Simulations: The teacher’s perspective Ruth Thomas, Colin Milligan, SCROLLA, JeLSIM Partnership.

Slides:



Advertisements
Similar presentations
Expert vs. Novice Teachers Piaget: Constructivist Scaffolding Reorganization of knowledge Social context (Vygotsky)
Advertisements

Understanding by Design Stage 3
E-Learning Models Desk Study Chris Fowler. Purpose To explain our current thinking and specification of the E-Learning Models Advisor.
The Cost of Authoring with a Knowledge Layer Judy Kay and Lichao Li School of Information Technologies The University of Sydney, Australia.
Module 1: Teaching functional skills – from building to applying skills 0 0.
Fostering Learners’ Collaborative Problem Solving with RiverWeb Roger Azevedo University of Maryland Mary Ellen Verona Maryland Virtual High School Jennifer.
MMAP Middle School Math Through Applications Project Dahwun Deepak Gazi Scott Sun-Young.
Key Stage 3 National Strategy Scientific enquiry Science.
CRAMLAP Reflective Practice Steve Walsh. Learning Outcomes To provide participants with an overview of the main principles of RP; To consider the advantages.
Investigative learning Elaine Smallbones Pietermaritzburg Girls’ High School.
Delivering Guidance in a Group Setting: optimising the potential for personal learning and development in a group context Jane Westergaard Senior Lecturer.
The Art and Science of Teaching (2007)
4MAT by Bernice McCarthy
AN INSTRUCTIONAL-DESIGN THEORY GUIDE for producing effective self-learning multimedia programs for training adult learners in the Hang Seng Bank by Jenny.
King Saud University College of nursing Master program.
The Learning Cycle Lesson
CONSTRUCTIVISM.
Simulations “We become ourselves through others” Lev Vygotsky.
Developing Instructional Strategies
Science PCK Workshop March 24, 2013 Dr. Martina Nieswandt UMass Amherst
Maths Counts Insights into Lesson Study 1. Maths Department, Our Lady’s College Geometry in Context Transition Year and Ordinary Level Junior Cert 2.
Instructional Strategies
1 Small Group Teaching Linda Carey Centre for Educational Development Queen’s University Belfast.
Complex Cognitive Processes
Authentic Learning Contexts for Action-based Problem-solving Dr Lindsey Conner University of Canterbury New Zealand.
Why Simulation Offers patient care experiences to the novice that are rare and risky for them to participate in. High acuity patient levels Shortened patient.
The use of ‘exploratory learning’ for supporting immersive learning in virtual environments Freitas, S. d. & Neumann, T. (2009). The use of ‘ exploratory.
Simulation Activity for Subcutaneous Injection Education of Nursing Students Jennifer A. Ross.
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 3 Teaching & Learning.
Inquiry and IBL pedagogies How does IBL relate to our science curriculum? Tool IJ-2: IBL, inquiry skills and the nature of science.
Moving toward the Development of Interprofessional E-Cases N. Posel, S. Faremo & D. Fleiszer.
Connecting Teachers Can there be models of effective practice for teachers with ICT? Chair: Christine Vincent, Becta Presenter: Margaret Cox King’s College.
Cognitive Apprenticeship “Mastering knowledge” CLICK TO START.
Developing learner competency in the clinical environment GRACE Session 3 GRACE Program.
The Learning Sciences and Constructivism. Learning Sciences: interdisciplinary science based in psychology, education, computer science, philosophy, sociology,
Plenary Session 7: Technologies and Principles of Learning in Support of Teaching Delwyn L. Harnisch University of Nebraska, Lincoln.
Developing Content - Simulations Ruth Thomas, Colin Milligan, SCROLLA, JeLSIM Partnership.
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
Sharing Design Knowledge through the IMS Learning Design Specification Dawn Howard-Rose Kevin Harrigan David Bean University of Waterloo McGraw-Hill Ryerson.
Introduction to Curriculum Topic Study – Bridging the Gap Between Standards and Practice.
Teaching Reading Comprehension
Constructivism A learning theory for today’s classroom.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Introduction to the Framework: Unit 1, Getting Readyhttp://facultyinitiative.wested.org/1.
Design Issues for Learning Environments Allan Collins (1993)
Problem-based Learning Cherdsak Iramaneerat Department of Surgery Faculty of Medicine Siriraj Hospital 1PBL.
An Online Support System to Scaffold Real-World Problem Solving Presenter: Chih-Ming Chen Advisor: Min-Puu Chen Date: 11/10/2008 Ge, X., & Er, N. (2005).
E5 – An Instructional Model in a P-6 Mathematics classroom Andrea Hillbrick.
How to Apply it in the Classroom Elicit ideas Elaboration & Reconstruc- tion Frequent problem based activities Variety of info. & resources Collaboration.
1 Learning through Interactive Behavior Specifications Tolga Konik CSLI, Stanford University Douglas Pearson Three Penny Software John Laird University.
1 Technical & Business Writing (ENG-715) Muhammad Bilal Bashir UIIT, Rawalpindi.
Connecting Teachers Can there be models of effective practice and would they threaten innovation and diversity? Chair: Christine Vincent, Becta Presenter:
SCROLLA 16th June 2004 The Future of Computer Aided Assessment Helen Ashton Ruth Thomas Heriot-Watt University.
Computer-supported problem-based learning in the research methodology domain 指導教授 Min-puu Chen 報告者 Hui-lan Juan 報告日期 Lehti, S., & Lehtinen,
MARIA CUNNIFFE THE ENGINEERING HABITS OF MIND IN THE SCIENCE CLASSROOM.
CDIO: Overview, Standards, and Processes (Part 2) Doris R. Brodeur, November 2005.
Activity Design Goal: work from problems and opportunities of problem domain to envision new activities.
Teaching in the clinical context. Definition Teaching that focuses on real patient in a clinical setting.
Model-Facilitated Learning Overview Gordon Graber 2008.
Devising Assessment Tasks PGCE CS IT. Objectives To consider how to plan for assessment To consider progression To think about collaborative learning.
Competency Based Learning and Project Based Learning
Inquiry-based learning and the discipline-based inquiry
Software Name (Function Type)
Field-based Inquiry Dr. Lo Tin Yau Joe 12/9/2009.
Understanding by Design
Teaching with Instructional Software
Jeopardy! Game Copyright © by Sarah Wood
Interdisciplinary learning (secondary version)
Reading Fair 2009 Implications on Curriculum Planning to Facilitate Reading across the Curriculum By Ms Pamela CHAN Seconded Teacher English Language.
Simulation-driven Enterprise Modelling: WHY ?
Presentation transcript:

