SLED – Design Model. In the Classroom Problem Identification Teachers and students share and read design brief Teachers prompts students by asking:

Slides:



Advertisements
Similar presentations
Department of Mathematics and Science
Advertisements

The Network of Dynamic Learning Communities C 107 F N Increasing Rigor February 5, 2011.
Curriculum Instruction & Assessment Part I - Alignment By Tina Waddy.
Benchmark assessment data generated from the Edusoft Assessment Management System is a powerful tool for informing classroom instruction, and ensuring.
Marzano Art and Science Teaching Framework Learning Map
Consistency of Assessment
Study Hall: Work quietly at your seat (homework, study, draw, read, etc.) You are not up wondering around the classroom – 1. Sharpen your pencils 2. Sit.
1 Bessy Tsakmaki and Linda MekiouWe decided to report on the 1 st Elluminate session, “Using Higher Ordering Questions in the Classroom”, and we will share.
Johns Hopkins University School of Education 2006 ACTION RESEARCH Eileen Ferrance Northeast and Islands Regional Educational Laboratories Brown University.
Dr. Pratibha Gupta Associate professor Deptt. of Community Medicine ELMC & H, Lucknow.
Developing Professional Mathematics Learning Communities Formative Assessment: Focus on Re- Engagement Lessons.
SCIENCE AND ENGINEERING PRACTICES IN THE ELEMENTARY SCIENCE CLASSROOM Brenda Capobianco Todd Kelley Chell Nyquist.
How to prepare and what to expect  For schools and their faculty to determine who you are and what you believe in to get an idea about whether you are.
Integration and Differentiation of Curriculum
Engineering Design Process ETP 2005 – Brian Vance This material is based upon work supported by the National Science Foundation under Grant No
Engineering Design Loop A specific and iterative set of steps that engineers use to evaluate and refine potential solutions, select the most promising.
Problem Solving Unit 2. Problem Solving 1. Define the problem – What is the problem? 2. Generate possible solutions – What are some things I can do to.
Work Sample: Engineering Design Grades 3-5
Interactive Science Notebooks: Putting the Next Generation Practices into Action
SOLEDAD A. ULEP UNIVERSITY OF THE PHILIPPINES NATIONAL INSTITUTE FOR SCIENCE AND MATHEMATICS EDUCATION DEVELOPMENT Using Assessment to Improve Classroom.
Complete Project Template “Here’s my Title!” School: Grade/Grade Band: Time Frame: Team Members/Content Areas:
4.1 EbD Human-Centered Design 1 ® ®. Essential Question: ® How can the Human-Centered design model help frame my project and how will all the information.
CISIP Writing Framework Approaches to Teaching and Learning Science and Writing.
Interstate New Teacher Assessment and Support Consortium (INTASC)
AiZ (Zone 2 & 3) Session 1 May 2010 Sue Gunningham
Engineering Design Process
Engineering By Design 2.5 EbD Inclusive Design Audit 1 ®
What is Engineering? Day 1: 6-12 STEM Integration MSTA Region 11 Teacher Center.
Engineering Design Process
Opportunity. For Life. Solving the CRISIS: Designing Real-World Gifted Programming Through Partnership with Content Specialists Melissa A. Rains, M.Ed.
What Does Great Teaching Look Like? Professional Learning Communities USD #443 Secondary Schools.
Cooperation in the Classroom. Learning how to work cooperatively Student Teacher Modeled Shared Guided Independence Practice Practice Coaching Coaching.
Engineering Design Process
APPLICATION IS ENGINEERING ON THE SCIENCE MSP [name here] REGIONAL SCIENCE COORDINATOR [ESD here]
WHAT IS ENGINEERING? Lending a Hand: Teaching Forces through Assistive Device Design Activity EDP Assistive Hand Device Presentation.
3.4 EbD Service-Learning Applied 1 ® ®. Essential Question: ® When I am preparing a Service-Learning project, what are the components and skills that.
Common Core Standards Elementary Level Sharing Curriculum Maps July 31, 2012.
PROCESS STANDARDS FOR MATHEMATICS. PROBLEM SOLVING The Purpose of the Problem Solving Approach The problem solving approach fosters the development of.
Engineering Design Process
Ch. 6.  How did this problem come about?  Why does it need to be solved?  Try to limit the objective so that it can focus on finding a specific solution.
Inclusion: Effective Practices for All Students, 1e McLeskey/Rosenberg/Westling © 2010 Pearson Education, Inc. All Rights Reserved What.
1.2 EbD Community Engineering and the Core Curriculum 1 ® ®
Inquiry Refers to the diverse ways in which scientists study the natural world and propose explanations based on the evidence derived from their work.
Inquiry: The Heart and Soul of Science Education Michael Padilla Clemson University
SCIENCE FORMATIVE ASSESSMENT 75 Practical Strategies for Linking Assessment, Instruction, and Learning by Page Keeley.
Teaching Mathematics: Using research-informed strategies by Peter Sullivan (ACER)
TERM 4 CURRICULUM PLANNING. » Planning achievable term goals: as a class and individually » Choosing issues and problems for inquiry through questioning-
Engineering Design Process. Agenda: November 10, 2015 ●What is STEM? ●Engineering Design Process ●Review of Marshmallow Mania DC ●Design ●Exit Pass.
The Design Process.
Diamond Model A systems oriented Instructional Design Model based on the design generated from Designing and Assessing Courses and Curricula: A Practical.
Science Learning through Engineering Design SLED Brenda M. Capobianco Department of Curriculum & Instruction November 16, 2010 This project is supported.
S TANDARDS U PDATE. Purpose and Direction What does the CSI committee want the External Review team to know about the school’s Purpose and Direction that.
Math Vocabulary Strategies for the Classroom
Zimmerly Response NMIA Audit. Faculty Response Teacher input on Master Schedule. Instructional Coaches Collaborative work. Design and implement common.
Build it & they will learn! Interactive Notebooks with Engineering Projects Presenters: Ronda Rickard & Cherri Luna.
The Design Process Foundation Concepts for Teaching Problem Solving The Model #302 telephone was the standard for forty years. How long will this one.
Chapter 6 Assessing Science Learning Updated Spring 2012 – D. Fulton.
Formative Assessment February Fraction Action.
BILs Science Meeting April 21, 2016 Student Agency in Science BILs Science Meeting April 21, 2016 Student Agency in Science Office of Curriculum,Instruction,
PLC Year 2 Day 2 Inquiry Cycle
New Engineering Design Process
Using Engineering Design and Learning Science to Create New Lessons
Forging the Innovation Generation
Instructional Learning Cycle:
Model Types Instructional Decisions Associated Lesson Plans
Foundation Concepts for Teaching Problem Solving
Marzano Art and Science Teaching Framework Learning Map
How am I supposed to grade this?
Using Engineering Design and Learning Science to Create New Lessons
An engineer is testing a prototype and discovers a flaw in the design of the product. What should the next step in the design process be? Bell work
Presentation transcript:

