Νάντια Κωνσταντίνου

"Ο πραγματικά σοφός δάσκαλος δεν είναι αυτός που σε σπρώχνει μέσα στον οίκο της σοφίας, αλλά αυτός που σε οδηγεί στο κατώφλι του μυαλού σου" (Χαλίλ Γκιμπράν)

Αυτό που είμαστε. Του Ίρβιν Γιάλομ

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 15 Ιουλίου 2014 5:36 μμ |

Ποιος από μας δεν έχει γνωρίσει κάποιον άνθρωπο (ίσως τον ίδιο μας τον εαυτό) που να είναι τόσο στραμμένος προς τα έξω, τόσο απορροφημένος στη συσσώρευση αγαθών ή στο τι σκέφτονται οι άλλοι, ώστε να χάνει κάθε αίσθηση του εαυτού του; Ένας τέτοιος άνθρωπος, όταν του τίθεται κάποιο ερώτημα, αναζητεί την απάντηση προς τα έξω κι όχι προς τα μέσα. Διατρέχει δηλαδή τα πρόσωπα των άλλων, για να μαντέψει ποιά απάντηση επιθυμούν ή περιμένουν.

Για έναν τέτοιον άνθρωπο θεωρώ χρήσιμο να συνοψίσω μια τριάδα δοκιμίων που έγραψε ο Σοπενάουερ προς το τέλος της ζωής του. (Για όποιον έχει φιλοσοφικές τάσεις είναι γραμμένα σε γλώσσα σαφή και προσβάσιμη στον μη ειδικό). Βασικά τα δοκίμια τονίζουν ότι το μόνο που μετράει είναι αυτό που το άτομο είναι.

Ούτε ο πλούτος ούτε τα υλικά αγαθά ούτε η κοινωνική θέση ούτε η καλή φήμη φέρνουν την ευτυχία. Αν και οι σκέψεις αυτές δεν αφορούν συγκεκριμένα τα υπαρξιακά θέματα, παρ’ όλ’ αυτά μας βοηθούν να μετακινηθούμε από ένα επιφανειακό επίπεδο προς βαθύτερα ζητήματα.

1. Αυτό που κατέχουμε.

Τα υλικά αγαθά είνα απατηλά. Ο Σοπενάουερ υποστηρίζει πολύ κομψά ότι η συσσώρευση πλούτου και αγαθών είναι ατελείωτη και δεν προσφέρει ικανοποίηση. Όσο περισσότερα κατέχουμε, τόσο πολλαπλασιάζονται οι απαιτήσεις μας. Ο πλούτος είναι σαν το νερό της θάλασσας: όσο περισσότερο πίνουμε, τόσο πιο πολύ διψάμε. Στο τέλος δεν κατέχουμε εμείς τα αγαθά μας – μας κατέχουν εκείνα.

2. Αυτό που αντιπροσωπεύουμε στα μάτια των άλλων.

Η φήμη είναι το ίδιο εφήμερη όσο και τα υλικά πλούτη. Ο Σοπενάουερ γράφει: “Οι μισές μας ανησυχίες και αγωνίες έχουν προέλθει από την έγνοια μας για τις γνώμες των άλλων… πρέπει να βγάλουμε αυτό το αγκάθι απ’ τη σάρκα μας”. Είναι τόσο ισχυρή η παρόρμηση να κάνουμε μια καλή εμφάνιση, ώστε για μερικούς φυλακισμένους, την ώρα που βαδίζουν προς τον τόπο της εκτέλεσής τους, αυτό που κυρίως απασχολεί τη σκέψη τους είναι το ντύσιμο και οι τελευταίες τους χειρονομίες.

Η γνώμη των άλλων είναι ένα φάντασμα που μπορεί ανά πάσα στιγμή ν’ αλλάξει όψη. Οι γνώμες κρέμονται από μια κλωστή και μας υποδουλώνουν στο τι νομίζουν οι άλλοι, ή, ακόμα χειρότερα, στο τι φαίνεται να νομίζουν – γιατί ποτέ δεν μπορούμε να μάθουμε τι σκέφτονται πραγματικά.

3. Αυτό που είμαστε.

