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TIEE Mathematics teachers program 2023-24 (view source)

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→‎Workshop objectives:
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=== Objectives: ===
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''[https://karnatakaeducation.org.in/KOER/index.php/TIEE_%E0%B2%97%E0%B2%A3%E0%B2%BF%E0%B2%A4_%E0%B2%B6%E0%B2%BF%E0%B2%95%E0%B3%8D%E0%B2%B7%E0%B2%95%E0%B2%B0_%E0%B2%95%E0%B2%BE%E0%B2%B0%E0%B3%8D%E0%B2%AF%E0%B2%95%E0%B3%8D%E0%B2%B0%E0%B2%AE_2023-24 ಈ ಪುಟವನ್ನು ಕನ್ನಡದಲ್ಲಿ ನೋಡಲು ಇಲ್ಲಿ ಕ್ಲಿಕ್ ಮಾಡಿ]''</div>
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* Discussing appropriate pedagogical processes by integrating with UDL principles to help children achieving the class level learning outcomes  - Identify appropriate learning resources suitable to the nature of content and teaching-learning strategies  - Explore various econtent, tools, software for teaching, learning and assessment for the subject. Tools : Geogebra, Gcompris, turtle block, robo compass, Phet, Street Map, etc,  - Design and implement a teaching-learning plan based on ICT-Content-Pedagogy integration topic wise for class 6 and class 7 syllabus.
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* Integrate assessment with pedagogical processes to continuously ensure the progress in learning by all children  - understand the genesis and importance of School Based Assessment,  - familiarize with learner-centred approaches for assessment,  - facilitate integration of teaching learning process with assessment procedures,  - develop context-based exemplars in the relevant subject areas for the purpose of assessment.
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* After going through this module the teachers will know about the transactional strategies including ICT integration and the assessment part that can be adopted to engage the children in learning.
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== Objectives of the program: ==
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'''Mathematics'''
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* To help teachers evolve a shared understanding of the need and importance inclusive education taking into account the different aspects of equity in the classroom
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* To help teachers reflect on their current beliefs and classroom practices and identify areas of possible refinement
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* To help teachers explore various digital tools and resources for enhancing their TPCK
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* Help teachers understand the diversity of needs in their classroom and imagine possibilities of using ICT-based pedagogy, integrating principles of UDL, in the mathematics classroom
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* To enable teachers to use multi-level, multi-modal resources and strategies
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* To build a community of learning for sustained and continuous teacher professional development through sharing experiences, ideas and best practices
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* Module 1
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== Mathematics workshops - 2023 ==
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** Whole group
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** Number system, numeracy, Integers
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=== Workshop 1: August ===
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** What did you ask at school today?- reading and discussion for connecting it to why udl in teaching strategies
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** Integrate UDL principles in the selected topic in teaching-learning process and assessment process
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===== Workshop objectives: =====
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** Accessing and sharing resources to the peer group for the benefit of all teachers
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* Module 2
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* To collectively identify common misconceptions and challenges that children face with respect to understanding number operations and basic geometrical concepts
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** Small group
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* To explore some alternate models of conception of mathematical concepts using PhET simulations and Geogebra sketches
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** Helping teachers to use available digital device in the schools – Projectors, Computers and smartphone and Helping teachers to access existing resources available on Web.
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** Exploring digital methods of teaching(TPCK) - learning that support mathematical thinking and ability, science process skills using Geogebra, PhET, Robocompass, etc Foss tools.
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==== Session details: ====
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** Accessing and sharing resources to the peer group for the benefit of all teachers
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{| class="wikitable"
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** Lines and angles, Triangles
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|'''Activity/Topic'''
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** Mobile application
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|'''Description/process'''
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* Module 3
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|'''Timing'''
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** Whole group
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|'''Resources'''
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** Integrate UDL principles in the selected topic in teaching-learning process and assessment process
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|-
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** Accessing and sharing resources to the peer group for the benefit of all teachers
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|Session initiation
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** Exponents and introduction to algebra
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|Assembly and settling down.
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QR codes are stuck up in the lab and teachers join the WA group as soon as they come and share basic info in the group like their name, school, etc. And then we can give different puzzles to all teachers and ask them to share the solved puzzle in the group along with how they can modify it to make it relevant for their children. 
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15 mins time to solve followed by a discussion on their experience of solving, how they approached the puzzle, which math concepts were used to solve the puzzle and how it can be contextualized for their students
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|11.00 to 11:30
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|[https://karnatakaeducation.org.in/KOER/en/images/9/9d/Puzzle_worksheet.pdf Mathemtics puzzles] -
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print outs of different categories of puzzles
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Number pyramid, number operations, tangram, number line, etc,.
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|-
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|Discussion on Math pedagogy - Teachers' current practices related to specific concepts, associated misconceptions children may have, challenges children face and how alternate approaches to teaching may help
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|Reading handout followed by discussion on similar observations/experiences – 10 mins
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Activity for understanding relation between how calculations are processed mentally and their written format:
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Addition and subtraction of any 2 double digit numbers – how did you calculate mentally? How is it usually solved on paper? What are the similarities/differences?