SLED – Design Model

In the Classroom Problem Identification Teachers and students share and read design brief Teachers prompts students by asking: – what is the problem? – what is the setting? – who is the client? – what are the constraints? Students record the problem in their design notebooks.

In the Classroom Solution Formation Students begin design solutions based upon their understanding of the problem. The SLED teacher encourages both verbal and graphical representations. Students list and prioritize ideas individually and as a design team. Mutually agree upon a solution based on their understanding of general related science concepts and the problem statement.

In the Classroom Solution Production and Performance (Create and Test) student design teams develop a product prototype or model process. Teacher asks teams to consider: – Does the prototype matches the teams design? – Does it meet the identified needs of the client? – How will the students assess or test the prototype or model process to ensure that the design meets the needs of the client?

In the Classroom Communicate results and gather feedback (Communicate Results) student design teams share their initial design solution with the entire design community (entire class), including: Design community provides feed back on performance of the prototype, model, or process solution.

In the Classroom Redesign Teams consider how they will use the feedback to improve the teams design. Design teams are also asked to identify what science concepts can be identified that can explain the results of the prototype testing.

Design Team Process problem scoping the faculty examine the Indiana Academic Standards for Science, identify potential concepts brainstorm types of inquiry and design activities that could be developed based upon these standards.

Design Team Process Solution Formation The design teams prioritize their list of activities in order to agree on one to develop into a design activity.

Design Team Process Solution production and performance the design teams create a design task which includes the development of inquiry activities and a design brief. – Brief prompts an engineering design experience – requires the particular science concept being studied to be utilized in the students' solutions, or teaches the concept. As teams develop the design activity, they consider: – what is the problem? – what is the setting? – who is the client? – what are the constraints?

Design Team Process Communicate results and gather feedback The design teams write their formal lesson plan which includes: – the science standard being addressed – background on the science concept – vocabulary that will be encountered – step-by-step inquiry activities – design brief Pilot design task in the classroom and at design retreats

Design Team Process Redesign Redesign based upon feedback from pilots.