04 setting skema tlo waj3105-siap
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M1 Problem Solving
Heuristic approach (non-mechanical)
Understanding the problem statement
1. Define what is a heuristic approach
2. Identify and explain the problem statement
3. Explain ways to identify the problem statement
Discuss the following:
The meaning of heuristic approach
Polya’s 4-step heuristic to solve problems
The meaning of problem statement and ways to guide pupils to identify problem statement e.g. questioning
Develop understanding of heuristic approach in problem solving
In small groups, devise a problem-solving activity for primary school children. Then,
think of possible difficulties faced by primary school children when solving the problem, and
identify possible non –mechanical method to solve the problem
Group presentation
Write reflective log
Reading task:Burwood State College, Beginning To Tackle Real Problems – 2nd Pilot VersionPg 1-60
Deakin University, Problem Solving and Mathematical Modeling - Study Guidepg 1-2
Excellence and enjoyment : L&T in the primary years: Primary National Strategypg 8 -21
Give course pro forma, weekly outline & assessment guidelines to students
Suggested Readings:
Heinemann, Word Problems 4Pg 5-48
Kaye Stacey and Susie Groves: Strategies for Problem Solving, Objective Learning Materials pg.19 -26
Alfred S. Posamentier and Stephen Krulik: Problem-Solving Strategies for Efficient and Elegant Solutions: A Resource for the Mathematics Teacher
M2 Problem Solving
Discussion of possible analytical tools or strategies to solve problems
Assessment and reasonableness of solution
1. Use strategies and tools to solve problems
2. Assess the solution by reasoning
3. Assess the appropriateness of the solution
Solve Activity 1.1 (Deakin)
Discuss the following:
various strategies and tools to solve problems, and
justifications for choosing a desired strategy.
Do Tutorial 1.1 in groups (refer attached file)
Group presentation for Tutorial 1.1
Elicit students’ opinions on the reasonableness of their solutions
Write reflective log
Reading task:Excellence enjoyment : L&T in primary years pg 30 -37
Heinemann, Word Problems 4Pg 5-48
Suggested Readings:
Deakin University, Problem Solving and Mathematical Modeling – Study Guide pg 1-44,73-95
Problem-Solving Toolkit Years 1 and 2/ P2 and P3
Burwood State College, Beginning To Tackle Real Problems – 2nd Pilot VersionPg 1-60
M3 Problem Solving
Further analysis
Real life examples: practical activities
1. Use the strategies to solve real life problems
Solve Activity 1.2 (Deakin)
Discuss the following: examples of real-life
problems, application of problem-
solving skills in real life, and
Do Tutorial 1.2 in groups (refer attached file)
Group presentation for Tutorial 1.2
Write reflective log
Reading task:Excellence and enjoyment : L&T in the primary years: Primary National Strategy pg 8 -21
Suggested Readings:
Stacey & Groves: Strategies for Problem Solving, Objective Learning Materials pg.19 -26
Alfred, Posamentier and Krulik: Problem-Solving Strategies for Efficient and Elegant Solutions: A Resource for the Mathematics
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RANCANGAN PENGAJARAN DAN PEMBELAJARAN MINGGUAN
PROGRAM: ____________________________________________________________________________ SEMESTER: ______ TAHUN: ______
Kursus: _____________________________________________________________________________________ Kod: ____________ Kredit: ____________
Program Ijazah Sarjana Muda Perguruan (PISMP) dengan Kepujian 2 1
WAJ3105 2 (2 + 0)Numerical Literacy
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creative problem solving in real life.
Teacher
M4 Operation and Computation
Means of performing calculationpencil and papercalculators and computersmental computationmanipulative materials
1. Discuss various methods of calculation
Discuss the standard of numerical literacy (numeracy)
Creative use of the following computational approaches to perform basic arithmetic operations: pencil-and-paper
algorithm. computational tools such
as abacus, electronic calculator and computer,
mental computation, physical manipulative
such as fingers, counters etc.
Do Tutorial 2.1 in groups(refer attached file)
Group presentation for Tutorial 2.1
Write reflective log
Reading task:
The National Numeracy Strategy pg 4-8
Suggested Reading:Course reader pg 103 & 104
The National Numeracy Strategy pg 13
M5 Operation and Computation
Appropriate and inappropriate uses of calculators and computers
1. Compare the usage of calculators and computers for calculation
Discuss the following:
the roles of calculators and computers in the teaching and learning of primary school subjects,
advantages and disadvantages of using calculator and computer in the teaching and learning of primary school subjects.