Μόνο αυτό που είμαστε έχει πραγματική αξία. Μια καλή συνείδηση, λέει ο Σοπενάουερ, αξίζει περισσότερο από μια καλή φήμη. Ο μεγαλύτερος στόχος μας θα έπρεπε να είναι η καλή υγεία κι ο πνευματικός πλούτος, ο οποίος οδηγεί σε ανεξάντλητα αποθέματα ιδεών, στην ανεξαρτησία και σε μια ηθική ζωή. Η ψυχική μας γαλήνη πηγάζει από τη γνώση ότι αυτό που μας αναστατώνει δεν είναι τα πράγματα, αλλά η ερμηνεία μας για τα πράγματα.

Αυτή η τελευταία σκέψη – ότι η ποιότητα της ζωής μας προσδιορίζεται από το πως ερμηνεύουμε τις εμπειρίες μας, όχι από τις ίδιες τις εμπειρίες – είναι ένα σημαντικό θεραπευτικό δόγμα που ανάγεται στην αρχαιότητα. Κεντρικό αξίωμα στη σχολή του στωικισμού, πέρασε από τον Ζήνωνα, τον Σενέκα, τον Μάρκο Αυρήλιο, τον Σπινόζα, τον Σοπενάουερ και τον Νίτσε κι έφτασε να γίνει θεμελιώδης έννοια τόσο στην ψυχοδυναμική όσο και στη γνωστική-συμπεριφορική ψυχοθεραπεία.

Από το βιβλίο του Irvin Yalom, Στον κήπο του Επίκουρου: αφήνοντας πίσω τον τρόμο του θανάτου, εκδόσεις Άγρα.

 

 

6 Steps to Help Students Find Order in Their Thinking

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 15 Ιουλίου 2014 5:34 μμ |

Like magic, the fish turn into birds and then back into fish. M.C. Escher’s tessellations have a way of grabbing your attention and forcing your mind to make sense of the impossible figures on the paper. The Merriam dictionary describes tessellations as, “a covering of an infinite geometric plane without gaps or overlaps by congruent plane figures of one type or a few types.” A geometry book I have on hand describes tessellations as geometric forms that make use of all available foreground and background space in two dimensions by repeating one or more different shapes in predictable patterns.

To tessellate a single shape it must be able to exactly surround a point, or in other words, the sum of the angles around each point in a tessellation must be 360. This means that every quadrilateral and hexagon will tessellate. Of course we see this every day in floor tiles, windows, and walls as the regular shapes repeat themselves.

Using the six steps listed below, tessellated thinking might be a way to help students make order out of the mental chaos our young learners often experience:

Step 1: Routines and Predictable Patterns

Just like Escher’s tessellations repeat common forms in interesting ways, good educators also help students to tessellate what they do in the classroom by repeating interesting thoughts and behaviors. For example, students thrive on predicable patterns doing the warm-up exercise everyday, or routines of passing out papers, or collecting work. Unfortunately, it is quite a bit more difficult to establish routines of thought or predictable habits of mind. The typical disorderly thought processes of students would be the opposite of tessellation or chaos (while serendipitous things can result from chaos, too much is at stake to wait around for this to happen). In pondering about tessellations I wondered if students could use the same process to organize their thinking.

Step 2: Create Habits of Mind

For example, students frequently ask why do they have to study algebra if they are never going to use it. A true math teacher might respond differently, but one of the reasons I believe that we study math; an abstract, logical subject, is to train our minds to think analytically and teach it to follow predictable processes. According to Daniel Willingham, a cognitive scientist who wrote, Why Students Don’t Like School, our brains are constantly seeking to make sense (order) out of disorder, and they are pretty good at it as long as they are given adequate information.

Step 3: Rotate Perspectives

The first step might be to adjust perspectives and get a 360-degree view. Just as the mathematical definition of tessellations of an object require it to be rotated so that it forms a complete 360-degree image around a point, mental tessellations require students to look at a concept from multiple perspectives with both literal and figurative eyes in order to get the full picture. As an illustration of tessellation of thinking, I was discussing “luck” with my son Gideon and recounted research done by Richard Wiseman regarding the different perspectives of being lucky and unlucky.

