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Learning Intentions and Educational RobotsDave CatlinCEO Valiant Technology Ltd.Constructionism 20161st 5th Feb, Bangkok, Thailand
www.roamer-educational-robot.com
Turtle Type Robots
The Problem
Diversity
BBC Digi Zone 2014 Glasgow Commonwealth GamesKafuro School Project UgandaChrist Hospital School,West Sussex, England
Shanghai School Project
Teaching the X Factor
Skill Matrix
UntrainedTrainedNewUserSkilledUserTeaching SkillRobotic Skill
Gordons Competence Ladder
ERA PrinciplesTechnologyIntelligenceInteraction EmbodimentStudentEngagementPersonalisationSustainable LearningEducational Robotic Application PrinciplesTeacherPedagogyCurriculum and AssessmentEmbodimentPractical
Catlin, D. and Blamires, M, (2010)Constructionism, Paris
Curriculum and Assessment PrincipleEducational Robots can facilitate teaching, learning and assessment in traditional curriculum areas by supporting good teaching practice.
Inside the Black BoxThe Classroom
Paul BlackDylan WiliamRaising Standards through Classroom AssessmentResourcesEducated Students
AfL Assessment for LearningLearning IntentionsSuccess CriteriaFeedbackQuality InteractionsPeer and Self-Assessment
AfL and RobotsCatlin, D. (2012). Maximising the Effectiveness of Educational Robotics through the Use of Assessment for Learning Methodologies. 3rd International Conference on Teaching Robotics, Teaching with Robotics. Riva La Garda, Italy.
Catlin, D. (2014). Using Peer Assessment with Educational Robots, Peer Review. Peer Review, Peer Assessment and Self Assessment in Education, ist International Workshop, collated with the 13th International Conference on Web-based Learning ICW. Tallinn, Estonia: Springer Verlag.
Catlin, D., Csizmadia, A. P., OMeara, J. G., & Younie, S. (2015). Using Educational Robotics Research to Transform the Classroom. RiE 2015: 6th International Conference on Robotics in Education. Yverdon-les-Bains.
National Turtle Project21 School DistrictsSept 1988 to Dec 1989350 Turtle Robots Programmed with LOGO
ERA: Engagement PrincipleThrough engagement Educational Robots can foster affirmative emotional states and social relationships that promote the creation of positive learning attitudes and environments, which improves the quality and depth of a students learning experience.
MethodologyReview of AfL informationTeacher experience and perspectiveJoe Bower Blog: Stop writing the objectives on the board.
A Confusion of TermsObjectivesLearning IntentionsOutcomesRubricsGrade Related Criteria
From Assessment and Learning Pocketbook by Ian Smith.
Number GrabHidden strategies and ideas.Ok to travel backwardTurn acute anglesEvaluate options using distance point ratiosDo time speed calculations
Creative Commons Citation: Roamer Educational Robot Activity written by Dave Catlin and Alan Coode for Valiant Technology Ltd. www.roamer-educational-robot.com
Lesson ObjectivesMake strategic problem solving decisions based on arithmetical operations and estimations involving integers. Practice the rapid recall of number facts and arithmetical operations on integers. Practice estimating distance, turn and time.
Engagement is Essential
What we say to dogs!Based on Gary Larson Far Side Cartoon
What Children Understand
What dogs hear!Based on Gary Larson Far Side Cartoon
Learning IntentionsFocus on learning and not what students have to doThe childs perspective on what they are learningShould be negotiated with the students
The Teacher is a Facilitator
Good Intentions Bad Results
Messing Up Learning Intentions
About Learning IntentionsAssessment becomes formative when teachers use the evidence to adapt their teaching to meet student learning needs. Teachers lead formative assessment, but it is something students do. A narrow Learning Intention is not always enough to direct student learning. Creating a good Learning Intention is more craft than science. You need to make sure writing Learning Intentions does not become a dull routine. .
Wiliam, D. (2011). Embedded Formative Assessment. Bloomington: Solution Tree Press.
