Resources - Archived Materials
Section Three: New Curriculum Directions
3.1 How can we ensure excellence in our programs?
In the public consultation package, the document Curriculum
for Ontario Secondary Schools noted that the students of Ontario must
be challenged by a demanding curriculum suited to their goals. All students
require a strong foundation of skills and knowledge when they graduate
from secondary school. Students also require the personal qualities to
apply their knowledge and skills responsibly as individuals and citizens
in a democratic society.'
High quality curriculum is an essential cornerstone of
an effective education. With this in mind, the consultation docwnent identified
three key components of the new curriculum:
Comprehensive Results- a document outlining the broad
knowledge and skills that all students must acquire by the end of secondary
school (see Appendix A);
Curriculum Guidelines for each subject (for example, Science), stating
the required learning for that subject throughout the secondary school
years;
Course Profiles for each individual course offered in secondary school,
containing expected outcomes, assessment strategies and standards, instructional
materials, support for exceptional students and adults, recommended resources,
and suggestions for technological applications.
Throughout the secondary school years, all programs must set high expectations
and clearly stated performance standards for all students. Whether their
next step is the workplace, college, or university, all students must
achieve a sound level of competence. The curriculum must offer carefully
sequenced learning and establish a clear structure of prerequisites to
ensure that students build on prior knowledge and skills.
Excellent programs must be based on a solid foundation
of skills acquired at the elementary level. In order to provide this foundation,
communication must occur across all levels of education and must include
elementary and postsecondary educators. It is necessary to formalize this
process of communication to ensure a smooth continuum of learning for
all students, and to facilitate a seamless transition from one level of
education to the next.
Curriculum material must be relevant and current, and
supported by adequate and up-to-date resources. Curriculum design and
renewal should include ongoing input not only from secondary educators,
but also from elementary and postsecondary educators, as well as representatives
of the community. The consultation process involving the 24 Expert Panels
is one valuable example of this. For ongoing consultation, a Provincial
Curriculum Advisory Committee for each discipline should be established
to ensure that curriculum material is relevant and up-to-date. Using current
communication technology, curriculum development could be thought of as
an ongoing discussion among partners. The curriculum for the French language
schools must also be congruent with the documents Aménagement linguistique
and Investir dans I'animation culturelle.
Since most real-hfe experiences are inherently interdisciplinary,
provision should be made in the curriculum for courses that combine knowledge
and skills across a range of subject areas. There is a need for a framework
to develop and evaluate such courses in order to ensure that requirements
are of the same high standard as in the individual subjects. The framework
should also provide for experiences that enhance interdisciplinary learning
within courses, across courses, within the school, and out in the community.
Teachers must receive appropriate in-service training
and upgrading to maintain their subject expertise and enhance their teaching
skills. As well, they must be equipped to modify programs as required
to meet a range of student needs.
Within each discipline, the secondary curriculum must
provide a framework for integrating career education to ensure that students
become aware of the career potential in each subject area.
Career education could include work experience, community
service, co-operative education, and electives in entrepreneurship and
other business studies.
For students who are planning to go to community college,
the curriculum must include compulsory courses that provide the knowledge
and skills required to succeed in college programs. These courses could
include research methodologies, time management, problem solving, and
critical and creative thinking. They might include language electives
that introduce students to a range of reading materials and that develop
the students' skills in writing college level papers. Colleges must be
involved in developing the curriculum in order to ensure that students
are adequately prepared to succeed in the full range of programs available
to them. Provisions must be made to increase student awareness about college
programs, including prerequisites, appropriate work placements, the variety
of programs available, career opportunities, and admission criteria. A
provincial policy should be developed to ensure that secondary schools
and colleges forge consistent articulation (linkage) agreements. This
is particularly important for French-language schools.
For students who are planning postsecondary studies at
university, the curriculum must be as rigorous as the current Ontario
Academic Courses (OACs). Senior academic courses for university preparation
must be developed with the full involvement of university educators in
order to ensure that secondary curriculum adequately prepares students
for success in first-year university programs. Because knowledge and technology
develop so rapidly, it is especially important at this level to involve
university teachers and researchers in curriculum review and revision.