Participants that either felt they were lucky or felt they were unlucky were asked to respond to a scenario where they are in a bank and the bank is robbed. Shots are fired and they are injured in the arm. One man though he was the most unlucky person as he thought of the astronomical odds of him being in a bank at precisely the same time it was being robbed and being injured. The other thought he was the luckiest guy in the world because even though he was held at gunpoint in a bank robbery, he was not seriously harmed and was still alive to tell about it. It would be an interesting exercise to look at other perspectives of the same scenario: bank robber, police, manager, guard, etc. Perspective matters, but it matters most when students can tessellate thinking by rotating and repeating their perspectives.

Step 4: Don’t Accept Chaos

Educators can help student tessellate their thinking by instructing students on different patterns of thought: analytical thinking-deductive and inductive, critical thinking, and creative thinking. These become habits of mind through consistent explicit expectations and then not accepting anything less. For example, left to themselves students will not answer in complete sentences, but over time, given the expectation and persistent do-overs, students can learn to express their thoughts in complete sentences. Providing sentence stems for each kind of thinking helps students to begin organizing their thoughts and words so that they answer in complete sentences. Some examples: the difference between prokaryotic and eukaryotic cells are… Completing the square is more valuable than the quadratic equation because… I think that if you combine the poor crop harvests with the economic instability… . The expectation of good thinking has to be constant and consistent or students will not take it seriously. If they do not meet the standard, the consequence is that they do it over until they do.

Step 5: Fill in the Gaps

Educators can help students to not only assess what they do know, but to analyze what they do not know yet, or what they need to know in order to solve a problem. For example, I told my students a short story and gave them a task to solve as follows: Two people were found dead in a cabin, high in the Rocky Mountains. How did they die? Students were allowed to ask questions. At first they began by guessing the causes of death: overdose, lack of air, too cold (and being middle-school students, abominable snowmen, and aliens). Then I asked them to identify the key words. “High” and “Rocky Mountains” were listed. I asked them why the word cabin was included and they agreed to add that word in our analysis.

Here are the probing questions I used with pauses to let them figure things out:

What is the relationship between the word “high” and “Rocky Mountains”? How high were they in the Rocky Mountains? What would the two people be doing high in the Rocky Mountains? Now add “cabin” into the mix. How does that change that relationship? How many different types of cabins are there? Why would a cabin be so high in the Rocky Mountains? Isn’t a cabin for protection from the elements? If so, how would they die? Why were they in the cabin when they died? How did they get high in the Rocky Mountains? What method of transportation could they use to get there? And the final question… How did the cabin get there?

Step 6: Repeat

Once the student has done one tessellated thought, then rotate and do another. To illustrate this, my daughter Mercedes performed Pirelli in the dark musical, Sweeny Todd. Just when I thought I had figured out the plot, it rotated based on a simple thought: How to dispose of Pirelli’s dead body. Mrs. Lovett, owner of the pie store below the barbershop came up with the gory solution, and the whole storyline changed. The tessellation of revenge and bakery profits rotated perfectly around the simple question of what to do with the bodies. In this regard, any good storyline is a tessellation because it fills in the space completely with interesting patterns that perfectly fit.

Just as mathematically speaking, tessellations fill the infinite plane, getting students to think has been the mantra of educators from the beginning — and it always will be. How do you help your students tessellate? Please share in the comments below.

Genes that influence children’s reading skills also affect their maths

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 15 Ιουλίου 2014 5:27 μμ |

Study suggests that half of the genes that affect 12-year-olds’ literacy also play a role in their abilities in mathematics

Many of the genes that affect how well a child can read at secondary school have an impact on their maths skills too, researchers say.

Scientists found that around half of the genes that influenced the literacy of 12-year-olds also played a role in their mathematical abilities. The findings suggest that hundreds and possibly thousands of subtle DNA changes in genes combine to help shape a child’s performance in both reading and mathematics.

But while genetic factors are important, environmental influences, such as home life and schooling, contributed roughly the same amount asgenetics in the children studied, the researchers said.

“Children differ genetically in how easy or difficult they find learning, and we need to recognise, and respect, these individual differences,” saidRobert Plomin, professor of behavioural genetics at Kings College London and an author on the study.

“Finding such strong genetic influence does not mean that there is nothing we can do if a child finds learning difficult. Heritability does not imply that anything is set in stone. It just means it may take more effort from parents, schools and teachers to bring the child up to speed.”

