Group items tagged

What time allotment will be given to the project? Will this project be conducted during the entire school day or during dedicated blocks of time? How many days will be devoted to the project?

Also, allow students to go in new directions, but guide them when they appear to digress from the project.

Facilitate the process and the love of learning. Teach the students how to work collaboratively. Designate fluid roles for group members. Have students choose their primary roles, but assume responsibility and interactivity for all group roles. Remind them that every part of the process belongs to each individual and needs each student's total involvement. Provide resources and guidance. Assess the process by creating team and project rubrics.

Team rubrics state the expectations of each team member: Watch the group dynamics. How well are the members participating? How engaged are they in the process? Assess the outcome. Project rubrics, on the other hand, ask these questions: What is required for project completion? What is the final product: A document? A multimedia presentation? A poster? A combination of products? What does a good report, multimedia presentation, poster, or other product look like? Make the requirements clear to the students so they can all meet with success.

Discovery Education (13) offers a great resource; a collection of assessment rubrics and graphic organizers (14) that may be helpful to you as you create your own.

When a student's assessment and the teacher's assessment don't agree, schedule a student-teacher conference to let the student explain in more detail his or her understanding of the content and justify the outcome.

devise a plan that will integrate as many subjects as possible into the project.

Then Project Aristotle began looking at group norms – the culture of unwritten rules that guide people when they collaborate – and hit pay dirt. It turned out that two group norms were shared by virtually all of Google’s most effective teams: -   Equal air time – In teams that got the best results, members participated roughly the same amount during meetings. “As long as everyone got a chance to talk, the team did well,” said Google researcher Anita Woolley. “But if only one person or a small group spoke all the time, the collective intelligence declined.” -   Interpersonal sensitivity – Effective team members had the ability to intuit how colleagues felt by their tone of voice, facial expressions, and other nonverbal cues. The members of less-effective teams were less tuned in to their teammates’ feelings.

The behaviors that create psychological safety – conversational turn-taking and empathy – are part of the same unwritten rules we often turn to, as individuals, when we need to establish a bond. And those human bonds matter as much at work as anywhere else. In fact, they sometimes matter more.”

In the best teams, members listen to one another and show sensitivity to feelings and needs.”

He believes there are two “ubiquitous features of conventional school environments” that trigger and reinforce the psychological factors noted above, augment the disadvantages with which minority students enter school, and feed the peer pressures to disengage from schooling – all of which creates a self-reinforcing downward spiral of achievement. The two features are: -   Students being given work that is too difficult for their current academic level; -   Students getting low grades on their work rather than frequent, individualized, objective feedback.

“The hypothesis,” say Yeh, “is that the conventional school system is inadvertently structured in a way that fosters disengagement, thereby reducing effort, which depresses achievement and grades, causing demoralization, which further reduces engagement and achievement.” The process kicks in around third grade, when struggling students begin to view themselves as intellectually inferior because their grades are lower than their classmates’, contributing to decreased self-efficacy and increasing passivity; it accelerates in middle school, at which point low grades strongly correlate with eventually dropping out.

What is to be done? Yeh’s theory is that by flipping the two pernicious factors, schools can turn the downward spiral into a virtuous upward cycle of achievement. That involves: -   Adjusting task difficulty for low-performing students to an appropriate level of challenge so that if they apply effective effort, they will be successful. -   Rapid performance feedback with respect to a standard, not other students.

He cites positive research on two programs using this approach – Reading Assessment and Math Assessment – and reports on a systematic study comparing different interventions aimed at closing the achievement gap – charter schools, voucher programs, an additional year of school, various high-quality pre-school programs, full-day kindergarten, class size reduction, value-added assessment, summer school, teacher salary incentives, teacher experience, teacher PD, longer school day, computer instruction, tutoring, and school reform. Rapid assessment is dramatically more successful at raising student achievement than any of the others.

by far the most powerful and cost-effective intervention is to adjust task difficulty and provide students with prompt, objective feedback on their efforts.