Do Tutorial 2.2 in groups (refer attached file)
Group presentation for Tutorial 2.2
Write reflective log
Surf the Internet to find ways of using calculators and computers in the teaching and learning of primary school mathematics
Suggested reading:The National Numeracy Strategypg. 8
The National Numeracy Strategypg. 9
Primary Mathematics : Teaching Theory and Practicepg. 56 & 57
M6 Operation and Computation
Appropriateness :rough estimation or exact answers
1. Estimate numbers appropriately
Discuss the following:
The roles of estimation in computation.
Real-life situations that required exact answer for
Do Tutorial 2.3 in groups (refer attached file)
Group presentation for Tutorial 2.3
Write reflective log
Surf the Internet to look for information on application of estimation in real life.
Suggested Reading:Primary Mathematics : Teaching Theory and Practicepg. 39 & 40
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computation. Real-life situations that
only required rough estimate of answer for computation.
Group work:- show an example of the
mistakes in computation due to lack of understanding in the place value.
M7 Measurement
Intuitive notions of mathematical concepts:Practical activities with varied materialsDirect experience
Unconventional instruments and non standard-units e.g feet and hands
1. Carrying out practical activities to measure
2. Using instruments like hands and feet to measure
Discuss the following:
The concepts of measurement of basic physical quantities such as length, mass and volume of liquid.
The concept standard and non-standard units of measurement
The roles of estimation in measuring physical quantities
Carry out a practical activity using any non-standard units for length, mass, or volume of liquid e.g. Measure lengths based on body parts
Do Tutorial 3.1 in groups (refer attached file)
Group presentation for Tutorial 3.1
Discuss Short Coursework 1
Write reflective log
Surf the Internet to look for information on the history of measurement units for length, mass and volume of liquid.
Share information found from the Internet among course mates.
Suggested Reading:The National Numeracy StrategySupplement of examples :Year 1,2 &3 (vol 5) pg 90 -93Focus on measurement of length
Primary Mathematics QTS pg 52-53
M8 Measurement
Metric units and conversion
1. Convert measurements into metric units
Discuss the following:
Imperial and metric units The relationship between
the commonly used metric units
Basic measurement units for length, mass and volume of liquid and the use of prefixes in metric units
Wrong use of abbreviations for some common measuring units such as: M instead of m;
Do Tutorial 3.2 in groups(refer attached file)
Group presentation for Tutorial 3.2
Write reflective log
Surf the Internet to find information on the historical development of metric units for length, mass and volume of liquid.
Share information found from the Internet among course mates.
Short Coursework 1: (30%)
Create a brochure/ posterWeek : 7, 8, 9Submission date: End of week 9
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KG instead of kg, L instead of l etc.
M9 Measurement
Contextual teaching: Taking measurement to gather data needed to solve problem in daily life
1. Gather data to help them solve problems in daily life
In small groups, students are required to:
identify a problem in real life that might be solved using certain measurement data
discuss ways of collecting the measurement data required to solve the problem
develop a plan to collect the measurement data
Group presentation for problem-solving task.
Write reflective log
Problem-Solving Task:Implement the plan for collection of measurement dataUse the measurement data to develop a solution for the real-life problem.
M10 Spatial Sense
2-D and 3-D: Plane and solid objects
To construct 3-D solids
1. Identify 2D shapes of plane geometry like polygon, triangles quadrilaterals, etc
2. List properties of objects in 3D solids
3. Use the vocabulary associated with 3D solids
4. Use manipulative materials to investigate the properties of 3D solids
5. Relate shapes and solids in the environment
Discuss the following: Existence of various 3-D
solids and 3-D shapes in the environment.
Practical activity: Examine models of
various 3-D solids such as cube, cuboids, prisms, pyramid, cylinders, cone, hemi-sphere, sphere)
List properties of various 3-D solids
Identify various 2-D shapes from 3-D solids
Construct various 3-D solids from nets or build skeleton of 3-D shapes from match sticks and plasticine.
