Research teaching Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee.

Slides:



Advertisements
Similar presentations
Differentiation in the Art Classroom
Advertisements

Information Literacy Instruction in Libraries
METALEARNING: is to make sense of ones own experience of learning. (Learning about learning)
1 Assessing and Giving Feedback. 2 Learning Outcomes By the end of the session, participants should be able to: Identify the purposes and use of different.
Supporting managers: assessment and the learner journey
Laura Mancera, Silvia Baldiris, Ramon Fabregat, David Huerva
Problem solving skills
Are you READY to be an independent learner?
Introduction to Creating a Balanced Assessment System Presented by: Illinois State Board of Education.
Key Stage 3 National Strategy Standards and assessment: session 3.
Gradual Release of Responsibility & Feedback
Digging Deeper Into the K-5 ELA Standards College and Career Ready Standards Implementation Team Quarterly – Session 2.
Definitions types added-value tutor role building-up informal learning awareness raising examples 1 Astrid Quasebart ESTA-Bildungswerk gGmbH senior project.
 Goals: 1. To help faculty respond critically to student generated course evaluation; 2. To help faculty improve student learning.  Outcomes: Faculty.
What is… Learner-Centered Instruction. What Is The Goal For A Learner-Centered Course? Making the student more responsible for his/her learning. 1.
Accreditation Board for Engineering and Technology ABET 1Advisory committee of
1 Positive Learning Outcomes Through Problem-Based Learning Willie Yip Department of Computing.
Helping Students Learn to Learn: Easy Methods for Teaching & Assessment Angela Ho, EDC Wincy Lee, Learning to Learn Project Kenneth Tam, Learning to Learn.
Introduction to teaching and assessing so students will learn more using learner-centered teaching Phyllis Blumberg Warm-up activity How can instructor’s.
Assessment Assessment involves the sampling of some aspect of a person's learning/knowledge at a particular moment. Depending upon the kind of sample.
DEVELOPING ACADEMIC LANGUAGE AND TEACHING LEARNING STRATEGIES Anna Uhl Chamot Jill Robbins George Washington University.
Represent your way to your career UPSU Course Rep Conference Wednesday 29 October 2014 Guy Townsin.
How does engaging metacognitive strategies help students? I can create a plan for helping students become aware of the importance of engaging in metacognitive.
GOALS & GOAL ORIENTATION. Needs Drive Human Behavior  Murray  Maslow.
Accrediting Commission for Community and Junior Colleges of the Western Association of Schools and Colleges.
NORTH CAROLINA TEACHER EVALUATION INSTRUMENT and PROCESS
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Problem Based Learning (PBL) David W. Dillard Arcadia Valley CTC.
Project-Based Learning ITECH 711 Summer 2007 Trena Noval, Instructor.
By: Becky Guzie Chapter 5: Developing Adaptations to Promote Participation in Inclusive Environment.
MA course on language teaching and testing February 2015.
Interstate New Teacher Assessment and Support Consortium (INTASC)
Cognitive Strategy Instruction EEX 3257 Core Teaching Strategies University of FL.
Study Guide ch. 2 SarahBeth Walker. Self-Directed Learning (SDL)  Any increase in knowledge, skill, accomplishment, or personal development that an individual.
The Disability Support Worker Copyright © 2011 Pearson Australia (a division of Pearson Australia Group Pty Ltd) – /Arnott/The Disability.
ationmenu/nets/forteachers/2008s tandards/nets_for_teachers_2008.h tm Click on the above circles to see each standard.
The Role of Libraries Special Committee Robert Morris University
SRL Slides Prepared by Nancy Perry University of British Columbia
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
K-12 Technology Literacy Curriculum and Assessment.
EDN:204– Learning Process 30th August, 2010 B.Ed II(S) Sci Topics: Cognitive views of Learning.
Programming the New Syllabuses (incorporating the Australian Curriculum)
Project-Based Learning (PBL) Vivene Robinson.
Summative vs. Formative Assessment. What Is Formative Assessment? Formative assessment is a systematic process to continuously gather evidence about learning.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Investigate the present status of Self-regulated Learning skills of University students studying in the Open & Distance Learning Environment. Vajira De.
DIFFERENTIATED INSTRUCTION Ideas taken from: Student Success DIFFERENTIATED INSTRUCTION EDUCATOR’S GUIDE (2010) REACH EVERY STUDENT.
SDCC Senior Project Course HD 495 Learning Outcome: Write a Literature Review on a Selected Topic Your Information Literacy Journal--- Contains your prior.
How does engaging in metacognitive strategies help students own their own learning? I can create a plan for helping students become aware of the importance.
Structuring Learning. Agenda Structuring learning. Structuring lab sessions. Engagement. Critical Thinking. Ideas for structuring learning. Activity.
Brunning Chapter 6 Beliefs About Self.
CDIO: Overview, Standards, and Processes (Part 2) Doris R. Brodeur, November 2005.
Department of Specialized Instruction & Student Services Strategic Plan – Initiative 1.
Version 1.00 UTEP -- SUN CONFERENCE: “TEACHING AND LEARNING EXPERIENTIALLY” Metacognitive Experiential Learning Development of the Learning Self.
UDL & DIFFERENTIATION Cynthia Eason EDU 673 Instruction, Strategy for Differentiated Teaching & Learning.
SECTION 3 Facilitating Skill Development
What Is This Intentional Learning Thing?
Subject specialist teaching
NORTH CAROLINA TEACHER EVALUATION INSTRUMENT and PROCESS
Competency Based Learning and Project Based Learning
M-LANG project  Ref. n NO01-KA Interactive Exchange Workshop on how to use response systems and ICT tools for creating interactive learning.
The Year of Core Instruction
David E. Gesner, MA, NREMT-P
Employability Mentoring Officer, DMU
WHAT IS LIFE LONG LEARNING IMPORTANCE OF LIFE LONG LEARNING
Internship Bill of Rights
Selecting & Developing Cases and Clinical Problems
UDL Guidelines.
DEVELOPING ACADEMIC LANGUAGE AND TEACHING LEARNING STRATEGIES
Presentation transcript:

research teaching Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 1 Teaching and Assessing Life- long Learning Jim Borgford-Parnell Center for Engineering Learning and Teaching UW College of Engineering

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 2 Teaching and Assessing Life-long Learning Each program must demonstrate that its students attain a recognition of the need for, and an ability to engage in life- long learning. (ABET)

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 3 ABET Compatible Definitions of Terms Program Learning Outcomes  Statements that describe what students are expected to know and/or be able to do by the time of graduation. Performance Criteria  Specific measurable statements defining performance required to meet learning outcomes.

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 4 ABET Compatible Definitions of Terms Course Instructional Objectives  Statements of things students who complete a specific course should be able to do. Outcome-related Course Instructional Objectives  Statements of things students who complete the course should be able to do, which are also program performance criteria. Learning Strategies  Methods employed to facilitate students achievement of instructional objectives.

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 5 Getting from Program Outcomes to Instructional Objectives Course Instructional Objectives Program Learning Outcomes Performance Criteria

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 6 Performance Criterion Define the Outcome Learning Outcome (i) a recognition of the need for, and an ability to engage in life-long learning Decision Tree

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 7 (i)a recognition of the need for, and an ability to engage In life-long learning Life-long Learning Self-Directed Self-Regulated Self-Motivated Reflective Metacognitive Learning Outcome Defining Concepts Performance Criteria

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 8 Self-Directed Learning Probably the most important component of life-long learning. Self-directedness relates to both recognizing a need for further learning as well as being proactive in gaining access to and accomplishing learning.

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 9 Attributes of Self-Directed Learners Curious/motivated Methodical/disciplined Logical/analytical Reflective/self-aware Flexible Interdependent/interpersonally competent Persistent/responsible Venturesome/creative Confident Independent/self-sufficient Source: Candy, P.C. (1991).

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 10 Skills of Self-Directed Learners Highly developed information seeking and retrieval skills. Knowledge about and skill at the learning process. Develop and use criteria for evaluating critical thinking. Source: Candy, P.C. (1991).

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 11 Self-Regulated Learners Learning is viewed as an activity that students do for themselves in a proactive way rather than as a covert event that happens to them in reaction to teaching… learners are proactive in their efforts to learn because they are aware of their strengths and limitations and because they are guided by personally set goals and task- related strategies. Source: Zimmerman, B. J. (2002).

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 12 Skills of Self-Regulated Learners The ability to: Set specific proximal goals for oneself. Adopt powerful strategies for attaining the goals. Monitor one’s performance selectively for signs of progress. Restructure one’s physical and social context to make it compatible with one’s goals. Efficiently manage one’s time. Attribute causation to results. Adapt new methods. Source: Zimmerman, B. J. (2002).

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 13 A life-long learner is: A person who is: Self-aware and reflective of her or his on-going learning needs. Self-assesses for knowledge and skill deficiencies and sets appropriate learning goals and tasks. Can find appropriate resources and learning opportunities. Understands her or his learning preferences and knows how to adapt them to maximize learning under different circumstances. Sufficiently motivated to do so.

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 14 (i)a recognition of the need for, and an ability to engage In life-long learning Life-long Learning Learning Outcome Defining Concepts Performance Criteria Able to plan one’s own learning. Able to assess and monitor one’s own learning. Able to independently find and use technical information. Self-Directed Self-Regulated Self-Motivated Reflective Metacognitive

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 15 Able to plan one’s own learning. Able to assess and monitor one’s own learning. Able to independently find and use technical information. Performance Criteria Outcome-Related Course Instructional Objectives By the end of this course, the student will be able to: Determine the information needed to design X. Find relevant sources of information about X in the library and on the web. By the end of this section, the student will be able to: Identify her/his learning preferences and describe their strengths and weaknesses. Develop strategies for overcoming the weaknesses.

Center for Engineering Learning and Teaching University of Washington August 2006 ACI Committee 16 By the end of this course, the student will be able to: Determine the information needed to design X. Find relevant sources of information about X in the library and on the web. By the end of this section, the student will be able to: Identify her/his learning preferences and describe their strengths and weaknesses. Develop strategies for overcoming the weaknesses. Outcomes-Related Course Instructional Objectives Instructional Methods that Address Outcome 3i Teach students about their learning styles and learning strategies. Require library and web searches and grade on quality of documentation and their ability to discern the quality of the sources. Use cases and have students identify what they need to know to solve problems. Ask students to conduct both self and peer assessments. Use student-centered pedagogies (e.g. cooperative learning, PBL, team- based learning) that help develop self reliance and interdependence.