Student Ownership of Learning
Maple Cross Star Wars Project
Engagement is the Key
Maple Cross Star Wars Project
Effective Questioning Strategies
Generating, Planning, ProducingChecking, CritiquingDifferentiating, Organising, AttributingExecuting, ImplementingInterpreting, Exemplifying, Classifying, Summarising, Inferring, Comparing, ExplainingRecognising RecallingAdapted from Questioning TechniqueGordon Pope, Teachers Pocketbooks, 2013
28
Back to Number Grab
At Last Learning IntentionsLearning IntentionsLesson ObjectivesMake strategic problem solving decisions based on arithmetical operations and estimations involving integers. Practice the rapid recall of number facts and arithmetical operations on integers. Practice estimating distance, turn and time.
Were finding out how to get the biggest numberIm getting better at sums
Delivering Letters
Gravemeijer, K. (1997) Mediating Between Concrete and Abstract, in Learning and Teaching Mathematics, An International Perspective, Editors, Nunes,T.and Bryant, P. pub Psychology Press.
Sinbads Treasure
Do You Always Need a Learning Intention?
Spacecraft Rescue
Different Learning Intentions
Multiple Learning Intentions
Managing Lessons
SummaryLesson Objectives relate to the curriculumEngage students before establishing Learning IntentionsHelp students to generate Learning Intentions Focus on learning not what-to-doUse effective questioning to develop Learning IntentionsTry and establish Learning Intentions at the start of the lessonIt is not always possible to set up a Learning Intention.Change the Learning Intentions if it improves learning
Conclusion
Engaging students through discussion and effective questioning is the best way to establish Learning Intentions and helps them take ownership of their learning. www.roamer-educational-robot.com
IntroductionOverview of Roamer Activities13061.179Slide 2Educational Robots and Learning Intentions29074.482Slide 3Educational Robots and Learning Intentions27977.314Slide 4Educational Robots and Learning Intentions12617.104Slide 5Educational Robots and Learning Intentions38713.44Slide 6Educational Robots and Learning Intentions17397.48Slide 7Educational Robots and Learning Intentions24816.426Slide 8Educational Robots and Learning Intentions28969.99Slide 9Educational Robots and Learning Intentions27063.008Slide 10Educational Robots and Learning Intentions45426.562Slide 11Educational Robots and Learning Intentions16979.512Slide 12Educational Robots and Learning Intentions29570.82Slide 13Educational Robots and Learning Intentions29701.436Slide 14Educational Robots and Learning Intentions44198.87Slide 15Educational Robots and Learning Intentions48299.883Slide 16Educational Robots and Learning Intentions25495.625Slide 17Educational Robots and Learning Intentions27951.191Slide 18Educational Robots and Learning Intentions28343.037Slide 19Educational Robots and Learning Intentions6191.0366Slide 20Educational Robots and Learning Intentions18703.633Slide 21Educational Robots and Learning Intentions21890.645Slide 21Educational Robots and Learning Intentions24476.826IntroductionOverview of Roamer Activities43859.297Slide 24Educational Robots and Learning Intentions16718.281Slide 25Educational Robots and Learning Intentions20480.0Slide 26Educational Robots and Learning Intentions13949.329Slide 27Educational Robots and Learning Intentions23092.305Slide 28Educational Robots and Learning Intentions30955.342Slide 29Educational Robots and Learning Intentions36911.086Slide 30Educational Robots and Learning Intentions40777.008Slide 30Educational Robots and Learning Intentions44016.023Slide 32Educational Robots and Learning Intentions34769.156Slide 33Educational Robots and Learning Intentions31321.064Slide 34Educational Robots and Learning Intentions18207.295Slide 35Educational Robots and Learning Intentions32235.371Slide 36Educational Robots and Learning Intentions28682.637Slide 34Educational Robots and Learning Intentions45086.99Slide 37Educational Robots and Learning Intentions32757.832IntroductionOverview of Roamer Activities8463.694