Didactic and Constructivist Approaches to Curriculum, Instruction and Assessment From: Moursund, D. (2003). Project-based learning using information technology.

Slides:



Advertisements
Similar presentations
Flexible Grouping Practices
Advertisements

ETL339: E-Learning Is it all just smoke and mirrors... bells and whistles?
Project-Based vs. Text-Based
The Computer as a Tutor. With the invention of the microcomputer (now also commonly referred to as PCs or personal computers), the PC has become the tool.
Comparison of Teacher-Centered and Learner-Centered Paradigms From Figure 1-2 in Huba and Freed, Learner-Centered Assessment on College Campuses: Shifting.
Common Core Math: 2 > 4 Super Week Norms Silence your technology Limit sidebar conversations.
Evolution of Thought and Practice What is Effective Integration of Technology, and Does it Make a Difference?
D.A Public School (O & A Levels)
1 ICT-based Paradigm Shifts Dave Moursund Teacher Education.
Inquiry-Based Learning MAT Project Veronica Robinson.
Science Inquiry Minds-on Hands-on.
Center for Teacher Certification at ACC Lesson Planning 101 What you need to know about planning for students to learn.
Ryann Kramer EDU Prof. R. Moroney Summer 2010.
Nov 2012 Presenter: Sophia Palahicky, MDE. What is my goal?  To spark a discussion about the importance of pedagogy in distance education?
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Welcome to EDTL1720 – Instructional Design School of Education Facilitator: Debra Ferdinand,PhD May
By Weizmar Lozada. Content-based Instruction Use of content from other disciplines in language teaching. Build on students’ previous knowledge. Students.
MA course on language teaching and testing February 2015.
ENGLISH LANGUAGE ARTS AND READING K-5 Curriculum Overview.
Interstate New Teacher Assessment and Support Consortium (INTASC)
Contributions of Contextual Teaching to Improved Student Learning Richard L. Lynch, PI University of Georgia (706)
Reading Newell-Fonda Ten Instructional Approaches That Matter for Adolescents Create Lessons that Include:Student Experiences: 1.Collaboration Students.
Project Based Learning
Learner-Centred Approaches
Becoming a Teacher Ninth Edition
PRESENTED BY: RUBY JERNIGAN The Impact of Project Based Learning.
Flipping the Classroom. "The way we were taught is not necessarily the way we should be teaching students." - Stacey Roshan, HS Algebra Teacher, Bullis.
What do they look like and what role does a teacher play? New Age Classrooms:
CONSTRUCTIVISM & CONTINUOUS COMPREHENSIVE EVALUATION
* Research suggests that technology used in classrooms can be especially advantageous to at-risk, EL, and special ed students. (Means, Blando, Olson,
NTeQ: iNtegrating Technology for inQuiry Bryona Golding University of Phoenix Online.
“Tele” = at a distance (far) Collaboration = co-labor (shared labor) Tele-collaboration = sharing labors at a distance Telecollaboration.
A. Erzberger, April, 2003 Inquiry & Scientific Research.
Problem-Based Learning. Process of PBL Students confront a problem. In groups, students organize prior knowledge and attempt to identify the nature of.
Lecture 7. The Questions: What is the role of alternative assessment in language learning? What are the Reasons.
