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Curriculum Management
Model of Lesson Planning
Builder
Presenter: Dr Muavia Gallie
School Turnaround
Process of the Model 1. Iden5fy the ‘teaching and learning’ days or periods; – Using ‘weeks’ (pace seBers); – Using ‘weigh5ng’ (start with ‘end’ in mind);
2. Map: – Content areas; – Topics; – Lessons;
3. Link term topics with SBAs; 4. Assessment plan (for teachers and learners); 5. Teaching and Learning Methods (effec5ve pedagogy); 6. Resources: – Developing concepts; – Class work (homework); – Worksheets; – Mul5-‐media;
7. Levels of Complexity Ques5ons.
Construc9ng the T&L days/periods • We work with 170 days of Teaching and Learning, where subjects are taught every ‘day per week’;
• You have a choice between two approaches: – Use the ‘weeks’ in the “Time Alloca5on per topic” (page 38 in CAPS Math Grade 7), and reduce to 34 weeks (excluding examina5on and other non-‐teaching days, but including revision and forma5ve assessment); or
– Use the “weigh5ng of content area” (page 11 in CAPS Math Grade 7), and generate the percentage from 170 days;
• In cases where subjects don’t have periods every day, then work on ‘periods per week’ mul5ply by 34 weeks (and not 170 days).
Lets work with 170 days, and on ‘weigh9ng’, to allocate the ‘content areas’:
Days per ‘content area’ will be calculated as follow -‐ • Numbers, Opera5ons and Rela5ons X 30% of 170 days = 50
days; • PaBerns, Func5ons and Algebra X 25% of 170 days = 43
days; • Space and Shape (Geometry) X 25% of 170 days = 43 days; • Measurement X 10% of 170 days = 17 days; • Data Handling X 10% of 170 days = 17 days
Total = 50 + 43 + 43 + 17 + 17 = 170 days
Lets work with 50 days for Numbers, Opera9ons and Rela9ons, to allocate ‘topics’:
Days per ‘topics’ will be calculated as follow -‐ • Whole numbers – 9 hours = 10 days; • Exponents – 9 hours = 10 days; • Integers – 9 hours = 10 days; • Common frac5ons – 9 hours – 10 days • Decimal frac5ons – 9 hours – 10 days
Total = 10 + 10 + 10 + 10 + 10 = 50 days
Lets work with 10 days for Whole Numbers, to allocate the ‘lessons’:
Lessons per ‘topic’ will be calculated as follow -‐ • Lesson 1 -‐ Revision of Grade 6 work; • Lesson 2 -‐ Ordering of whole numbers; • Lesson 3 – Comparing of whole numbers; • Lesson 4 – Proper5es of whole numbers; • Lesson 5 – Calcula5ons using whole numbers; • Lesson 6 – Calcula5on techniques • Lesson 7 – Mul5ples and factors • Lesson 8 – Solving problems involving whole numbers • Lesson 9 – Solving problems involving percentages • Lesson 10 – Solving problems involving decimal
frac5ons
Linking of Term Topics to SBAs • Whole numbers and Exponents = Test? • Geometry: ü Construc5on of figures; ü 2D shapes; ü Straight lines = Assignment?
Assessment Plan
Assessment Plan
Assessment Plan
Assessment Plan
Assessment Plan
Assessment Plan
Teacher Assessment Plan
• Iden5fy the ‘topics’ that will be covered by the TEST; • THEN iden5fy (i) the test date; (ii) when the marks will be submiBed, and (iii) when feedback will be given to learners;
• Iden5fy the ‘topics’ that will be covered by the ASSIGNMENT; • THEN iden5fy (i) the announcement date; (ii) the ‘first aBempt’ date (for second chance opportunity); (iii) the final submission date; (iv) when the marks will be submiBed, and (v) when feedback will be given to learners;
• REPEAT THESE STEPS FOR EVERY TERM’S SBAs.
Learner Assessment Plan • Supply learners with a
‘subject assessment plan’ for every subject they are doing;
• Map their ‘subject target’ as the default for every subject they do;
• Give learners a ‘demonstra5on’ of the impact and implica5on of different ‘performance levels’ (other than the default target), on the ‘end of year’ performance mark;
• When learners don’t achieve at or above their ‘subject target’, allow them a ‘second chance opportunity;
• THIS WILL ALLOW LEARNERS TO MANAGE THEIR OWN PERFORMANCE!