The OAC Teacher In-service Program (OAC-TIP), although limited in scope,
has been successful in monitoring the implementation of the current OAC
guidelines by checking that, teachers adhere to the mandated program and
by ensuring that evaluation procedures for student assignments and examinations
are appropriate. The OAC-TIP model should be used as the basis of a new
curriculum monitoring program.
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3.1 KEY RECOMMENDATIONS
[a] Curriculum Guidelines should be developed with central
control by the Ministry of Education and Training.
[b] The new curriculum should include 13 English-language
and 13 French-language Curriculum Guidelines. Each guideline defines a
discipline area.
The recommended Curriculum Guidelines for English-language
schools are:
- The Arts (Music, Dance, Drama, and Art)
- Business Studies
- Canadian & World Studies (History, Geography, Economics,
Politics, Law, Citizenship Ed.)
- English/ESL/ESD
- French as a Second Language and Additional Languages
- Guidance and Career Education
- Healthy Active Living Education (Physical and Health
Education)
- Interdisciplinary Studies
- Mathematics
- Native Studies
- Science
- Social Science (Family Studies, Philosophy, Anthropology,
Psychology, Sociology)
- Technological Education (Broad-based Technological
Education, including Computer Systems Technology).
The recommended Curriculum Guidelines for French-Language
schools are:
- Arts;
- Affaires et commerce;
- Anglais/English;
- Animation culturelle;
- Francais/ALF/PDF;
- Orientation et formation au cheminement de carrière;
- Éducation physique, vie active et santé;
- Études interdisciplinaires;
- mathématiques;
- Études autochtones;
- Sciences;
- Sciences humaines et sociales;
- Études technologiques et informatiques.
[c] The curriculum should be written in plain language.
[d] The curriculum must be more rigorous, relevant and
closely connected to students' lives, whether the student intends to enter
the workplace, College, or university after secondary school.
[e] The curriculum must integrate career education in
all disciplines.
[f] Implementation of the curriculum should be consistent
throughout the province.
[g] Implementation of the curriculum must be monitored
by the Ministry of Education and Training.
[h] A curriculum monitoring program, based on the OAC-TIP
model, should be developed and implemented.
[i] The Ministry of Education and Training should develop
Course Profiles to support teachers in developing classroom programs.
[j] Teacher qualifications must be reviewed and updated
where required to successfully implement the new curriculum.
[k] The Ministry must release the new curriculum with
enough lead time to allow teachers and school boards to do the necessary
professional development to ensure successful implementation.
[l] Learning requirements should be clearly communicated
to students, parents, teachers, and the community, and should contain
set standards of achievement
[m] The Ministry should establish an ongoing process and
schedule of curriculum review, revision, and renewal.
[n] To ensure that the curriculum is relevant and that
it remains so, Provincial Curriculum Advisory Committees should be established
for each discipline, in partnership with parents, educators, community
employers, and postsecondary institutions.
[o] Formal structures for communication between elementary
and secondary schools must be established to ensure a continuum of learning.
[p] Employers must be fully involved in developing senior
courses for students planning to enter the workplace or apprenticeship
programs after secondary school.
[q] The postsecondary sector must be fully involved m
developing senior courses for students planning to enter university or
college.
[r] A provincial policy should be developed to create
and ensure consistent articulation agreements between colleges and secondary
schools.
[s] Each French-language school must develop a curriculum
plan that integrates Aminagement linguistique, Animation culturelle, etudes
interdisciplinaires and Orientation et formation au cheminement de carriere
across all disciplines.
[t] The new curriculum for French-language schools must
provide a framework for the coordination and delivery of l'Animation culturelle
at the school level and within each discipline.
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3.2 Required knowledge and skills
The Comprehensive Results, drafted by the Council of Ontario
Directors of Education (CODE) with the support of the Conference Board
of Canada, identify the core knowledge, skills and attitudes that all
secondary school graduates are expected to have. (See Appendix A.) These
are the basic tools or building blocks that graduates need to succeed
in the world of work or postsecondary education.