“When students engage in project-based learning over the course of their time in school,” says John Larmer (Buck Institute for Education) in this article in Educational Leadership, “there’s an accumulating effect. They feel empowered. They see that they can make a difference.” In addition, they’re more likely to acquire the skills, knowledge, and dispositions needed for college and career success.

the key elements of project-based learning, carefully planned and skillfully managed by the teacher:

A challenging problem or question

Sustained inquiry

Authenticity

Student voice and choice

Reflection

Critique and revision

Public product

four ways that project-based learning can go off the rails and not fulfill its potential: -   Mistake #1: Using materials that aren’t truly project-based; beware of PBL-lite! -   Mistake #2: Providing inadequate training and support for teachers; one-shot workshops are not enough. -   Mistake #3: Over-using projects in the curriculum; basic skills can still be taught in a more conventional format. -   Mistake #4: Implementing project-based learning on an ad hoc basis; to get the long-term effect, students need to engage in high-quality projects on a regular basis through their school years.

AltSchools encourage students to dive into topics they’re passionate about, with teachers tracking everything they do using classroom video cameras and elaborate K-8 databases. The schools make a point of shaping diverse student bodies by giving scholarships to students whose parents can’t afford the $30,000-a-year tuition.

We are raising a generation that will have the sum of human knowledge at their fingertips, for every minute of their life, so clearly education needs to change to accommodate that.”

“Basically, what we have told teachers is we have hired you for your creative teacher brains, and anytime you are doing something that doesn’t require your creative teacher brain that a computer could be doing as well as or better than you, then a computer should do it.”

To a computer measuring keystrokes, a student zoning out because he’s bored is indistinguishable from one who is moved by her book to imagine a world of her own.”

“People are very focused on the algorithm. But equally important is the quality of the materials” – the clarity of the math questions and the worthiness of the readings being presented on students’ computer screens. Willingham also notes that teachers in high-tech classrooms often have to prepare two lesson plans – one that uses the technology and one for when the technology breaks down.

Hire capable, well-matched teachers. Detailed advertisements and postings are important to giving candidates a clear idea of each position, says Clement. She also recommends longer interviews with more candidates, enlisting experienced teachers to take part in interviews, and gathering information on candidates from multiple sources.

Provide continuous professional development. This should include induction that eases new teachers into the demands of the full job – orientation before classes begin, well-matched mentors through the first five years, and ongoing PD specific to rookies’ needs.

Use colleagues to provide feedback. Traditional “gotcha” teacher evaluation has rarely been helpful in supporting new teachers, says Clement. Trained mentors can provide non-evaluative feedback that really makes a difference, perhaps with a firewall between their observations and the formal evaluation process. Of course it’s important that incoming teachers know the district’s criteria for effective teaching and are familiar with how administrators will assess their work.

Understand millennials. “This generation of teachers wants to network and have input,” says Clement. Most have a strong preference for electronic interaction, and administrators and colleagues should meet young teachers where they are tech-wise and provide strong online resources.

• Provide leadership opportunities. “While many new teachers are just surviving, others actively seek an avenue to truly make a difference,” says Clement. To find fulfillment in teaching and stay in the profession, they need to get involved in meaningful roles outside their classrooms. Some possibilities: speaking at induction ceremonies and serving on a welcome committee for the newest hires; leading book study groups; taking part in social service organizations on campus; and serving on curriculum committees

students who read about scientists’ struggles, whether intellectual or personal, got better grades in science after reading the texts. The positive effect was most pronounced among students whose science grades were low before the experiment.

Another finding: both before and after reading the texts, students who had a “growth” mindset (effort, not innate talent, determines success) tended to do better in science classes than students with a “fixed” mindset.

When Keltner works with up-and-coming executives, he counsels them to remember and repeat the virtuous behaviors that helped them rise in the first place and develop three essential practices: empathy, gratitude, and generosity.

The alternative mindset is that people can grow professionally and managers can change the way people perform through effective coaching, management, and intrinsic rewards like personal development and making a difference.