Inquiry-based Learning Linking Teaching with Learning.
How to use Thematic Units……. The key to successful thematic unit development and teaching is careful and thoughtful planning, combined with a thorough.
Constructivism A learning theory for today’s classroom.
Paula Goldstein If you have a problem or a question, CONTACT me - Please!
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Problem-Solving Approach of Allied Health Learning Community.
Technology Mediated Learning (TML).  All Students are processed:  in year groupings  at the same rate  through the same pre-set curriculum  through.
April 25 th Classrooms for the Future Facts 08’  358 High Schools in PA  12,100 Teachers  83,000 Laptops  101 Million Statewide Spent  3.75.
JOT2 – LEARNING THEORIES
Hannah Love LSIS 5645 Core Assessment IV. Why is information literacy necessary?  To fulfill the goals of education by preparing students for The workplace.
Designing Opportunities for Learning Chapter 2 By Sheri Higgs.
A Framework for Integrating Technology Mark Grabe.
Project Learning Project Based Learning NCCVT School District Professional Development.
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1pt Category 1 Category 2Category 3Category.
Constructivism. What is Constructivism? Constructivism is a theory of how people learn. It is based on the idea that knowledge is constructed by learners.
Constructivism By Kiarra Clark & Tina McFarlin. What is Constructivism ? Has roots in philosophy, psychology, sociology, and education. Learners construct.
CONSTRUCTIVISM Eddelyn D. Gupeteo, PhD Seminar-Workshop on Constructivism Ateneo de Davao University Grade School Unit April 27, 2012.
Interactive Multi-Media Projects & Problem-Based Learning Engaging Students in Their Learning.
We believe that children's engineering can and should be integrated into the material that is already being taught in the elementary classroom -it does.
Constructivism The 5 E's Lesson Plan ( Internet Resource from slidesare.net adapted for the session )
IMPROVING THE TEACHING & LEARNING OF MATHEMATICS, SCIENCE AND ENGLISH LANGUAGE.
All Together for Inclusion
Differentiation Presented by Redwood Teachers. Differentiation in a Nutshell Differentiated Instruction is multiple ways to structure a lesson so that.
Post Mid-Term. Teacher Planning and Preparation for Technology use Teacher responsible for creating an environment in which technology can effectively.
Susannah Moran Karen Diaz. Assessment  Authentic Tasks: –Do you think the United States should sign the Kyoto Protocol? Write a memo to the president.
21st Centruy Approaches to Teaching Physics
Flexible Grouping Practices
FLIPPED CLASSROOM FOR AUTHENTIC LEARNING SUCCESS
CHOOSE APPROPRIATE INSTRUCTION STRATEGIES AND RESOURCES
Inquiry-based learning and the discipline-based inquiry
TECHNOLOGY STANDARDS FOR EDUCATORS BONNIE SMITH MAY 2, 2011
Teaching Chinese as Second Language in the Schools of Yunnan An Exploration in Constructivism Liwei Liu.
We believe that children's engineering can and should be integrated into the material that is already being taught in the elementary classroom -it does.
Designing and delivering a learner centred curriculum
CONSTRUCTIVISM & CONTINUOUS COMPREHENSIVE EVALUATION
Presentation transcript:

