. Retrieved from NewspaperSG.
20. PSLE pass rate drops 1.5%. (1984, December 2). Singapore Monitor, p. 3; The Goh plan for schools. (1979, March 14). The Straits Times, p. 1. Retrieved from NewspaperSG; Soon, T. W. (1988). Singapore's new education system: Education reform for national development. Singapore: Institute of Southeast Asian Studies, p. 16. (Call no.: RSING 370.95957 SOO)
21. Ho, M. (1980, December 3). Four grades for PSLE results. The Straits Times, p. 8. Retrieved from NewspaperSG.
22. Two grades for PSLE 'A' score. (1981, May 19). The Straits Times, p. 8. Retrieved from NewspaperSG.
23. Tan, J. (1981, June 11). Only 10 per cent will get this A* PSLE grade. The Straits Times, p. 1. Retrieved from NewspaperSG.
24. Sec 1 entry rules eased. (1980, August 16). New Nation, p. 1; Tan, J. (1980, August 17). The chance for more to climb academic ladder. The Straits Times, p. 1; Grading for the PSLE next year. (1979, October 30). The Straits Times, p. 1. Retrieved from NewspaperSG.
25. Alfred, H., & Tan, J. (1983, December 22). It's English for all by 1987. The Straits Times, p. 1. Retrieved from NewspaperSG.
26. Alfred, H. (1983, July 14). English-only exams for maths and science. The Straits Times, p. 8. Retrieved from NewspaperSG.
27. Alfred, H., & Tan, J. (1983, December 22). Pupils who have to switch to English medium. The Straits Times, p. 11. Retrieved from NewspaperSG.
28. Equal marks for all PSLE subjects. (1985, August 1). The Business Times, p. 2. Retrieved from NewspaperSG.
29. Education revamp for all levels from next year. (1991, February 21). The Business Times, p. 2; Tan, Y. K., Chow, H. K., & Goh, C. (2008). Examinations in Singapore: Change and continuity, (1891–2007). Singapore: World Scientific, pp. 124–125. (Call no.: RSING 371.26095957 TAN)
30. Ng, W. J. (1992, July 19). No more 'failures' under new banding system. The Straits Times, p. 14. Retrieved from NewspaperSG.
31. Tan, R. (1993, December 1). 92% of PSLE pupils this year move on to secondary school. The Straits Times, p. 1. Retrieved from NewspaperSG.
32. English, maths curriculum for EM3 students to be modified. (1994, November 1). The Straits Times, p. 1. Retrieved from NewspaperSG.
33. Ho, A. L. (2007, February 14). Madrasahs get ready for PSLE next year. The Straits Times, p. 31. Retrieved from NewspaperSG.
34. Language learning: Schools take a different approach. (2004, November 22). The Straits Times, p. 6. Retrieved from NewspaperSG.
35. Ng, J. (2006, September 29). EM3 stream to be dropped from 2008. The Straits Times, p. 1; The key changes. (2006, September 29). The New Paper, p. 10. Retrieved from NewspaperSG.
36. Lee, U.-W. (2005, May 24). Get to sec 1 before your PSLE. Today, p. 4. Retrieved from NewspaperSG.
37. Liew, H. (2007, April 28). You'll soon see this in schools. The New Paper, p. 6. Retrieved from NewspaperSG.
38. Lee, L. (2004, November 27). Textbook load to be lighter from next year. The Straits Times, p. 5. Retrieved from NewspaperSG.
39. Lee, U.-W. (2005, April 23). MOE revises exam formats. Today, p. 4. Retrieved from NewspaperSG.
40. Ng, J. (2005, November 18). Radical changes to teaching of Malay and Tamil next year. The Straits Times. Retrieved from Factiva via NLB's eResources website: http://eresources.nlb.gov.sg/
41. Chua, L. H. (2011, January 19). Mother tongue teaching revamped. The Straits Times, p. 1. Retrieved from NewspaperSG.
42. Toh, K. (2012, September 4). MOE to revise teaching of English at upper primary. The Straits Times, p. 1; Chew, M., & Chia, S. (2012, September 4). New PSLE English paper 'better, fairer': What pupils can expect from 2015 PSLE for English. The Straits Times, p. 2. Retrieved from NewspaperSG.
43. Chew, M. (2012, November 21). MOE stops naming top students. The Straits Times, p. 1. Retrieved from NewspaperSG.
44. Lee, P. (2013, November 20). PSLE results won't show highest or lowest scores. The Straits Times, pp. 2/3. Retrieved from NewspaperSG.
45. Parliament: PSLE scoring system to be revamped; T-score to be removed from 2021. (2016, April 8). The Straits Times. Retrieved from Factiva via NLB's eResources website: http://eresources.nlb.gov.sg/; Davie, S. (2013, August 19). PSLE T-score to go in a few years' time. The Straits Times, p. 5. Retrieved from NewspaperSG.
46. Davie, S. (2016, July 14). New PSLE scoring system to have 8 grade bands. The Straits Times. Retrieved from Factiva via NLB's eResources website: http://eresources.nlb.gov.sg/
47. Singapore Examinations and Assessment Board. (2004, December 20). Untitled [Press release]. Retrieved from National Archives of Singapore website: http://www.nas.gov.sg/archivesonline/