“From Silicon Valley to New York, and in offices across the world, firms are replacing annual reviews with frequent, informal check-ins between managers and employees.”

One observer called the traditional performance evaluation a “rite of corporate kabuki” that restricted creativity, generated mountains of paperwork, and served no real purpose. It was also an incentive to put off bad news until the end of the year, at which point both manager and employee may have forgotten what the problem was.

There’s one more reason: once-a-year reviews focus on past performance rather than encouraging current work and grooming talent for the future.

employees, especially recent college graduates, learn faster from frequent, detailed feedback from mentors and superiors. Second, companies realized they needed to be agile to survive and thrive in the competitive, ever-changing marketplace and real-time performance monitoring and feedback led to more rapid adaptations. And third, managers saw that teamwork was key to innovation and productivity and moving from forced annual ranking to frequent individual accountability was more conducive to teamwork and better results.

Studies of the workplace show that the time employees spend helping others is as important to their evaluations and chances of promotion as how they do their jobs. And Grant’s own research on “givers” (who enjoy helping others) and “takers” (who are focused on coming out ahead) shows that givers consistently achieve better results.

on the most difficult part of his exams – the multiple choice section – if a student was unsure of an question, he or she wrote down the name of another student who might know the answer – like asking for a lifeline on “Who Wants to Be a Millionaire.” If the classmate had it right, they both earned points; one person’s success also benefited a classmate. Grant reports that this made a big difference – more students joined study groups, the groups pooled their knowledge, and the class’s average score went up 2 percentage points compared to the previous year. Why? Because one of the best ways to learn something is to teach it to someone else, and that’s what was going on in the groups.

There was something else going on in the lifeline idea: transactive memory, or knowing who knows best and taking advantage of their knowledge. It’s easier to get help if you know where to look.

In this Chronicle of Higher Education article, Ellen Boucher (Amherst College) says the “pressure of perfection” is causing lots of stress for students in their teens and twenties, contributing to the rising suicide rate in this age bracket.

The burden of multiple obligations can seem insurmountable.”

Sociologists have shown that students from less-privileged backgrounds often have trouble understanding the unwritten rules of college life – the so-called hidden curriculum… [A]sking a professor for an extension doesn’t always come naturally. It might not even occur to them as an option.”

all students can elect to take a two-day grace period on any paper, with no questions asked.

“Since changing my policy, I’ve seen higher-quality work, less anxiety, and fewer cases of burnout.

Rebrand. A more inviting name for these perennial meetings is “progress conferences.” This is more positive and doesn’t seem to exclude foster parents and guardians.

Finesse the childcare issue. “To pay a babysitter to watch your three younger siblings so a parent can attend a conference is not going to happen,” says Ohio high-school teacher Allison Ricket. She invites parents to bring along other children and provides crayons and paper in an area at the back of her classroom where they can entertain themselves during conferences.

Accommodate. Some parents need an interpreter (children shouldn’t be asked to translate) and support with disabilities.

Change the dynamic. It makes a difference if a teacher sits side by side with family members and doesn’t hold a clipboard or pad of paper; open hands suggest an open mind.

Involve students. Progress conferences are much more helpful when students are at the table reporting on their progress, challenges, and goals. Advisory group meetings focus on preparing students to lead parent conferences and lobby their parents to attend.

• Listen. “Parents usually come in having an idea of what they want to talk about, so I like to be open and ready for whatever they need,” says Ricket. Although she has students’ grades and portfolios on hand, she lets parents go first and is careful to empathize with any concerns they have.

“mathematics is better taught when everyone shares in consistent language, symbols and notation, models and schema, and rules that support developing learners. The idea behind this comprehensive agreement is not unlike a schoolwide behavior management policy – whereby children hear the same phrases, share identical expectations, and experience practices that are common and consistent year after year across classrooms and throughout the school.”

Language – Moving from less conceptual language – borrowing, carrying, reducing fractions, the “Ring around the Rosie” property – to more mathematically appropriate language – regrouping, simplifying fractions to the lowest terms.