Simulations: The teacher’s perspective Ruth Thomas, Colin Milligan, SCROLLA, JeLSIM Partnership

After this session you will: Appreciate the role that simulations can play in education, Be aware of the pitfalls in using simulations Have applied this knowledge in your own domain

Overview What do you want from a simulation? What are simulations? Why use them in education? Pitfalls and difficulties Your simulations Roundup.

Task: What do you want from simulations? In matched pairs: Identify an aspect of your teaching / the teaching you support; or reflect on your own learning experience and choose a topic that would benefit from the use of a simulation

What are Simulations? Many perspectives and definitions Two key features: 1.There is a computer model of a real or theoretical system that contains information on how the system behaves. 2.Experimentation can take place. i.e changing the input to the model affects the output.

Demos Projectile (animation) Projectile (simulation) Nuclear power station (simulation) Phasors (simulation) Wave interference (simulation)

Group activity Why are simulations valuable? How can you use them educationally?

What does research say? Experiential learning (Kolb) –Experience, reflection, conceptualization planning, Constructivism (e,g Jonasssen) –Explore, observe, generate mental models, building on pre-existing models, Case-based reasoning (Schank) –Learning by doing, relate to real world meaningful contexts, Dynamic fidelity –Novices need lower fidelity models than experts, –Functional fidelity for cognitive understanding, –Physical fidelity for development of skills.

Possible pitfalls Unguided exploration rarely works, Engagement with interface not model, Lack of reflection by student, No transfer from simulation to real world, Introduction of new misconceptions, Poor scaffolding, Lack of guidance, expertise, feedback.

Other design considerations. Consider learning outcomes, Assessment, Cost: –What resources exist already? –Design for re-use. Is it justified: –Or is it just mindless interactivity?

Task: Revise your simulations In original pairs - Refine your simulation: –What is its educational value? –How will you use it?

Round up and summary

More Information SCROLLA: JeLSIM: Ruth Thomas: Colin Milligan:

The value of simulations Engaging, –Active involvement not passive recipient –Learning by doing –Intrinsic Feedback Exploratory environment –What if? –Hypothesis –Learn from mistakes –POE –Confront alternative conceptions

How can you use them educationally? Why do you need a simulation? –drill and practice, self study, revision, diagnosis, exploration, experimentation, investigation, design? –Confront misconception –To explain a difficult concept –Resource for problem based learning –To set a task –A design exercise –To augment or replace a laboratory exercise –Assessment