Using an interim version of the Comprehensive Results,
the Expert Panels determined the core knowledge, skills and attitudes
in their particular discipline. In addition, a French-language Expert
Panel identified the required knowledge and skills to be achieved in French-language
schools through animation culturelle.
Figure 3 highlights the recurring themes identified by
the Expert Panels. These themes have been summarized under the headings
of literacy, numeracy, research methodologies, critical thinking, personal
life management citizenship, global perspectives, technological competence,
ability to make connections, and affirmation culturelle (for French-language
schools). They reflect requirements that cross discipline boundaries.
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Figure 5:Discipline-specific curriculum requirements
(Science only - See original document for other areas)
| Required knowledge |
Required Skills |
- key concepts in biology, chemistry, physics,
earth science, and environmental science
- scientific language
- the process of science, basic principles, themes
and functions
- the role and impact of science in society
the relationships among science, technology and the environment
- the interdependence of the global social, economic
and ecological systems
- the ethics of the use of science
- career opportunities in science and the importance
of science in most careers
|
- scientifc research (i.e. problem definition,
analysis of data, synthesis, problem solving)
- writing science reports
- recognizing intrinsic value, equality, and the
uniqueness of every person
- using science objectively to interpret and understand
the physical world
- taking action to protect and sustain the environment
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3.2 RECOMMENDATIONS
[a] The curriculum should ensure that all students achieve
the following general requirements related to the Comprehensive Results:
- literacy;
- numeracy;
- technological competence;
- citizenship;
- critical thinking;
- global perspectives;
- personal life management;
- research methodologies;
- ability to make connections - integrating and transferring
knowledge and skills;
- affirmation culturelle (for French language schools
only).
[b] The new curriculum must specify the discipline-specific
requirements expected of all secondary school graduates. (For details,
see Figure 5 in section 3.2.)
[c] The new curriculum must eliminate unnecessary repetition
and overlap by identifying which specific disciplines are responsible
for delivering the core knowledge and skills specified in the Comprehensive
Results.
3.3 New configurations
The recommendations that follow are based on the requirement
of 30 credits of I 10 hours each for a secondary school diploma. To support
the new curriculum and accommodate the new emphasis on interdisciplinary
learning, the credit system must allow for the development of rigorous
and meaningful half- and quarter-credit courses.
The approach to core knowledge and core skills is based
on the statement of Comprehensive Results, and on the sections of this
document dealing with the cross-discipline and discipline-specific requirements
identified by the Expert Panels in the Key Directions papers.
The Expert Panels expressed strong support for more compulsory
core credits, plus compulsory electives and optional electives appropriate
to the student's talents, goals, interests, and postsecondary destination.
Programs for compulsory core and compulsory elective credit should provide
all students with competency in the cross-disciplinary requirements identified
in section 3.2, namely: numeracy, literacy, research methodologies, critical
thinking; personal life management; citizenship; global perspectives;
technological competence; ability to make connections; and affirmation
culturelle (for French language schools only).
Curriculum planning must provide for the sequential development
of skills from grades nine to twelve. The compulsory core courses should
build a solid foundation that leads to a range of electives and specialized
courses. The curriculum should permit the integrated study of important
themes and concepts by combining half- or quarter-credits from a number
of disciplines or subjects.
Figure 6 is a model of the recommended new approach. This
model could be applied to all discipline areas. In each area, courses
could be distributed among the three categories of compulsory core, compulsory
elective, and optional elective. Figures 7, 8, and 9 show hypothetical
examples of how credits might be distributed within a discipline. The
examples are based on recommendations from specific Key Directions papers.
In this paper, they should not be interpreted as formal recommendations,
but only as illustrations of how courses could be configured within a
discipline.
Note: Although individual panels made recommendations
about the number of compulsory credits in their specific discipline area,
this paper does not reflect those detailed recommendations for two reasons.
First, consideration of the appropriate number and distribution of compulsory
credits falls outside the scope of this project And second, working independently,
the panels identified more compulsory credits than could be achieved in
four years of secondary school. The total number of compulsory credits
recommended by the Expert Panels was 40.5, whereas the maximum number
of credits possible in four years is only 32.
