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Octaviano James Beltran III, B.S., M.S. Kingsville Independent School District/
August 20, 2013
Before we begin… Please take a blank sheet of paper and create a
name tent for yourself, including: Name you normally go by Years teaching (upper left) Subject/grade you teach (upper right) Favorite Food (lower left) Hobby (lower right)
James 7 yrs. Science
Pizza Home Renovations
ESSENTIAL QUESTIONS What is Project/Problem-Based Learning? How is PBL different from traditional
approaches to teaching and learning? Why is PBL appropriate for the
intervention classroom? How are PBL units designed? How does research support PBL?
Learning Objectives At the end of the session, each participant
will be able to: explain what Project/Problem-Based Learning
is and how it works for motivating struggling students.
plan unit(s) around driving questions and projects that are important to students.
Flashback!
What is Project/Problem- Based Learning?
Let’s Brainstorm (List) all the things
we think of when we hear this…
Life Is Problem/ Project- Based Learning
Why is there such a disconnect between what we do in life and
how we perform in school?
Why is there such a disconnect between what we do in life and
how we perform in school?
Project-Based Learning: A Definition
A systematic teaching method that engages students in learning essential knowledge and life-enhancing skills through an extended, student-influenced inquiry process structured around complex, authentic questions and carefully designed products and tasks.
--Project Based Learning Online – Buck Institute
Practical Applications If even a quarter of the people in Texas
were to ride their bicycles to work, we would all be healthier, save money on gas, and significantly reduce CO2 emissions that lead to global warming…
BUT MAN IT’S Can’t someone make air conditioning for
bicycle riders?
Let’s See it in Action! As you view this clip, what is the teacher’s
role and what is the student’s role? What are some of the elements that make
up a problem/project-based learning unit?
Think-Write-Pair-Share
A Project/Problem-Based Learning Classroom is ... Project-centered Open-ended Real-world Student-centered Constructive Collaborative Creative
Communication- focused
Research-based Technology-
enhanced 21st Century reform-
friendly Hard, but fun!
PBL is NOT New
CARL ROGERS 1902 - 1987
JOHN DEWEY 1859-1952
BENJAMIN BLOOM 1913-1999
SOCRATES 470-399 B.C.
JEROME BRUNER 1915-CURRENT
LEV VYGOTSKY 1896-1934
JEAN PIAGET 1896-1980
SEYMOUR PAPART
Research says that Project/Problem-Based Learning Increases student motivation and engagement
in learning. Is more effective that traditional instruction in
increasing academic achievement. Improves student retention of knowledge over
time. Improves mastery of 21st century skills. Is especially effective with lower-achieving
students.
Job Outlook 2002National Association of Colleges and Employers (NACE)
21st Century Skills Critical Thinking & Problem Solving Creativity & Innovation Collaboration, Teamwork & Leadership Cross-cultural Understanding Communication & Media Literacy Computing and ITC Technology Career & Learning Self-direction
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Focus of curriculum • Depth of
understanding • Comprehension of
concepts and principles
• Development of skills within appropriate contexts
Focus of curriculum • Content coverage • Knowledge of facts • Learning "building-
block" skills in isolation of complex problem-solving skills
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Scope and sequence • Follows student interest • Large units composed of
complex problems or issues
• Broad, interdisciplinary focus
Scope and sequence • Follows fixed
curriculum • Proceeds block by
block, unit by unit • Narrow, discipline-
based focus
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Materials of instruction • Direct or original
sources: printed materials, interviews, documents, and others
• Data and materials developed by students
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Materials of instruction • Texts, lectures and
presentations • Teacher-developed
exercise sheets and activities
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Use of technology • Central, integral • Directed by students • Useful for enhancing
student presentations or amplifying student capabilities
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Use of technology • Ancillary, peripheral • Administered by
teachers • Useful for enhancing
teachers' presentations
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Classroom context • Students working alone • Students competing with
one another • Students receiving
information from an instructor
Classroom context
• Students working in groups
• Students collaborating with one another