In the study, 12-year old twins and unrelated children from around 2,800 British families were assessed for reading comprehension and fluency, and tested on mathematics questions from the UK national curriculum. This information was then analysed alongside the children’s DNA.

Oliver Davis, a geneticist at University College London, said: “We looked at this question in two ways, by comparing the similarity of thousands of twins, and by measuring millions of tiny differences in their DNA. Both analyses show that similar collections of subtle DNA differences are important for reading and maths.”

The study did not identify specific genes linked to numeracy or literacy, and researchers do not know what the various gene variants do. But they may affect brain development and function, or other biological processes that are important for learning both skills.

The findings build on previous studies showing that genetic variations among British schoolchildren explain most of the differences in how well they perform in exams.

Writing in the journal Nature Communications, the authors explain that understanding how genes affect children’s abilities “increases our chances of developing effective learning environments that will help individuals attain the highest level of literacy and numeracy, increasingly important skills in the modern world”.

Chris Spencer at Oxford University said: “We’re moving into a world where analysing millions of DNA changes, in thousands of individuals, is a routine tool in helping scientists to understand aspects of human biology. This study used the technique to help investigate the overlap in the genetic component of reading and maths ability in children. Interestingly, the same method can be applied to pretty much any human trait, for example to identify new links between diseases, or the way in which people respond to treatments.”

theguardian.com

Pasi Sahlberg: Finland, Education, and Global Reform

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 11:37 πμ |

The 5 principles of highly effective teachers: Pierre Pirard

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 11:35 πμ |

Allow Students to do the Impossible: Aaron Donaghy

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 11:33 πμ |

Six keys to leading positive change: Rosabeth Moss Kanter

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 11:31 πμ |

Reimagining Learning: Richard Culatta at TEDxBeaconStreet

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 11:27 πμ |

How to Hold Onto a Kid’s Natural Genius

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Τρίτη, 17 Ιουνίου 2014 8:49 πμ |

 | June 12, 2013

Progressive educators have long been pushing to develop curriculum and teaching methods that will help students build skills that will be useful outside the perimeter of school. President Obama, legislators and dozens of business leaders have noted that the American education system isn’t teaching young people to think critically or solve problems creatively – skills that will be needed for the jobs of the future.

“The gap exists because we are not talking about this skill set with specificity,” said Angela Maiers, a former teacher and author of Classroom Habitudes. “We talk about it in generalities, but that doesn’t get us anywhere if we don’t know what that would look like in the classroom.” She explained her method of fostering curiosity, adaptability, courage, and self-awareness among other traits in a recent edWeb webinar.

“Every five-year old that I know has that skill set,” Maiers said. “It’s not about this new agenda that we have to have or adopt or add on. It’s the recognition that you are already in the presence of genius.” Schools should cherish and cultivate the natural passion and curiosity in young children throughout their school careers, Maiers said.

 “Very quickly in school we ask students to shut down what makes them special in order to conform. But standing out is critical in this world.”

While there are dozens of skills that could be useful to learners, Maiers recommends that teachers focus on specific ones that are most appropriate for the particular learning goals of that class and district. Then all the activities and discussion can focus on cultivating those traits. For Maiers, those important skills are: imagination, curiosity, self-awareness, perseverance, courage, adaptability, and passion. Maiers has developed a three-step process to help kids understand and embody these important, but hard to measure skills.

NAME IT

In order to cultivate learning traits, students have to understand what those traits are. A great way to help them along that path is to demonstrate good habits as teacher and role model. “You are the learner that you wish them to be,” said Maiers. “Your habits and mindset are demonstrated in everything you do.”

She also recommends having two to three discussions each week for several weeks about what the traits mean, how they look in real world contexts and the kind of behaviors that define them. After fleshing out these hard-to-pin-down concepts, students should be able to defend them because they understand them better. Maiers stresses that while her three-step process can be done linearly, it also cycles as students take on new challenges and re-imagine how the skills play out in different contexts.

CLAIM IT

Once everyone has a working vocabulary for the characteristics of learning they’re trying to build, it’s easier for students to identify the learning traits in others. Maiers suggested that students draft a learning “dream team,” with each member representing one of the qualities that she is working towards. Then when students run into challenges, they can emulate the qualities of their dream team members.