Group presentation of ISL practical task (W11) Do Tutorial 4.1 in groups (refer attached file)
Group presentation for Tutorial 4.1
Write reflective log
Practical Task:In small groups, identify and collect examples of 2-D shapes and 3-D solids that exist in the environment.
Short Coursework 2 (Part I) : 2D Tessellation
Short Coursework 2 (Part I)(15 % = 15 marks)Create tessellation using 2D shapesWeek : 11Submission date : W12
M11 Spatial Sense
1. Construct 2D and 3D objects
Discussion the following: Do Tutorial 4.2 in groups (refer attached file)
Write reflective log Encourage the use of software such as GSP to construct 2-D
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Availability to handle, measure and use in the construction of 3D solids
To construct 2-D shapes from simple materials or with conventional instruments
from simple materials
Basic measurable properties of polygons such as side, perimeter, area and angle.
Basic measurable properties of 3-D solids such as side, surface area, volume and angle.
Practical activity: Construction of 2-D shapes using conventional instruments such as ruler, set squares and compass. Construction of 2-D
shapes using simple materials such as a string and a thumb tack to construct a circle; a string and two thumb tacks to construct an ellipse
Group presentation for Tutorial 4.2
Short Coursework 2 (Part II) : Construction of polyhedral
shapes
Short Coursework 2 (Part II):(15 % = 15 marks)Create polyhedral Week : 12Submission date : W13
M12 Spatial Sense
Draw spatial concepts and relationships from activities
1. Use geometry in daily life
2. Use the language and vocabulary related to geometry
Discuss the following:
Definition of Spatial Sense
Why children should learn geometry?
The importance of spatial sense in everyday life
Van Hiele Model of Learning Geometry- Visualization- Analysis- Informal Deduction- Deductive- Rigor
(Focussing on the first 3 levels of Van Hiele’s Model)
Do Tutorial 4.3 in groups (refer attached file)
Group presentation for Tutorial 4.3
Write reflective logReaders :
Reading task:Guiding children learn Mathematic pg 353-397
Suggested reading:Curriculum Specification for Primary School Mathematics – 3-D and 2-D shapes
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M13 Data Analysis and Interpretation
Read and interpret quantitative information in tables, charts or graphs
Instructions on reading/ Interpretation of data
1. Collect data 2. Tabulate data
3. Use charts and graphs to present data
Discuss the following:
The process of collecting quantitative data
Tabulation of data Representation of data
using appropriate graphs such as pictograph, pie chart, bar graph and line graph.
Interpretation of data- Deceptions in visual displays of data
Group presentation for practical task in ISL (W14)
Write reflective log
Practical task:In groups, students collect one type of data from two different groups of students and represent the data using appropriate graph.Justify the choice of graph used.
Suggested reading:The National Numeracy Strategypg 114 – 115
M14 Data Analysis and Interpretation
Statistics: collection, analysis and interpretation of numerical data
Critically examine statistics given
1. Using statistics and ICT to analyse and interprete data.
Discuss the following:
The use of central-tendency measures such as mean, median and mod to describe and compare data.
The use of dispersion measures such as standard deviation to describe and compare data.
The use of frequency polygon to study trend in data.
Based on data from practical task in ISL (W14), find the mean, mod, median and standard deviation for the two sets of data.
Describe and compare the two sets of data based on mean, mod, median and standard deviation.
Write reflective log
Reading task:The National Numeracy Strategy-Department for Education and Employment.UKpg 117
Encourage the use of graphing calculator and computer software such as MsExcel and SPSS in finding the statistics.
M15 Data Analysis and Interpretation
Exploration of events related to chances (intuitive idea of probability)
1. explore events using probabillity
Practical activity:In groups, students perform probability experiments such as (a) flipping a coin, (b) tossing a die, (c) throwing a thumb tack etc
Discuss the following: experimental probability theoretical probability the use of ratio in
Do Tutorial 5.1 in groups (refer attached file)
Group presentation for Tutorial 5.1
Write reflective log
Reading task:The National Numeracy Strategy-Department for Education and Employment.UKpg 113
Suggested reading:Middle Grades Math Tools For Success (Practice Hall Needham) Page 480 - 488
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theoretical probability
M16 Revision
M17 Revision
M18 Examination
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