• Students constructing, contributing, and synthesizing information
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Focus of assessment • Process and products • Tangible
accomplishments • Criterion performances
and gains over time • Demonstration of
understanding
Focus of assessment • Products • Test scores • Comparisons with
others • Reproduction of
information
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Teaching role • Follows student
interest • Large units composed
of complex problems or issues
• Broad, interdisciplinary focus
Teaching role • Follows fixed
curriculum • Proceeds block by
block, unit by unit • Narrow, discipline-
based focus
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Student role • Carry out instructions • Memorizer and
repeater of facts • Students receive and
complete brief tasks • Listen, behave,
speak only when spoken to
Student role • Carry out self- directed
learning activities • Discoverer, integrator,
and presenter of ideas • Students define their
own tasks and work independently for large blocks of time
• Communicate, show affect, produce, take responsibility
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Short-term goals
• Knowledge of facts, terms, content
• Mastery of isolated skills
Short-term goals • Understanding and
application of complex ideas and processes
• Mastery of integrated skills
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Long-range goals • Breadth of knowledge • Graduates who have the
knowledge to perform successfully on standard achievement tests
Long-range goals • Depth of knowledge • Graduates who have
the dispositions and skills to engage in sustained, autonomous, lifelong learning
Traditional Instruction Emphasizes
Project Based Learning Emphasizes
Buck Institute for Education: http://www.bie.org/pbl/pbloverview/definition.php
Caution Well-designed projects that meet PBL
criteria differ from activities, or even projects (SPIs), that have been traditional in the classroom.
Projects PBL Teacher directed Inquiry based
Highly structured Open-ended
Summative On-going
Thematic Driving question/challenge
Fun Engaging
Answer giving Problem solving
De-contextualized – School world Contextualized – Real world
Continuum of Practice
Projects vs. Project/Problem-Based Learning
Project/Problem-Based Learning
Set up a Frayer Model diagram like the one below and spend a few minutes in pairs competing it.
Project/Problem-Based Learning
Set up a Frayer Model diagram like the one below and spend a few minutes in pairs competing it.
“Rock-paper-scissors” to see who will present one of the four quadrants to the
group.
Time for a Quick Break!
PBL FRAMEWORK
INSTRUCTIONAL DELIVERY
6 A’s
CURRICULUM DESIGN
ASSESSMENT & EVALUATION
RESOURCES & CONSTRAINTS
PROJECT
Curriculum Design: SIMULTANEOUS OUTCOMES
LIFELONG LEARNER
HABITS OF MIND
PROCESSES
CONTENT ACTIVITIES
Adapted from the work of Art Costa and Bena Kallick
Begin with the end in mind… Stage 1
Set-up the Following Thinking Map on a blank sheet of paper..
Stage 1 Stage 2 Stage 3
Pla
nnin
g S
teps
Six
A’s
of I
nstru
ctio
nal D
eliv
ery
Ass
essm
ent
Step 1. Develop a Project Idea Suggestions:
Work backward from a topic. Use your standards. Find projects and ideas on the Web.
www.bie.org Map your community Match what people do in their daily work. Tie the project to local and national events. Focus on community service.
Step 2: Define Scope of Project & Level of Student Autonomy. Duration Breadth Technology Outreach Partnership Audience
Who selects the topic? Who defines the learning outcomes? Does the teacher solicit student
input? Do the student and teacher negotiate
learning outcomes? Who defines the products and
activities? Who controls the timeline and pace
of the project?
Step 3: Select Standards Identify the key standards that you believe might
best be met through project based instruction. Assign no more than 3 standards per subject for
shorter projects. Adjust accordingly for interdisciplinary or longer-term
projects. Don’t plan for outcomes you cannot assess. Be clear
about the standards assessed & how the products will allow each student to demonstrate their learning.
Include at least one 21st Century Literacy outcome in your project.
Step 4: Determine Simultaneous Outcomes Teachers incorporate more than academic
outcomes into classroom activities Specific skills (being able to work in groups,
manage projects, meet deadlines, present information, think critically, solve problems, use technology efficiently)
Habits of mind (curiosity, flexibility, perseverance)
Step 5: Set Project Criteria Does the project
Meet standards? Engage students? Focus on essential understanding? Encourage higher-level thinking? Teach literacy and reinforce basic skills? Allow all students to succeed? Use clear, precise assessments? Require the sensible use of technology? Address authentic issues?