Maiers put Einstein on her dream team for curiosity, Edison for innovation and Seth Godin for fearlessness. After assembling a dream team and being forced to think about why each of those people symbolize a specific learning trait, students can be asked to identify their own unique genius and label it. Then they can explore that skill by discussing why they need it and in what ways they demonstrate it.

“Very quickly in school we ask students to shut down what makes them special in order to conform,” Maiers said. “But standing out is critical in this world.” Society often teaches people to feel that naming their good qualities is arrogant, but students have to understand their own strengths, said Maiers.

SUSTAIN IT

After the naming and claiming stages, teachers need to create lessons to help strengthen each trait. For example, Maiers wanted to create a lesson around one of the traits she thinks is important in learners – courage. She defined courage for the class as “acting in the presence of fear” and included the idea of acting despite challenges, risk and fear of failure. The following discussion revealed that even the five-year-olds she was teaching had a deep, ingrained understanding that failure is bad.

Maiers stood in front of the class and explained all the ways that she had failed that day. She went on to discuss what she’d learned from those failures and how she tried to improve on them the next day. The discussion of courage and acting fearlessly in front of challenging tasks helped redefine failure and risk. The activity helped those students to re-frame the idea of failure from a purely negative one to something with the potential for positive growth.

It’s easy to name qualities that will help students in the future, but much harder to help them identify those traits within themselves.

More Progressive Ways to Measure Deeper Levels of Learning

Κάτω από: Χωρίς κατηγορία | ΚΩΝΣΤΑΝΤΙΝΟΥ ΚΩΝΣΤΑΝΤΙΝΑ
Δευτέρα, 16 Ιουνίου 2014 5:23 μμ |

 | April 9, 2014

How do we measure learning beyond knowledge of content? Finding that winning combination of criteria can prove to be a complicated and sometimes difficult process. Schools that are pushing boundaries are learning that it takes time, a lot of conversation, and a willingness to let students participate in that evaluation.

“Most schools and most of our learning stops at knowing and we need to move that and broaden it to the doing and the reflecting,” said Bob Lenz, co-founder & chief executive officer ofEnvision Schools while participating in a Deeper Learning MOOC panel. The charter network’s teachers follow three steps for assessment: know, do, reflect. Skills like critical thinking, problem-solving, and collaboration require practice, Lenz said. Students have to do them constantly and be observed throughout the process for a true assessment.

“The real power comes in the reflective process, both individually and with peers,” Lenz said. “Any of the deeper learning outcomes, the reflection is really where the power is and it puts the onus back on the student, instead of the teacher standing in judgment.” Most projects at Envision schools culminate in an exhibition of work at which students reflect on how they could have done things differently or improved on their work. All four years of high school at Envision are a cycle of performance frameworks feeding into a portfolio and culminating in a defense of four years of learning at which students show what they have learned by demonstrating their knowledge and skill, as well as the ability to learn how to learn.

RUBRICS

Teaching rubrics are a common tool in any classroom, but they can easily become a disguised checklist of tasks, instead of a living document designed to structure learning towards a desired skill or outcome. Setting clear goals about what students should know and be able to do when they graduate high school is a good way to start.

“We find it effective to start with the types of student outcomes that we’re after and have all the staff make sense of that, and commit to the common ‘why,’ and then have the instructional practices to reach those outcomes,” said Megan Pacheco, senior director of school design and implementation at the New Tech Network.

Having a rubric doesn’t mean students aren’t engaged in the assessment process or that there’s no room for surprise or creativity. “If those performance tasks are really open ended then students go about them in very unique ways,” Pacheco said. Asking students to dig into the rubric themselves, unpack it, compare themselves against it and reflect on that experience is a great way to get them to understand their own learning.

“Helping students not to think about assessment as just for a grade or the endpoint of learning, but really as that continuing path of development towards all the skills we know they need,” Pacheco said. Students could even be involved in creating the rubric.