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Multiplication and division – give 2 expressions and ask teachers to give different ways of interpreting each.
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How can 14 x 7 or 15 / 3 be understood? Are there different ways?
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How are these usually solved? What challenges might children face in understanding these?
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Discussion on whether students are able to perform such mental calculations, and relation between writing format and thinking.
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Ask teachers to share misconceptions observed with respect to different operations and geometry concepts – make mindmap.
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Discussion on how these can be addressed – take few examples.
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|11:30 - 12:30
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|Reading - excerpt from 'Numeracy counts!' by Anita Rampal, R. Ramanujam and L.S. Saraswati
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|-
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|Lunch break
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|
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|12:30 to 1
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|
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|-
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|Technology integration in math teaching-learning using digital resources and diverse strategies
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|Demo of sample geogebra and Phet resources(Show resources that can be downloaded from geogebra.org and Phet.colorado.edu, open the sample resources and demonstrate how each works)- (30 min)
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'''Group activity:'''
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Each group is assigned one PhET simulation/Geogebra file related to a concept and certain questions/prompts are given for teachers to explore the resource. (30min)
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Each group is then asked to present their observations / experiences (max 10 min each)
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|1:00 to 2.30
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|[https://karnatakaeducation.org.in/KOER/en/images/0/09/Group_activity_Teacher_handout_first_maths_workshop_August.pdf Group activity Teacher handout]
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Selected offline PhET simulations and Geogebra files
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- Area Model
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- Number line
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- Visualizing Division
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- 2D and 3D shapes
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- Angle formation and types of angles
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|-
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|Exploration of other resources
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|Teachers explore the other resources (PhET, Geogebra, KOER, Mathbot, etc)
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|2: 30 to 3:00
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|
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|-
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| colspan="1" |Conclusion and wind up
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| colspan="1" |Filling out feedback form (10 min)
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Making content accessible for all students to participate
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Differentiated instruction – multilevel resources/activities (number bonds, number guessing, number ops puzzle etc), multiple models – area model/number line for visual learners, multi-modal resources (digital simulations)
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These strategies help make education equitable for all children
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| colspan="1" |3.00 to 3.30
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|
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|}
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==== Workshop Resources: ====
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# KOER pages;
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##[https://karnatakaeducation.org.in/KOER/en/index.php/Introduction_to_2D_and_3D_shapes Introduction to 2D and 3D shapes]
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##[[Lines and Angles]]
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##[https://karnatakaeducation.org.in/KOER/en/index.php/TIIE_Mathematics_Module Number operations]
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# Phet simulations:
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##[https://phet.colorado.edu/en/simulations/number-line-operations/translations Number line operations]
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##[https://phet.colorado.edu/sims/html/area-model-introduction/latest/area-model-introduction_en.html Area model introduction]
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##[https://phet.colorado.edu/sims/html/area-model-multiplication/latest/area-model-multiplication_en.html Area model multiplication]
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# [https://drive.google.com/drive/folders/1wvn7WRVfFemXU-G-J0nqmPrWOj68N9Uy?usp=sharing Geogebra files on selected topics]
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#[https://teacher-network.in/OER/index.php/Learn_Geogebra Learn Geogebra]
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==== Way forward ====
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# Creating lesson plans / school level activities through communication with WhatsApp group
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# Planning school level demonstration classes
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# Plan for the second workshop
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==== Workshop feedback form ====
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Please [https://teacher-network.in/limesurvey/index.php/597847?lang=kn click on this link to provide feedback] on the workshop and offer suggestions for its further improvement.
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== Websites/Applications for Mathematics teaching ==
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#[https://www.geogebra.org/materials Geogebra files]
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#[https://phet.colorado.edu/ PhET]
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#[https://mathsbot.com/manipulativeMenu Manipulatives - A Collection of Virtual Manipulatives.]
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#[https://www.robocompass.com/app Robocompass]
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#[https://www.gcompris.net/index-en.html Gcompris]
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== Reading Resources: ==
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# [https://drive.google.com/file/d/17R42HxTx6zX1-4vp5XAIgj-fq7KJCfJU/view NATIONAL CURRICULUM FRAMEWORK-2005]
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# [https://ncert.nic.in/pdf/focus-group/math.pdf NCF Mathematics Position paper]
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# [https://ncert.nic.in/textbook.php NCERT Text books link]
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# [https://dsert.karnataka.gov.in/storage/pdf-files/nep/8_Mathematics_Education_and_Computational_Thinkng.pdf Position paper on Mathematics Education and Computational thinking] - Karnataka
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# [https://drive.google.com/file/d/1KpMB2ZNsIFDMSJ_sRklpGmkwL6kzkw2P/view Foundational Literacy & Numeracy – Guidelines for Implementation]
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# [https://karnatakaeducation.org.in/KOER/en/index.php/Mathematics_Websites List of useful Mathematics websites]
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# [http://www.primaryresources.co.uk/maths/mathsE1.htm Primary resources] : Website gives printable resources
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[[Category:Mathematics]]
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[[Category:TIEE Workshop]]
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[[Category:TIEE]]
Anusha sharma
241

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