Step 6: Create An Optimal Learning Environment Give your project one or more connections
beyond the classroom (partnerships, electronic linkages with distant people, mentorships, etc.)
Alter the look and feel of your classroom (partition room for group spaces; make the classroom look like an office or laboratory).
Create a Balanced Assessment Plan: Stage 2
Balanced Assessment Plan Formative assessments allow you to give
feedback as the project progresses. Product checkpoints will not only help
keep students on schedule, but it will also help them refine and improve their work
Summative evaluations that provide students with a culminating appraisal of their performance.
Align Products with Outcomes. Planning effective assessments requires that
you work backwards to align the product or performances for the project with the outcomes.
This requires: Identifying culminating products for the project Using multiple products and providing feedback to
students Using artifacts – evidence of the process of student
thinking – to assess learning skills or habits of mind
How will products allow students to demonstrate their learning? If the project asks students to demonstrate
proficiency in three areas, each outcome must be assessed and included in one or more of the components of the products for the project.
For example, You have identified:
Four (4) content objectives Three (3) process skills objectives Two (2) technology skills objectives
You may first decide the products students will produce: Exhibition Research paper Journal
Culminating Products Research papers Report to school staff or authentic
audience Multimedia shows Presentations at school-wide assemblies Exhibitions in the school or community Websites Public service announcements
Examples of multiple products Proposals Outlines Plans Blueprints Drafts Edited drafts revised
drafts models
Product critiques Videos Final versions of
papers Field guides Biographies Websites
Artifacts Notes Journal entries E-mail/Telephone records Records of conversations, decisions, revisions Interviews using a structured set of questions developed
by the students Short reflective paragraphs describing the progress of a
project Task chart Project Team Contract Meeting notes
Use Rubrics Scoring guide that differentiates levels of student
performance Provides clear description of proficient student
work Guide for helping students achieve & exceed
performance standards Work best when accompanied by exemplars Powerful when students apply rubrics to
previous student work
Effective Rubrics Are based on an analysis of student work. Discriminate among the performances by
targeting the central features of performance Provide useful and appropriate discrimination to
allow for sufficient judgments regarding performances.
Use rich descriptive language that allows for students to verify their score and accurately self-assess and self-correct
Allow us to remove much of the ambiguity as we recognize levels of performance
When building your rubric, Language used to label the scale should
reflect performance in relation to a standard (below standard, above standard, exceed standard, etc.)
Be sure to use enough points to accurately represent the degrees of student performance.
When applying criteria to the elements and scales: Describe which criteria apply to different
aspects of performance Write criteria that describe behaviors or
results that be easily measured or observed.
Determine which criteria are critical for the assignment
Begin your rubric with a description of exemplary performance.
Map the Project: Stage 3
Analyzing instructional needs
Planning activities Estimating time Preparing resources Make sure to align
with the Six A’s.
Instructional Delivery: SIX A’s OF PROJECT/PROBLEM-BASED
LEARNING Authenticity Academic Rigor Applied Learning Academic
Exploration Adult Connection Assessment
From Buck Institute Web site: http://www.bie.org
Launching the Project Entry Events (How are you going to frame
the lesson(s) to tie into the project/ problem?)
Entry Documents (Request for Proposals, Bid Requests, etc.)
Gathering Resources Information
Websites, books, articles, experts Supplies Technology tools Adults to attend final exhibition
Caution! When there are central ideas that
everyone should understand or critical skills that everyone should obtain, structure group work so that all students learn the common core concepts.
Caution! Begin with powerful, central ideas or
complex concepts and then plan activities around this content. Design so that the challenge associated with the project is in discovering and using subject-matter principles.
Caution! Emphasizing technology in place of
content can take up time, encourage “splash” at the expense of deep learning, and mask the fact that students have not done sufficient work to solve the problem or address the issues raised by the Driving Question.