Symbols and notation – For example, writing fractions with a slanted bar 3/8 may confuse students who think the bar is the numeral 1 and think it’s 318.

Models and schema

Number lines or graphics should be consistent through the grades, for example, a graphic showing two parts next to one whole.

Rules

“This unified approach is particularly helpful for students who struggle,” conclude Karp, Bush, and Dougherty, “as it provides a recognizable component to new content. Additionally, all learners in a school can make connections among ideas in a unified and collaborative culture that promotes stronger learning in mathematics.”

2. Reflection and Goal Setting

Throughout the project, students should be reflecting on their work and setting goals for further learning. This is a great opportunity for them to set personalized learning goals and for you to target instruction specific to the goals they set.

3. Mini-Lessons, Centers, and Resources

Perhaps you offer mini-lessons or center work to support your students' learning, or maybe you show students a variety of resources from which to learn, including videos, games, and readings.

1. Differentiate Through Teams

4. Voice and Choice in Products

Another essential component of PBL is student voice and choice, both in terms of what students produce and how they use their time.

"How can I allow for voice and choice here?"

5. Differentiate Through Formative Assessments

as you check for understanding along the way, you can formatively assess in different ways when appropriate.

6. Balance Teamwork and Individual Work

We want to leverage collaboration as much as content. However, there are times when individual instruction and practice may be needed. You need to differentiate the learning environment because some students learn better on their own, and others learn better in a team. In fact, we all need time to process and think alone just as much as we need time to learn from our peers. Make sure to balance both so that you are supporting a collaborative environment while allowing time to meet students on an individual basis.

Allow for Conflict

Hold Students Individually Accountable through Individual Products

Use and Return to the "Need to Know"

Demand High Expectations

Empower Students Absent with Achievable Goals

being able to mobilize energy when it’s needed – depends on two things: (a) alternating between intense work and recovery; and (b) developing regular rituals to build in recovery.

For those of us who are not professional athletes, regular workouts each week, coupled with good nutrition and sleep, make a major difference in work productivity and enjoyment.

Positive emotions have a remarkable impact on reducing physiological stress, whereas negative emotions, even simulated, increase stress. The key, psychologists have found, is to “act as if.”

Here are some workplace conditions that increase emotional labor: -   A mismatch between your personality and what’s expected on the job; -   A misalignment of values, especially if what you’re asked to do is in conflict with what you believe; -   A workplace culture in which particular ways of expressing emotion are endorsed, or not endorsed.

The key to improving cognitive work is focus, say Loehr and Schwartz. A big part of that is managing down-time – knowing the body’s need for breaks every 90-120 minutes – and using meditation and visualization.

Practiced regularly, meditation quiets the mind, the emotions, and the body, promoting energy recovery.” Experienced meditators need considerably less sleep and have enhanced creativity and productivity.

Spiritual capacity – By this, Loehr and Schwartz mean “the energy that is unleashed by tapping into one’s deepest values and defining a strong sense of purpose.”

Sometimes, when we’re doing work that isn’t in synch with how we feel, we have to put on our professional game face. That effort is known among psychologists as “emotional labor” – remaining energetic and upbeat despite a bad night’s sleep,

framing his response in positive language.

If you’re in a job that’s meaningful and largely aligned with your values, the best way to reduce emotional labor, says David, is to substitute surface acting with what she calls “deep acting.” Some tips:             • Remind yourself why you’re in the job you’re in.

Explore “want to” versus “have to” thinking. What aspects of the job energize you? How can other aspects be made more efficient and pleasant?

Do some job crafting. Can you and your boss tweak the work so it’s of greater value to you and the organization? Or is there a new project that would be fun and productive?

“Drill-and-practice is boring. But thinking, for most students most of the time, is actually fun.”

four strategies to engage students in higher-order thinking:             • Open questions – Every lesson should have two or three of these to highlight key content and thinking skills.