48. Singapore Examinations and Assessment Board. (2016, February 4). International examinations: iPSLE: General information. Retrieved June 3, 2016 from Singapore Examinations and Assessment Board website: http://www.seab.gov.sg/pages/internationalExaminations/iPSLE/general.asp
49. Singapore Examinations and Assessment Board. (2004, December 20). Untitled [Press release]. Retrieved from National Archives of Singapore website: http://www.nas.gov.sg/archivesonline/
50. Yang, C. (2016, March 7). More pupils abroad sit 'export' version of PSLE. The Straits Times. Retrieved from Factiva via NLB's eResources website: http://eresources.nlb.gov.sg/; Singapore Examinations and Assessment Board. (n.d.). SEAS annual report 2014/2015, p. 12. Retrieved June 30 from SEAB website: http://www.seab.gov.sg/pages/media/Publications/annualReport/annualReport_14_15/page12.html
51. Singapore Examinations and Assessment Board. (2016, February 4). International examinations: iPSLE: General information. Retrieved June 3, 2016 from Singapore Examinations and Assessment Board website: http://www.seab.gov.sg/pages/internationalExaminations/iPSLE/general.asp



Further resources
Ministry of Education. (1986). Education in Singapore. Singapore: Public Relations Unit, Ministry of Education.
(Call no.: RSING 370.95957 EDU)

Tan, J., Gopinathan, S., & Ho, W. K. (Eds.). (1997). Education in Singapore: A book of readings. Singapore: Prentice Hall.
(Call no.: RSING 370.95957 EDU)



The information in this article is valid as at 14 July 2016 and correct as far as we are able to ascertain from our sources. It is not intended to be an exhaustive or complete history of the subject. Please contact the Library for further reading materials on the topic.



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Thursday, September 6, 2018

Gratitude

To feel gratitude to one's parents sounds like a trivial thing, but this is the mark of true maturity and growth as a human being.

People whose hearts are full of gratitude and appreciation are truly beautiful. A humble heart is the wellspring of great growth and development.
None of us can exist in isolation. Our lives and existence are supported by others in seen and unseen ways, be it by parents, mentors or society at large. To be aware of these connections, to feel appreciation for them, and to strive to give something back to society in a spirit of gratitude is the proper way for human beings to live.
Gratitude makes a person modest. A sense of gratitude expands the heart.

The ungrateful (ingrates) feel that it is below them to show any kind of appreciation. They are under the delusion that showing gratitude to others diminishes their own worth. But it is this sense of appreciation that elevates, enriches and expands the human spirit. A lack of gratitude is actually a sign of arrogance.

— Guidances on gratitude by Ikeda Sensei
(Dr. Daisaku Ikeda)

Monday, September 3, 2018

Four Inquiry Qualities At The Heart of Student-Centered Teaching | MindShift | KQED News

Four Inquiry Qualities At The Heart of Student-Centered Teaching | MindShift | KQED News

Four Inquiry Qualities At The Heart of Student-Centered Teaching

The "Tree of Inquiry" can be a helpful visual to understand how various educational buzzwords connect to inquiry. (Courtesy Trevor MacKenzie and Rebecca Bathurst-Hunt)

By Trevor MacKenzie

Whether it be project-based learning, design thinking or genius hour, it's easy to get confused by the many education buzzwords floating about. But at their heart these pedagogies are all student-centered and there are commonalities across them that are the key to their success and far more critical than keeping the jargon straight.

Naturally, educators want to understand each of these frameworks in order to make an informed decision as to how to best meet the needs of their students. The "Tree of Inquiry" is a visual guide for educators who are interested in shifting their practice but are unsure where to begin. Inquiry-based learning is the foundation for all of these student-centered strategies -- students are asking their own questions, discovering answers and using their teachers as resources and guides. Schools and classrooms where deep inquiry is clearly at work invariably possess four specific characteristics no matter the specific type of inquiry utilized.

1. The learner is actively involved in the construction of understanding

In all of these frameworks, the role of the student is transformed from a passive consumer of facts and content into an active contributor to the learning experience and the exploration of problems, ideas and solutions. It is in this experience that understanding is constructed and rich learning occurs. Voice and choice are at the heart of these settings as the learner helps create the learning conditions and learning outcomes with the teacher.

One powerful example of students taking on a different role in the classroom happens when teachers use the United Nations Global Goals for Sustainable Development as a framework for inquiry. Students explore their passions, interests, and curiosities based on the 17 U.N. goals, identifying learning objectives connected to a particular goal where they'd like to focus. Teachers then co-design standards with learners, standards with language such as gaining a deeper understanding of "x" or inspiring an audience to "do y."

