Category Archives: Partner with Parents

Where does my child rank in school?

All the Children are Above Average

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“Where all the women are strong, all the men are good looking, and all the children are above average.”

UnknownThose are the closing words Garrison Keillor spoke each night on his radio show A Prairie Home Companion. He was summarizing the fictional hometown Lake Wobegon – a special place. It’s an interesting concept – this idea that “all the children are above average” and, I believe, can be a detrimental one when viewed through the lens of government-mandated testing.

From No Child Left Behind to the Third Grade Reading Guarantee, from OTES to PARCC Assessments, these Federal and state mandates share a common theme – all expect our children to be above average, by their standards. Our federal and state policy makers expect all children to perform at a specific level.

It’s a model of educational conformity at its finest. The “ideal” of what each child should be able to achieve.

Here’s my problem – children aren’t widgets.

Lake Wobegon, as wonderful as it sounds, is fictional.

Each child we have the blessing to educate is unique. Each child, as I recently heard from education thought leader and bestselling author Sir Kenneth Robinson, “is a fountain of possibilities.” The young people in our schools can’t be considered to be outputs. As educators we must cultivate the right conditions for learning; we must find each child’s passion, talent, and creativity. As educators we must capitalize on the great diversity in our schools and guide young people to find their talents with an eye toward using these to positively contribute to society.

I am not opposed to accountability or assessments; I believe we should continually assess students on individual progress. I believe data is essential in directing instruction and evaluating performance. Statistical analysis is necessary at a classroom and building level. I also believe that we must take individual differences, developmental differences, and life experiences into account.

There is no – none, zero, zilch – assessment that can accurately assess all children.

There is no one-size-fits-all test, fix, or easy way to measure student academic performance. It is difficult, challenging and messy work. We must abandon the idea that we can fix education with more money, a new program, and a piece of legislation. You can’t legislate learning any more than you can legislate love; learning is organic, it happens when passion meets opportunity, when a great teacher creates an amazing experience for students to embrace.

Let’s commit ourselves to the monumental challenge of making educationpersonal for each child. Let’s tap into the passion, talent, and drive of parents, communities, and our dedicated educators nation-wide and explore every opportunity to motivate each individual student in our care. We must celebrate our diversity – the amazing differences in background, experiences, talents, abilities, and beliefs – and capitalize on opportunities to prepare each student for success after public education. We know we need a diversified workforce to drive our economy. We don’t need every student to be the same; we need every graduate to have skills, passion, and desire to be ready for productive lives as adults.

Our current school structure works very well for a certain segment of our population; it fits their personal learning styles and they flourish in the experiences a traditional school offers. Our current structure is inadequate and antiquated for some students in our education system – we must seek different opportunities to cultivate the personal styles and needs for these students. As Ken Robinson reminds us, “we all started with the miracle of birth and each life is a unique, unprecedented moment in history.”

Each child is gifted in some unique way; each child has a passion, each child is creative, and every student in our schools deserves the opportunity to write his or her own compelling and engaging success story – utilizing a unique voice no government mandate or standardized test could possibly measure.

All of our children are above average . . . just not in the same areas.

Share the Beauty of Mathematics!

How our 1,000-year-old math curriculum cheats America’s kids

By hiding math’s great masterpieces from students’ view, we deny them the beauty of the subject

Rubik's CubeYou can use a Rubik’s Cube to explain symmetry groups: Every rotation of the cube is a “symmetry,” and these combine into what mathematicians call a group. (Jeffrey F. Bill / The Baltimore Sun)
By Edward FrenkelMarch 2, 2014

Imagine you had to take an art class in which you were taught how to paint a fence or a wall, but you were never shown the paintings of the great masters, and you weren’t even told that such paintings existed. Pretty soon you’d be asking, why study art?

That’s absurd, of course, but it’s surprisingly close to the way we teach children mathematics. In elementary and middle school and even into high school, we hide math’s great masterpieces from students’ view. The arithmetic, algebraic equations and geometric proofs we do teach are important, but they are to mathematics what whitewashing a fence is to Picasso — so reductive it’s almost a lie.

Most of us never get to see the real mathematics because our current math curriculum is more than 1,000 years old. For example, the formula for solutions of quadratic equations was in al-Khwarizmi’s book published in 830, and Euclid laid the foundations of Euclidean geometry around 300 BC. If the same time warp were true in physics or biology, we wouldn’t know about the solar system, the atom and DNA. This creates an extraordinary educational gap for our kids, schools and society.

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If we are to give students the right tools to navigate an increasingly math-driven world, we must teach them early on that mathematics is not just about numbers and how to solve equations but about concepts and ideas.

It’s about things like symmetry groups, which physicists have used to predict subatomic particles — from quarks to theHiggs boson — and describe their interactions. Or Riemannian geometry, which goes far beyond the familiar Euclidean geometry, and which enabled Einstein to realize that the space we inhabit is curved. Or clock arithmetic — in which adding four hours to 10 a.m. does not get you to 14 but to 2 p.m. — which forms the basis of modern cryptography, protects our privacy in the digital world and, as we’ve learned, can be easily abused by the powers that be.

We also need to convey to students that mathematical truths are objective, persistent and timeless. They are not subject to changing authority, fads or fashion. A mathematical statement is either true or false; it’s something we all agree on. To paraphrase William Blake, mathematics “cleanses the doors of perception.”

What distinguishes us from cavemen is the level of abstraction we can reach. Abstraction enabled humans to move from barter to money, and from gold coins to plastic cards. These days, what’s left of “money” is often just an account record we read on a computer screen, and soon it could just be a line of code in a bitcoin ledger.