Wait time is important. Think time, no hands up, is a good admonition. “If you don’t provide enough wait time, you’ll get either no responses or surface-level responses,

In all-class discussions, teachers should resist the temptation to comment themselves, instead asking specific follow-up questions to get other students involved.

All too many student projects are simple regurgitation,

Students thinking, not just retelling

The way out of this dynamic is posing a thought-provoking problem

Another approach is asking “what if” and “what else” questions to push students to expand or elaborate on what they’re studying

Self-assessment – “Students who can self-assess are poised to be life-long learners,” says Brookhart. “They are poised to use self-regulation strategies and to be their own best coaches as they learn. They are able to ask focused questions when they don’t understand or when they’re stuck.”

Teach students to self-assess with rubrics. It’s important that the rubric goes beyond the basic level and stipulates higher-level criteria like stating a position, defending one’s reasoning, using supportive details.

Use confidence ratings. For example, students might be asked to use the “fist of fives” on their chest to indicate how confident they are that they understand a particular term or concept

Have students co-create success criteria. Studying material with which students are familiar, they can jointly create what the teacher and students will look for in their work.

consultant Karin Hess suggests analyzing student work in three layers: first describing the student work we actually see (or what students tell about it); then interpreting what the evidence might mean (specific to the intended purpose); and then evaluating what next steps should be taken. Hess outlines how the process of analyzing student work can be helpful to teaching and learning:

• Purpose #1: Improving the quality of tasks/prompts and scoring guides – Piloting tasks and looking at student work helps to clarify prompts, make tasks accessible and engaging for all students, trim unnecessary components, modify the wording of scoring rubrics, and tweak questions so they will measure deeper thinking.

Students can use assessment evidence to set and monitor progress, reflect on themselves as learners, and evaluate the quality of their own work. “Valuing both one’s struggles and successes at accomplishing smaller learning targets over time has proven to have a profound influence on deepening motivation, developing independence as a learner, and building what we have come to know as ‘a growth mindset,’”

Purpose #3: Monitoring progress over time – A good pre-assessment focuses on the core learning or prerequisite skills that students will need to build on, and teachers can sort and work with students according to what they need to learn to be successful in the unit.

Purpose #2: Making key instructional decisions – Observing and taking notes on students’ responses to this task gave teachers two specific teaching points.

What does the student know now that he or she didn’t know how to do as well on the first task? What were the areas of improvement?

Which piece of work comes closest to the expectations? What’s the evidence?

Purpose #4: Engaging students in peer- and self-assessment – One approach is having students look at two pieces of work by other students side by side and asking them (for example): -   What does each student know and understand and where might they improve?

Purpose #5: Better understanding how learning progresses over time – Many skills, concepts, and misconceptions revealed in student work analysis are not explicitly addressed in curriculum standards. Looking at students’ learning trajectories in interim assessments and student work can guide teachers in the next step that students at different levels of progress need to take. • Purpose #6: Building content and pedagogical expertise –

it is analyzing evidence in student work that causes teachers to reflect on how students learn and how to make their instructional and assessment practices more effective.”

“students who engage with rich, strategically-designed tasks on a regular basis learn that finding the answer is not as personally meaningful as knowing how to apply knowledge in new situations and explain the reasoning that supports their thinking.”

13 dimensions of school leadership

Only about six percent of teachers are ineffective, she continues. For the remaining 94 percent, the emphasis should shift from ratings to learning.