Drawing a Storyboard Sketch the project in a flow chart or storyboard format Create a timeline Identify milestones and assignments Include the following:
Project launch Sequence of activities Drafts, rehearsals, practices Due dates Exams Homework assignments Reflection and review
Managing the Process Orient students to the goals of the project
on a regular basis. Group students appropriately Organize the project on a daily basis Clarify everything Monitor and regulate student behavior Manage the flow of work Evaluate the success of the project
Key Steps Share project goals with students Use problem-solving tools
Know/Need to Know list Learning Logs Planning, investigation, product briefs
Use checkpoints and milestones Plan for evaluation and reflection
Checkpoints or Milestones Informal briefings by group leaders Interview random or selected students Quick writes to groups or entire class Review student/class checklists of
completed project steps Examine student or group progress logs Sit with groups to monitor progress Debriefing sessions after activity or
product completion
Assessment & Evaluation
Assessment & Evaluation: Quizzes, Tests, Presentations Quizzes should be given regularly with opportunities for
remediation. Tests should assess content knowledge in the same way it would be
on State assessments. Presentations should be delivered through group participation
If you choose to conduct individual defense portions of the project, know that it will take time, but are hugely effective!
All assessments should be followed by a culminating evaluation with: Structured Reflection Self Evaluation Peer Collaboration Scoring Assignment of Bonuses/Rewards Project Debriefs
Culminating Evaluation The following questions should be
addressed in the culminating evaluation: What did we learn? Did we collaborative effectively? What skills did we learn? What skills do we need to practice? What was the quality of our work? Where can we improve?
Important Note! Students who have the opportunity to
discuss, analyze, and reflect on their learning experiences are more likely to retain and use their knowledge and skills.
Final Thought End With a BANG, Not a Whimper! The last day
of a project should not be, “OK, turn in your papers and here’s the test. Our next unit begins Monday.”
When you begin developing ideas for projects, envision your students presenting their work to an involved audience.
The project should end with a sense of pride, excitement, and celebration.
Quick Quiz! (Take 3 minutes to jot down your answers)
Why is it important to transform the context under which learning occurs with PBL?
Why are artifacts (progress journals, notes, schematics, etc.) important?
What is different between formative, check point, and summative assessments?
A key characteristic of PBL (one of the Six A’s) is Authenticity and Applied Learning. Changing the context of the learning environment is the
only way to influence these effectively.
They allow students and teachers to monitor student progress and growth towards meeting checkpoint goals, and make the larger project seem more
manageable.
Formative: occur while the student is learning & provide the student with guidance on content progress. Checkpoints: occur while the student is learning, but provide the student with guidance on product development. Summative: occur after learning occurs & evaluate both content and product.
Time for a Another Quick Break!
Let’s Begin planning our own PBL Unit…
Think BIG!
The Question
is the Answer!
What is the
Question?
Unit Planning Template (UPT)
In my life, what is success, and how do I get it? Students will conduct extensive research and self-evaluation in defining success and goal-setting and processes for the future.
success, adversity interview, trait survey, overcome inventory perseverance resilience perspective “arena of life” evaluate extensive research Media/multi-media Justify characteristics
1.What is success? 2.What goals do I have for this school year? High school? Life? 3.What will I need to do/ change to achieve my goals? 4.What skills do I need to develop?
Students will create a report on the qualities or traits successful people have to be posted on school website Student will create PPT to be shared with class that includes 1)def. of success; 2) role models; 3) goals; 4)plan of action
x x
Define Success
What I know Steps
Self assessment
personal
professional
Examples
Non-Examples
Needed skills and abilities Personal
traits
What Can I Do
Success: setting and achieving my goals for life
Identify and examine role models
Outlining the process
Project-Based Learning Resources http://www.pbl-
online.org/mod1/movies/msatmovie.htm
http://pbl-online.org/
http://www.edutopia.org/project-learning
http://www.bie.org/
Bibliography Barell, John. Problem-Based Learning: An Inquiry
Approach. Corwin Press: Thousand Oaks 2007. Barth, Roland S. Learning By Heart. Jossey-Bass: New
York. 2001. Beer, Donald R., Marcia Invernizzi, Shane Templeton,
Francine Johnston. Words Their Way. Prentice Hall: 2008. Buck Institute for Education. Project-Based Learning for the
21st Century. http://www.bie.org/ The George Lucas Educational Foundation Web site
www.edutopia.org McLean, James E. and Lockwood, Robert E. Why We
Assess Students - And How. Corwin Press: Thousand Oaks 2003.