Didactic and Constructivist Approaches to Curriculum, Instruction and Assessment From: Moursund, D. (2003). Project-based learning using information technology. ISTE Publishing.

Didactic Teaching ~ Teacher-centred instruction Etymology: Latin docere to teach, Greek didaktikos, from didaskein to teach 1 a : designed or intended to teach {document, doctor, dextrous, doctrine, dogma, orthodox, paradox}

The didactic model of teaching is equated with a factory model of education. It has persisted for nearly 200 years and is still the dominant model of instruction in most schools. The teacher is characterized as being the “sage on the stage” and functioning in a “stand and deliver mode.

Constructivism is a learning theory that assumes a learner constructs new knowledge, building on whatever base of knowledge the learner already has. Constructivism is a relatively new learning theory, although it is rooted in the work of Dewey and Piaget. It is largely associated with the work of Jerome Bruner (science education).

Few teachers teach in a purely didactic manner or in a purely constructivist manner. Almost all teachers use both approaches, switching from one to the other as seems appropriate. However, didactic and constructivist teaching represent two quite different theories of learning. The following charts provide a comparison between these approaches to teaching/learning in three areas: Curriculum, Instruction, and Assessment.

CURRICULUM Educational ComponentDidactic CurriculumConstructivist Curriculum Concept of Knowledge Facts: Memorization. Discipline specific. Often an emphasis on lower-order thinking skills. Relationships. Inquiry and invention. Higher-order thinking skills. Represent and solve complex problems, drawing on multiple resources over an extended period of time. Instructional Technology as content Taught in specific time blocks or courses that focus on IT. Integrated into all content areas, as well as being a content area in its own right. Instructional Technology as tool ICT facilities available in a computer lab or library. Use not integrated into everyday activities. ICT facilities available in the classroom as well as elsewhere. Use is integrated into the routine of the class day.

CURRICULUM (Continued) Educational ComponentDidactic CurriculumConstructivist Curriculum Time Schedule Careful Adherence to prescribed amounts of time each day on specific disciplines. Time scheduling is flexible, making possible extended blocks of time to spend on a project. Problem solving. Higher-order thinking skills. Students work alone on problems presented in textbooks. Problems are usually of limited scope. Modest emphasis on higher-order thinking skills. Students tend to equate the word “problem” with “math problem.” Students work individually and collaboratively on multi- disciplinary problems. Problems are typically broad in scope, and students pose or help pose the problems. Substantial emphasis on higher-order thinking skills. Curriculum Structure Focus on a specific discipline and a specific, pre-charted pathway through the curriculum Curriculum is usually interdisciplinary, without a pre- charted pathway. Different students study different curricula.

INSTRUCTION Educational ComponentDidactic CurriculumConstructivist Curriculum Classroom Activity Teacher-centred. Teacher driven. Teacher is responsible for “covering” a set curriculum. Learner-centred (student- centred). Cooperative. Interactive. Student has increased responsibility for learning. Collaborative tasks. Teams. Teacher Role Dispenser of knowledge. Expert. Fully in charge. Gatekeeper. Collaborator, facilitator, consultant, learner. Instruction Lecture/demonstration with quick recall and student recitation of facts. Seatwork, quizzes, and exams. Single-discipline oriented. “Sage on the stage.” “Guide on the side.” Mentoring. Facilitating. Discovery-based learning. Peer instruction. Interdisciplinary oriented.

INSTRUCTION (Continued) Educational ComponentDidactic CurriculumConstructivist Curriculum Parent and home role. Community Help or encouragement for doing homework. Support of “traditional” education. Parents and students learn from each other. Home technology supplements school technology. Teacher – student interaction Teacher lectures and asks questions, student recites. Teacher works with groups facilitating projects. Students and teachers collaborate on rich inquiry. Technology Use Computer-assisted learning (drill & practice, tutorial, simulations). Tools used for amplification. Synchronous distance learning designed to emulate a traditional didactic classroom. Communication, collaboration, information access, information processing, multimedia documents and presentations. Asynchronous distance learning, often focusing on topics selected by the learner.

ASSESSMENT Educational ComponentDidactic CurriculumConstructivist Curriculum Student Role as a learner Listener (often passive). Quiet, well behaved. Raises hand when prepared to respond to a teacher’s question. Studies directed toward passing tests and completing required work. Collaborator, teacher, peer, evaluator, sometimes expert. Actively engaged. Active learning. Problem poser. Students learn as they help each other learn. Demonstration of Success Quantity and speed of recall. Ability to do well on standard tests. Quality of understanding. Ability to transfer knowledge and skills to new and novel settings. Use of technology during assessment Paper, pencil, ruler, sometimes a calculator. Students assessed in the environment in which they learn.

ASSESSMENT (Continued) Educational ComponentDidactic CurriculumConstructivist Curriculum Student Work- Products Most student work-products are written and private, shared only with the teacher. Occasional oral presentation. Most student work-products are public, subject to review by teachers, peers, parents, and others. Multiple forms of products. Assessment Norm-referenced. Objective and short answer. Focus upon memorization of facts. Discipline specific. Lower-order thinking skills. Criterion-referenced. Authentic assessment of products, performances, and presentations. Portfolio. Self- assessment. Peer assessment.