Unplugged Coding Robotics
Preparing Little Brains for BIG Futures!
Unplugged Coding Robotics
Preparing Little Brains for BIG Futures!
Lesson Planning | Les Beplanning – Grade/Graad 1 Term/Kwartaal 1 | Unplugged Coding and Robotics
R500,00 – R1.000,00
Available in English & Afrikaans, or both:
Our 10-week Coding and Robotics lesson plans for Grade 1 helps learners understand patterns, sequencing, and algorithms, all in alignment with the CAPS curriculum. Through practical lessons and a Learner Book, the program builds confidence and skills for the future, while offering integration ideas for other subjects such as mathematics and art. Ideal for developing critical thinking and problem-solving skills.
| Coding and Robotics for Grade 1 | Term 1 (10-Week, Mastery Approach, CAPS-Aligned) | Koderings- en Robotika vir Graad 1 | Kwartaal 1 (10-Weke, Meesterskapbenadering, CAPS-belyn) |
| This 10-week Grade 1 Coding and Robotics program, aligned with the CAPS curriculum, uses a mastery approach to help students develop essential skills in patterns, sequencing, and algorithms. Each hands-on lesson is designed to engage young learners while building confidence and understanding before progressing to more complex concepts. | Hierdie 10-week Graad 1 Koderings- en Robotikaprogram gebruik die meesterbenadering om leerders te help om ‘n diep begrip van patrone, volgordebepaling en algoritmes te ontwikkel, alles in lyn met die CAPS-kurrikulum. Elke les is prakties, interaktief en ontwikkelingsvoordelig, wat leerders help om selfvertroue en meesterlikheid te bou voordat hulle na meer komplekse konsepte beweeg. |
| Throughout the program, children will: | Gedurende die program sal leerders: |
| Explore patterns by identifying, creating, and extending repeating sequences in objects, colors, and shapes. | Patrone verken deur aktiwiteite wat hulle help om patrone in voorwerpe, kleure en vorms te identifiseer en uit te brei. |
| Learn sequencing by arranging events or actions in the correct order, fostering logical thinking and problem-solving skills. | Volgordebepaling leer deur gebeurtenisse of aksies in die regte volgorde te rangskik, wat logiese denke en probleemoplossing bou. |
| Understand algorithms through simple, step-by-step tasks like directing a robot or completing tasks in a sequence. | Algoritmes verstaan deur stap-vir-stap instruksies te gebruik om eenvoudige probleme op te los, soos die rigting van ‘n robot of die voltooiing van take in ‘n volgorde. |
| The program includes a Learner Book for students to record observations, complete activities, and reflect on their progress. Additionally, integration ideas encourage cross-curricular links with subjects like math, language, and creative arts, reinforcing the relevance of coding skills in various areas of development. | Die program sluit ‘n Leerderboek in wat die kinders se leerreis ondersteun en hulle help om waarnemings te teken, aktiwiteite te voltooi en hulle vordering te monitor. Dit sluit ook idees in om koderings- en robotikalesse in ander vakke soos wiskunde, taal en kuns te integreer. |
| By the end of the program, students will have developed foundational computational thinking skills, preparing them for future exploration in technology and problem-solving.
INCLUDES student workbook. |
Teen die einde van die program sal leerders die nodige rekenaarde denkwyses ontwikkel wat die grondslag vir toekomstige tegnologie en probleemoplossing sal vorm.
SLUIT studentewerkboek IN. |
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| Language: | English, Afrikaans, Both/Albei |
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