And what do we know about professional learning? That it requires: • Active intellectual engagement – That is, self-assessment, reflection on practice, and on-going conversations; • Trust – “Fear shuts people down,” says Danielson. “Learning, after all, entails vulnerability. The culture of the school and of the district must be one that encourages risk-taking.” • Challenge – “The culture must include an expectation that every teacher will engage in a career-long process of learning,” she says, “one that is never ‘finished.’ Teaching is simply too complex for anyone to believe that there is no more to learn.” • Teacher collaboration – PD and supervisory suggestions rarely drive classroom improvements, says Danielson. “Overwhelmingly, most teachers report that they learn more from their colleagues than from an ‘expert’ in a workshop… or being directed by a supervisor to read a certain book or take a particular course.” Most often, classroom improvement comes from working with colleagues analyzing student work and planning curriculum.

a new system should include: -   An emphasis on professional learning in a culture of trust and inquiry; -   A career ladder from probationary to continuing status after about three years; from that point on, the main emphasis becomes professional learning; -   Differentiation in the evaluation system, with novice teachers getting support from a mentor and being evaluated every year; -   Career teachers assessed periodically to ensure continuing quality; -   Teacher leadership positions (mentor, instructional coach, team leader) for which experienced teachers in good standing are eligible to apply; these come with training and support, extra compensation, or released time during the regular school day; -   The ability to identify seriously underperforming teachers, support their improvement, and if sufficient progress isn’t made, deny them tenure or continuing employment.

“Former service members tend to be committed to their students and tenacious in their efforts to improve,” say Parham and Gordon. Some early studies suggest that over time, veterans are stronger in classroom management, instructional practices, and student results.

Veterans who have had life-and-death combat experiences “tend to have low tolerance for petty politics in schools or for initiatives that seem unrelated to educating students. Former service members may sometimes seem overly assertive in discussions with colleagues.”

Veterans entering the classroom may feel like novices and have to adjust to their students not snapping to attention when given an order.

Veterans who are used to explicit operating procedures have to decode the unspoken expectations on how to relate to colleagues, handle student discipline, deal with parent concerns, get supplies, and get help.

“Discussions of shared experiences, shared values, and shared goals can help veterans and other teachers begin to build relationships.”

This might consist of a well-chosen mentor (similar to their “battle buddy” in the military), a support team (perhaps a grade-level or subject team that meets regularly), and a support network with other veterans in the school or district.

Veterans need an especially thorough briefing as they enter a new setting, including policies, procedures (copying machines, grading, and more), formal and informal rules, and a map of the school.

up to speed on teaching priorities, curriculum breadth versus depth, dealing with student differences, lesson planning, instructional materials, and, of course, discipline.

Support for this common challenge can come from peer coaching, observing expert teachers, workshops, articles and books, and seminars.

Effective teachers assign tasks that require explanation or require students to organize material in meaningful ways. Stories and mnemonics are also helpful in getting students to impose meaning on hard-to-remember content.

Effective teachers make content explicit through carefully paced explanation, modeling, and examples; present new information through multiple modalities; and make good use of worked problems.

Rather, the mastery of new concepts happens in fits and starts. “Content should not be kept from students because it is ‘developmentally inappropriate,’” says the report. “To answer the question ‘is the student ready?’ it’s best to consider ‘has the student mastered the prerequisites?’”

we shouldn’t push skeptical students to say, “Natural selection is one of the most important ways species came to be differentiated.” Better for them to say, “Most scientists think natural selection is one of the best explanations.”

Practice is essential to learning new facts, but not all practice is equally effective.

Frequent quizzes with low stakes, and students testing themselves, help establish long-term retention through the “retrieval effect.”

Each subject has basic facts that support higher-level learning by freeing working memory and illuminating applications.

Students learn new ideas by linking them to what they already know.

To transfer learning to a novel problem, students need to know the problem’s context and its underlying structure.

Explicitly comparing the examples helps students remember the underlying similarities. With multi-step procedures, students need to identify and label the sub-steps so they can apply them to similar problems. It’s also helpful to alternate concrete examples and abstract representations.

Motivation is improved if students believe that intelligence and ability can be improved through hard work, and if adults respond to successful work by praising effective effort rather than innate ability. It’s also helpful for teachers to set learning goals (e.g., mastering specific material) rather than performance goals (competing with others or vying for approval).

Intrinsic motivation leads to better long-term outcomes than extrinsic motivation.

It’s difficult to gauge one’s own learning and understanding. That’s why students need to learn how to monitor their own learning through assessments, self-testing, and explanation.