8. Iden9fy the Framework of your Daily Lesson Plan
1. Planning, prac9ce and interac9on; • Define subject, phase, term, week, day; • CAPS references such as content area, topic, source, scope, concepts, pre-‐knowledge & engagement, teaching method, length of period, prac5cal examples;
2. Direc9on and instruc9on; 3. General techniques; 4. Teaching and learning tools; 5. Classroom management; 6. Physical environment; 7. Ques9oning techniques; 8. From interac9on to engagement;
9. Classroom leadership; 10. Lesson Flow:
• Introduc5on; • Concept development; • Classwork in wri5ng book; • Problem solving/ crea5vity; • Extra ac5vi5es; • Consolida5on
11. Classroom Assessment as per Subject;
12. Test and examina9on prepara9on;
13. Second chance opportunity; 14. Final expecta9ons; 15. Grades, marks, targets, etc.;
Teaching and Learning Methods
Interac9ve Instruc9on
Direct Instruc9on
Indirect Instruc9on
Experien9al Learning
Independent Study
Direct Instruc9on Structured Overview
Explicit Teaching Mastery Lecture
Drill and Prac9ce
Compare and Contrast Didac9c Ques9ons
Demonstra9ons Guides for Reading, Listening, Viewing
Indirect Instruc9on Problem Iden9fica9on
Case Studies Inquiry
Reading for Meaning Reflec9ve Discussion
Concept Forma9on Concept Mapping
Concept Adainment Cloze Procedure
Interac9ve Instruc9on Debates Role Playing Panels
Brainstorming Peer Prac9ce Discussion
Laboratory Groups
Coopera9ve Learning Groups Problem Solving
Circle of Knowledge
Tutorial Groups Interviewing
Experien9al Learning Field trips
Conduc9ng Experiments
Games Simula9ons
Focused Imaging Field Observa9ons
Imita9on Synec9cs
Model Building Surveys
Independent Study Essays
Computer Assisted Instruc9on
Learning Ac9vity Package Reports
Correspondence Lessons Discovery work
Research Projects Assigned Ques9ons
Explora9on work Learning Centres
Teaching and Learning Methods No Direct Instruction
Indirect Instruction
Interactive Instruction
Experiential Learning Independent Study
1 Explicit teaching 9 Case studies 19 Debates 31 Field trips 41 Essays
2 Structured overview 10 Problem identification 20 Panels 32
Conducting experiments 42
Computer assisted instruction
3 Mastery lecture 11 Inquiry 21 Role playing 33 Simulations 43 Reports
4 Drill and practice 12 Reading for meaning 22 Peer practice 34 Games 44
Learning activity package
5 Compare and contrast 13
Reflective discussion 23 Discussion 35 Focused imaging 45
Correspondence lessons
6 Didactic questions 14 Concept formation 24 Brainstorming 36 Observation 46 Discovery work
7 Demonstrations 15 Concept mapping 25 Laboratory groups 37 Imitation 47 Research projects
8 Guides of reading, listening, viewing 16
Concept attainment 26 Circle of knowledge 38 Synectics 48 Assigned questions
17 Cloze procedure 27
Cooperative learning groups 39 Model building 49 Exploration work
18 Consolidation 28 Problem Solving 40 Surveys 50 Learning Centres 29 Interviewing 30 Tutorial groups
Effec9ve Pedagogy Teacher-‐Centred
Methods Learner-‐Centred
Methods
Lecture
Tell a Story
Demonstration
Whole-Class Discussion
Video Show
Role Play
Small Group Discussion
Visit
Project Work
Library Search
Investigation
Practical Work
Self-Study
Right-Answer
Questions
Simulation
Resources • hBp://www.pinterest.com • hBp://www.teacherspayteachers.com • hBp://www.khanacademy.org • hBp://www.worksheetcloud.com • hBp://www.youtube.com
Levels of Complexity Ques9ons
• Formulate at least 12 Ques9ons per ‘lesson’, meaning you will build up a ‘data bank’ of ques9on of over 1700 ques9ons;
• Ensure that you have at least 3 Ques9on per level (low, middle, high).
Low Ques9ons Middle Ques9ons High Ques9ons
Thank You!