Figure 6: Recommended new approach to secondary school
curriculum
Compulsory "Core" Curriculum
- Students develop a strong foundation by taking
courses described as "Compulsory ore" in Grades 9-12.
- The ministry will prescribe comprehensive curriculum
requirements which are addressed across many/all courses (for
compulsory core and compulsory elective courses).
- The ministry will prescribe discipline-specific
curriculum requirements for compulsory core courses in all discipline
areas. (for compulsory core and compulsory elective courses)
|
Compulsory Elective Curriculum
- Beyond the compulsory core students will be required
to take specific number of credits in particular discipline areas.
These may be selected from a "menu" of elective courses,
some of which are fractional unit courses.
- Compulsory elective courses may be designed specific
to certain destinations/ needs (ie: technical writing, performance
arts, theoretical science. etc.).
|
Optional Elective Curriculum
- Students may take optional electives in addition
to the compulsory electives, as long as they are progressing satisfactorily
towards completion of the compulsory components
- Students will select from a range of optional
elective modules to meet the required number of credits for graduation.
- The Ministry will define the framework and expectations
for the elective modules
|
Figure 9: Hypothetical model for Science Education
Compulsory Core Courses - All students would be
required to take a specified number of core courses with a focus on science,
technology, society, and the environment. For example:
Science 9
- Biology-Chemistry-Physics-Earth
- Real life applications
- 1 credit
|
Science 10
- Biology-Chemistry-Physics-Earth
- Real life applications
- 1 credit
|
Science 11
- Biology-Chemistry-Physics-Earth
- Real life applications
- ½ credit
|
Science 12
- Biology-Chemistry-Physics-Earth
- Real life applications
|
Compulsory Elective Courses -
All students would be required to select, for example, one full credit
from this menu:
Earth and Environmental Science
½ credit
|
Human Health and Disease
½ credit
|
Chemicals in Society
½ credit
|
Independent Study Project
(ISU)
½ credit
|
Optional Elective Modules -
Students would be able to select additional modules from this menu:
Viruses, Bacteria
and Fungi
½ credit |
Genetics
½ credit |
Biochemistry
½ credit |
Gases and Solution
½ credit |
Electricity and
Magnetism
½ credit
|
Waves, Light and Sound
½ credit
|
Robotics (Interdisciplinary)
¼ credit Science
¼ credit Technical Ed.
|
Atmospere and Weather
¼ credit |
Physics of Driving
¼ credit
|
Health and Food Production
½ credit
|
Research and Presentation
(Independent Study)
|
Physics & Music (Interdisciplinary)
¼ credit Physics
¼ credit Music
|
Final evaluation in courses can take a variety of forms
other than the traditional final written exam. Alternatives could include
an oral exam, a presentation, or a demonstration of acquired skills and
knowledge in a practical application.
Program evaluation
Ongoing evaluation of programs is essential to enable
teachers to modify content and teaching strategies. Extemal partners and
experts from the community could be involved in the evaluation process.
The OAC Teacher In-service Program model (TIP) is designed
to ensure province-wide consistency in the format of formal examinations
for all OAC courses. TIP is an excellent example of a model that provides
teachers with standards for examining the content of an assessment and
for ensuring a consistent evaluation method.
Grade 11 assessment The Gmde 11 assessment should be based
on provincial curriculum requirements and standards, and should reflect
the nature of the secondary school program. The results of the Grade 11
assessment should be considered when curriculum is being reviewed and
revised.
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3.4 KEY RECOMMENDATIONS
[a] All student assessment and evaluation, including the
final evaluation, must use a variety of instruments, techniques and strategies.
[b) Assessment and evaluation must measure inteflectual/cognitive
achievement, practical achievement, and personal/social achievement.
[c] Assessment and evaluation must be ongoing, linked
to course requirements, and based on clear levels of performance.
[d] Assessment and evaluation must be clearly explained
to parents and students.
[e] The grade 11 assessment should be based on provincial
requirements and standards.
[fl Results of the grade 11 assessment should provide
input into the ongoing review and revision of the curriculum.
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