“[Students] often don’t like using rubrics that I bring to them,” said Cady Staff, an eighth-grade teacher High Tech Middle Chula Vista. “So when I do use rubrics it would be a co-designed rubric.” Her students reject outside assessments that haven’t been personalized to their classroom and agreed upon by one another. The process of tinkering with the rubric can be on-going. For example, some students at the neighboring high school became interested in gun-violence and started a Kickstarter campaign to raise money to make a documentary about gun violence in their lives. As they worked through their project, they continually changed what elements should be included in the rubric, as they experimented with what would entice people to give to their cause.

ASSESSING AT THE RIGHT MOMENT

In addition to making it clear to students what learning goals will be covered and required of them through the rubric or performance framework, students need constructive feedback in order to improve. But feedback isn’t always appropriate; there are times when it’s very effective and other times when it can be a waste of precious energy.

“Any of the deeper learning outcomes, the reflection is really where the power is and it puts the onus back on the student, instead of the teacher standing in judgment.”

“Assessment is really time consuming and exhausting,” Staff said. “So when I do it, and give a lot of meaningful feedback, I want to do it at a time that it will help them to improve.” Students don’t want to know how they could have done better after they’ve already turned in the project. Peer assessment is another way for students to gain valuable input on how they can iterate on an idea or project, helping to push towards another, better version.

Assessment can happen as students work to improve their projects. Teachers don’t have to wait until students turn in a final product to know if they are understanding the content, demonstrating their knowledge, working well together, thinking critically through problems that arise and reflecting on their own work. In fact, that’s the only time many of those qualities can actively be assessed since learning happens over time and can’t be capture in just a snapshot. “Strive to help students assess their own deeper learning,” Staff said. When students can reflect on their own learning process to the point of assessing themselves, teachers know they’re learning deeply.

USING PISA AT SCHOOL LEVEL

One standardized test that has been praised for its ability to measure critical thinking and creativity is the Programme for International Student Assessment (PISA), an international test that ranks countries in reading, math and science. While those scores give leaders a sense of U.S. students’ international competitiveness in the global market, they don’t give school-based data. A group of educators is trying to capitalize on what is considered to be a fairly effective test, bringing it down to the school level.

“It gives a school a sense of how they are doing on these deeper learning, critical thinking, problem solving skills,” said Peter Kannam, a managing partner with America Achieves tasked with coordinating the OECD Test for Schools. Schools have used the test to identify weaknesses and change course if necessary. One school found that while its students were reading more, they weren’t reading deeply. The school built in more emphasis on reading for enjoyment to engage students.

The drawback with the OECD Test For Schools, as with any assessment that tries to authentically measure soft skills, is that it’s expensive. It costs $11,000 to administer and score the OECD test in each school. “At the end of the day it costs money to grade,” Kannam said. That is typically the drawback with authentic assessment at scale. “We don’t need to necessarily do more assessments, we need to do better assessment,” Kannam said. He pointed out that many assessments currently in use for accountability purposes don’t give educators useful, actionable data at the classroom level.

SCALING AUTHENTIC ASSESSMENTS

Some educators are hoping that new assessments meant to test Common Core State Standards will provide more authentic assessment of some deeper learning skills. The Hewlett Foundationhas been supporting work to grow the Deeper Learning Movement and believes that assessment will not only drive teacher practices, but is ultimately the only way to know if schools are succeeding in their efforts.

“We don’t know if we are getting any better unless we can document it,” said Marc Chun, program officer at the Hewlett Foundation. The foundation commissioned a National Center for Research, Evaluation, Standards and Student Testing (CRESST) study to evaluate the Smarter Balanced and PARCC tests for various aspects of deeper learning. The study found that the test actually does measure content and critical thinking better than any other test and it does a reasonable job at measuring written communication.

“Ultimately what we want students to be able to do is solve problems they’ve never seen before,” Chun said. That’s why he thinks even nationally administered tests like those being used to evaluate Common Core standards can be effective. If a classroom is doing incredible project-based work or sending students on interesting and dynamic internships the ultimate test of how much students learned is their ability to transfer that knowledge to a new setting.

While the new tests don’t measure effective oral communication, collaboration, learning how to learn or develop academic mindsets — the other three and a half parts of Hewlett’s definition of deeper learning — there is still a lot of work to be done to effectively scale up well-rounded assessments of deeper learning. But Chun believes the new tests will be a step in the right direction.

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