Rich
Performance Tasks are authentic activities, exercises,
problems or challenges that require students to show
what they know and what they can do. Performance
tasks lead students to demonstrate their understanding
by applying their knowledge and skills to real life
situations or scenarios.
The Rich
Performance Tasks developed by the London
District Catholic School Board are based on the
WebQuest
format, and are designed to meet cross-curricular
expectations of the Ontario
Curriculum.
Each Rich Performance Task consists of:
- Student Page
(the task);
- Teacher Page
(the curriculum and assessment details); and
- Parent Page
(RPT background information).
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| If you find technical
errors; if you have suggestions for modifications
to tasks; or if you would like to assist
in the development of new rich performance
tasks, contact Rodd Lucier via
email at r.lucier@office.ldcsb.on.ca. |
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Rationale for Rich Performance Tasks |
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Rich Performance Tasks engage students
in real world problem solving. Tasks under development involves
inquiry, constructivism, and collaborative learning.
By their nature, rich tasks are cross-curricular, constructivist
and collaborative.

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The Importance
of Language
Whether they are studying literature or history,
or learning science, students need fundamental language
skills to understand information and express their
ideas.
In planning language programs, teachers should
aim to help students acquire varied and correct language
through instruction combined with interesting and
purposeful activities in reading, writing, and the
use of oral language.... Teachers will therefore plan
programs that will enable students to broaden their
knowledge and skills by combining the study of language
with the study of other subjects.
(Excerpt from pg. 4 of
The
Ontario Curriculum: Language Grades 1-8, 1997) |
| The
Importance of Mathematics
An information- and technology-based society
requires individuals who are able to think critically
about complex issues, analyse and adapt to new situations,
solve problems of various kinds, and communicate their
thinking effectively... Through mathematical activities
that are practical and relevant to their lives, students
develop mathematical understanding, problem-solving
skills, and related technological skills that they
can apply in their daily lives and, eventually, in
the workplace... As students identify relationships
between mathematical concepts and everyday situations
and make connections between mathematics and other
subjects,they develop the ability to use mathematics
to extend and apply their knowledge in other curriculum
areas, including science, music, and language.
The mathematical processes that support effective
learning in mathematics are as follows:
• problem solving • reasoning and
proving • reflecting • connecting
• selecting tools and computational strategies
• representing • communicating
(Excerpt
from pg. 4 of The Ontario Curriculum: Mathematics
Grades 1-8, Revised 2005) |

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The
Importance of The Arts
Education in the arts is essential
to students' intellectual, social, physical, and emotional
growth. Through the study of music, visual arts, and
drama and dance, students not only develop the ability
to think creatively and critically, but also develop
physical coordination and the ability to work both
independently and with others
Students learn to link the study
of the arts with the study of history, geography,
language, culture, and human interaction, and gain
an appreciation of the great importance of the arts,
both as sources of enjoyment and as means of communication,
in cultures around the world.
(Excerpt
from The Ontario Curriculum: The Arts 1998; page 6) |
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Goals of Science and Technology Education
Students must develop a thorough knowledge of
basic concepts which they can apply in a wide range
of situations. They must also develop the broad-based
skills that are so important for effective functioning
in the world of work: they must learn to identify
and analyse problems and to explore and test solutions
in a wide variety of contexts.
The goals for students are:
- to understand the basic concepts
of science and technology;
- to develop the skills, strategies,
and habits of mind required for scientific inquiry
and technological design; and
- to relate scientific and technological
knowledge to each other and to the world outside
the school.
These goals are equally important. They can
be achieved simultaneously through learning activities
that combine the acquisition of knowledge with both
inquiry and design processes in a concrete, practical
context. At the same time, these learning activities
must enable students to develop the communication
skills that are an essential component of science
and technology education.
(Excerpt from pg. 4 of
Science
& Technology, The Ontario Curriculum Grades 1-8,
1998) |

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The Goals of
Social Studies / History & Geography
The focus of teaching and learning in the social
studies, history, and geography curriculum is on the
development of essential knowledge and skills. Students
must develop a thorough knowledge of basic concepts
that they can apply in a wide range of situations.
They must also develop the broad-based skills that
are vital to success in the world of work: they must
learn to evaluate different points of view and examine
information critically to solve problems and make
decisions on a variety of issues.
The goals of the curriculum are to enable students
to:
- understand the basic concepts of
social studies, history, and geography;
- develop the skills, strategies, and
habits of mind required for effective inquiry and
communication, and for the application of the basic
concepts of social studies, history, and geography
to a variety of learning tasks;
- relate and apply the knowledge acquired
through social studies and the study of history
and geography to the world outside the classroom.
These goals are equally important. They can
be achieved simultaneously in a concrete, practical
context through learning activities that combine the
acquisition of knowledge with the application of various
skills, including inquiry/research, communication,
and map, globe, and graphic representation skills.
(Excerpt from pg. 4 of
Social
Studies / History & Geography, The Ontario Curriculum
Grades 1-8, 1998) |
| The development and use of
Rich Performance Tasks are supported by the philosophies
contained many other Ontario Ministry of Education publications. |
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"The teacher chooses a problem that
offers a range of entry points for students at different
levels." Teaching
and Learning Math: The Report of the Expert Panel on
Mathematics in Grades 4-6. |
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"Literacy is about more than reading
and writing – it is about how we communicate
in society. It is about social practices
and relationships, about knowledge, language and culture.
Literacy ... finds its place in our lives alongside
other ways of communicating. Indeed, literacy itself
takes many forms: on paper, on the computer screen,
on TV, on posters and signs...."
(UNESCO, Statement for the United Nations)
Teaching
and Learning Math: The Report of the Expert Panel
on Language in Grades 4-6. |
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"Recommendation #4: The Ministry of Education
support the following initiatives: – research
how to best support at-risk students with a focus on
literacy and numeracy; – identification and sharing
of successful practices; – identification, evaluation,
and system-wide sharing of available tools, strategies,
resources and training materials and models –
development of additional web-enabled (where
applicable) tools, strategies, resources and training
materials and models as required. " Successful
Pathway for All Students |
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"Connections to mathematical literacy should
be made where they occur naturally across the
curriculum." Leading
Math Success. |

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