Students will be more motivated and successful when they believe they belong and are accepted.

Teachers need to recognize and dispel a set of incorrect beliefs about teaching and learning: -   Misconception #1: Students have different “learning styles.” -   Misconception #2: Humans use only 10 percent of their brains. -   Misconception #3: People are preferentially “right-brained” or “left-brained” in how they think. -   Misconception #4: Novices and experts think in all the same ways. -   Misconception #5: Cognitive development progresses in age-related stages.

having students work in groups for 30-45 minutes coming up with test questions that might be used (or reworded) in the actual exam. This is a two-fer, says Lang: it not only gives students a sense of control over their learning but also serves as an effective review session.

Open assessments – This involves leaving 10 percent of the syllabus for an assignment that students create with the instructor.

Class constitutions – Having students collectively come up with ground rules for a course gives them a collegial sense of working together toward a shared purpose.

“Teaching evolutionary theory is not in and of itself religious indoctrination.” That’s because evolution is not a religion. “How could a religion have no beliefs about the supernatural? No rituals? No moral commandments?”

ask students to learn about evolution without insisting that they believe it.

Good feedback is specific and clear, focused on the task rather than the student, explanatory, and directed toward improvement rather than merely verifying performance.

“It turns out children are better able to cope if they understand what they’re going through is normal, that it affects everyone, and that it will pass,” comments Adam Gamoran of the William T. Grant Foundation. “How we think about a stressful situation influences how we feel and how we perform.” Studies like this, he says, “show how deeply intertwined are cognition and emotion.”

use of Twitter in his middle-school science classroom

Connecting students to reputable, relevant scientific people and organizations in real time

Twitter as authentic audience – Students constantly tweet ideas, assignments, projects, suggestions, and photographs to each other, broadening the reach of their thinking.

Twitter as embedded literacy – Students get plenty of practice with succinct writing as they share analyses and observations.

Managing students’ encounters with objectionable material from the outside world, including occasional use of profanity and sexually suggestive follower requests.

Comparing services – Proportional reasoning, equations, creating and analyzing graphs, and number sense; -   Planning a budget – Organizing and representing information and number sense; -   Determining the costs and payoffs of higher education – Percentages, compound interest, and rates; -   Playing the Stock Market Game – Ratios, proportional reasoning, reading and analyzing reports and graphs, and algebraic thinking (e.g., gains and losses).

“The term generally refers to using a wide variety of hands-on activities (such as building, computer programming, and even sewing) to support academic learning and the development of a mindset that values playfulness and experimentation, growth and iteration, and collaboration and community. Typically, ‘making’ involves attempting to solve a particular problem, creating a physical or digital artifact, and sharing that product with a larger audience. Often, such work is guided by the notion that process is more important than results.”

15. Did I take advantage of spontaneous learning opportunities when students’ interests had obviously shifted, or did I maintain an inflexible mindset and vow to never deviate from an archaic lesson plan?

17. Was our class set up to promote creativity and collaboration or memorization and silence?

19. Were 21st Century skills embedded within daily assignments?

22. Did I gain professional wisdom by speaking to my collegial mentor?

25. Did I avoid professional negativity by declining to gossip at work?

24. Was the technology in my classroom used in an authentic manner? (Shannon Reed)

26. Did I manage my stress level by enjoying time with my family and friends, by exercising several times a week, by zoning out while engaged in a hobby, and by simply chilling out every once in a while?

28. Did I laugh often with students and colleagues?

31. Did I allow students to co-write their own project-based, learning contracts?

34. How many colleagues did I observe in-action in their classrooms this past school year?

did I remember the names of all co-workers?

39. How balanced were the assignments this year in terms of requiring creativity, practical thinking, and analysis? (Adam Johnson)

40. Did I participate in a professional learning community outside of my school via Twitter?

46. Did I consistently blog as a form of professional self-reflection?

47. Am I a stronger teacher today than when I first stepped into the classroom at the beginning of the school year?