Students achieve a more genuine ownership over their learning as they grapple with these authentic problems -- ones that have troubled global leaders for decades. In these spaces students take on more of the heavy lifting of learning as they are actively involved in the construction of understanding.

Courtesy Trevor MacKenzie and Rebecca Bathurst-Hunt (Courtesy Trevor MacKenzie and Rebecca Bathurst-Hunt)

2. The teacher as guide and mentor

Just as the role of the learner has shifted in these classrooms, so too has the role of the teacher. Teachers in these spaces are constantly reflecting and making changes in order to foster a culture of learning. They are highly aware of what's happening around them; they take the time to stop and listen; and they pick up on the slightest clues and use these to shape next steps. They constantly ask questions of themselves that guide their practice and inform their decisions. Cumulatively they use these reflections to revise their path and better meet the needs of their students.

In all of these classrooms, teachers use a variety of strategies to support their students. It's a misperception that student-centered classrooms don't include any lecturing. At times it's essential the teacher share his or her expertise with the larger group. But teachers in these classrooms also make space for learner-centered discourse such as Socratic Seminars, in which students drive the discussion and the teacher guides and facilitates the collaboration. Or students might lead a lesson with the teacher observing and compiling formative feedback to support reflection, revision and growth.

In the inquiry classroom, students often interview experts in a specific field in order to gain a deeper understanding of their inquiry topic. Teachers support them with direct instruction that introduces the class to what a strong interview entails, and identifies the processes that should be adopted to ensure students will be successful in this task. During this time exemplars are shown and discussed, sample questions are collaboratively created and planning initial steps are accomplished.

Embarking in this learning together as a group, by way of a lecture, makes sense in that all students must gain this broader and more general understanding of interviewing. The teacher then facilitates smaller breakout groups where students can delve more deeply into their individual interviews and begin to personalize the task in a more meaningful and supportive manner. It is in this gradual release of control over learning that the inquiry classroom thrives.

3. The whole child is celebrated and nurtured

Whether it be social-emotional learning, personal awareness and social responsibility, grit and growth mindset, or empathy, the language around learning has shifted in these spaces to focus on nurturing the whole student. Dispositions are at the core of these classrooms where qualities such as creativity, collaboration and communication are explicitly discussed, reflected on and supported.

In all of these classrooms there's a joint emphasis on the product or summative piece to learning as well as the process of learning. It is in this process that students demonstrate meaningful growth in the characteristics and dispositions of a lifelong learner.

This is evident in inquiry spaces that utilize the design thinking method. This process calls on students to identify a challenge, gather information, generate potential solutions, refine ideas, and test solutions. High school students in one Vancouver classroom designed a solution to bring clean drinking water to rural areas that did not have access to this essential resource in their communities.

Some students prototyped an affordable handheld water purification system, other students designed a community sewage treatment facility, and a third group created a water use plan for the community. It's worth noting that many students didn't ultimately achieve a tangible or working solution by the end of the unit. But that wasn't the goal. More important was the empathy gained during the process. The design-thinking process provided rich opportunities for student reflection and allowed the teacher to see social and emotional skills at work.

4. Structures and frameworks exist but learning isn't overly prescribed or standardized

In these classrooms, standards do not solely drive the learning and content is not overly standardized. Students are often learning about different things that they have all individually chosen, but each student is operating within a common unified structure. Learner agency is a core component of being student-centered. Teachers can use strategies and routines to help students organize, reflect and revise as they go.

This is evident in high-quality project-based learning classrooms where projects are focused on student learning goals and include essential project design elements such as identifying key understandings, posing a challenging problem, partaking in sustained inquiry, reflection, revision and sharing learning with an authentic audience.

One example of this in action is a classroom where students were learning about positive impact on others. The provocation used by the teacher was an inspiring video titled Project Daniel.

After watching the video the teacher challenged students to "help one, help many" and identify a problem, plan a solution and put this plan into action in order to make a difference in someone else's life. One group of students 3D-printed fidget spinners for younger students dealing with anxiety. Another group designed a public service announcement campaign encouraging kindness and acceptance in their school community. And another group interviewed senior citizens at a local old-age home to document, archive and share their advice for youth in order to build empathy. Although each group was working on a uniquely personalized project, they all learned from one another throughout the process as they shared their work.

Inquiry is at the heart of many education buzzwords and can be a useful tool for framing ones approach to them. John Dewey, Lev Vygotsky, Paolo Freire and Jean Piaget planted the roots of inquiry long ago, but every educator can leverage their constructivist example to find a pedagogy that best fits their unique teaching style. Ultimately the goal should always be to empower students to continue wondering and seeking their own answers.

Trevor MacKenzie is an award-winning English teacher at Oak Bay High School in Victoria, BC, Canada, who believes that it is a magical time to be an educator. He is also the author of Dive into Inquiry: Amplify Learning and Empower Student Voice, and co-author of Inquiry Mindsets: Nurturing the Dreams, Wonders, and Curiosities of Our Youngest Learners, along with Rebecca Bathurst-Hunt.



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