Today, abstraction is all around us — and math is the language of abstraction. In the words of the great mathematician Henri Poincare, mathematics is valuable because “in binding together elements long-known but heretofore scattered and appearing unrelated to one another, it suddenly brings order where there reigned apparent chaos.”

For the next generation to operate effectively, they must gain proficiency with abstraction, and that means mathematical knowledge plus conceptual thinking times logical reasoning — all things that a wider view of math would bring to the math classes at our schools.

I recently visited students in fourth, fifth and sixth grades at a school in New York to talk about the ideas of modern math, ideas they had never heard of before. They were young enough that no one had told them yet that math was impenetrable, that they wouldn’t get it. Their minds were still uncluttered with misconceptions and prejudice. They hadn’t yet been humiliated by poorly trained math teachers for making mistakes in front of their peers. Every question I asked them was met with a forest of hands.

I used a Rubik’s Cube to explain symmetry groups: Every rotation of the cube is a “symmetry,” and these combine into what mathematicians call a group. I saw students’ eyes light up when they realized that when they were solving the puzzle, they were simply discerning the structure of this group.

We next studied the majestic harmony of Platonic solids using dice. And I told the kids about the curved shapes (such as Riemann surfaces) and the three-dimensional sphere that give us glimpses into the fabric of our universe.

These are portals into the magic world of modern math, starting points as surely as addition, subtraction and fractions are starting points. The added bonus is that they give us a perfect antidote to the common perception of the subject as stale and boring.

Of course, we still need to teach students multiplication tables, fractions and Euclidean geometry. But what if we spent just 20% of class time opening students’ eyes to the power and exquisite harmony of modern math? What if we showed them how these fascinating concepts apply to the real world, how the abstract meets the concrete? This would feed their natural curiosity, motivate them to study more and inspire them to engage math beyond the basic requirements — surely a more efficient way to spend class time than mindless memorization in preparation for standardized tests.

In my experience, kids are ready for this. It’s the adults that are hesitant. It’s not their fault — our math education is broken. But we have to take charge and finally break this vicious circle. With help from professional mathematicians, all of us should make an effort to learn something about the true masterpieces of mathematics, to be able to see big-picture math, the way we see art, literature and other sciences. We owe this to the next generations.

If we succeed, we will stop treating this crucial subject as if it were the equivalent of painting a fence, and we will do away with the question, why study math?

Edward Frenkel is a mathematics professor at UC Berkeley and the author of “Love and Math: The Heart of Hidden Reality.”

Copyright © 2014, Los Angeles Times

http://www.latimes.com/opinion/commentary/la-oe-adv-frenkel-why-study-math-20140302,0,5177338.story#ixzz2vOAPb66a

Home-school students do well first time in college

Springfield State Journal Register
Home-school students make transition to higher education smoothly, thanks to a plethora of resources and social acceptance
By Amy Choate-Nielsen

  • Posted Oct. 30, 2013 @ 12:01 am
  • Updated Oct 30, 2013 at 6:26 PM

When Cade Taylor considers what career he’ll choose, there’s a little voice in the back of his mind that inspires him to aim high.

It sounds like his mother.

Taylor is a college freshman who, up until now, has been home-schooled by his mom his whole life, but the next step after college is one he hopes will make her years of sacrifice all worth it, he says.

“I feel guilty I took up so much of her time,” Taylor says with a little laugh. “I feel like I have to succeed at something to make myself feel like her spending all of that time on me was worthwhile – so I have to do something cool with my life.”

Taylor is one of a growing population of home-schooled students whose first experience with a brick and mortar school is walking onto a college campus. As the rate of students attending home school is increasing, so too is the rate of home-school students attending college, thanks to a marked increase of available resources and a softening of public perception.

Now more home-school students than ever are making the transition to college life with better skills and preparation in some cases than their non-home-schooled peers, studies show. The 20-year-old Taylor wants to make his mother proud by becoming a pediatrician or an anesthesiologist. Data comparing home-schooled students’ scores and skills to his non-home-schooled peers show that his mother’s investment might already be worth it.

The home-schooling choice

Lisa Taylor, Cade Taylor’s mom, didn’t initially plan on home-schooling her kids.

Years ago, she was in college herself, majoring in biology and English, with plans to go on to graduate school, when she had her first baby – a little girl who was diagnosed with Down syndrome. From that point on, her life changed.

Parents choose to home-school their children for a variety of reasons: they like the freedom of setting their own schedule, they like having a flexible curriculum or they have ideals not being met by a standard school setting. Lisa Taylor did it because she thought it would be fun. For the most part, she says she was right.

“Especially if you start when they are young, it becomes your lifestyle; it becomes something you do,” Lisa Taylor said on a recent fall afternoon from her home in Herriman, Utah. “There are some days that aren’t as fun as others. And there are some days when you think, ‘Why am I doing this? I could be out shopping someplace.’ “

Even though Lisa Taylor didn’t initially plan on being a home-school mom, her family fits the mold of home-schoolers pretty well. Families that home-school their children generally have more formal education than the general population, according to “Homeschooling Across America: Academic Achievement and Demographic Characteristics,” a study published in 2009 by the National Home Education Research Institute. The study was commissioned by the Home School Legal Defense Association, a nonprofit group that promotes home-schooling across the country. According to the study, 66.3 percent of fathers and 62.5 percent of mothers had a bachelor’s degree or higher.

Read more: http://www.sj-r.com/article/20131030/NEWS/310309905/0/SEARCH#ixzz2uTDstOQ6

7 Board Games That Teach Math Skills (and are actually FUN)!

By: Samantha Oestreicher, guest writer

Editor’s note: Samantha is a college math teacher who also writes a blog entitled, “Social Mathematics.” She offered to share some of her expertise with us here at Engaged Family Gaming and we couldn’t pass it up! Read on for some excellent examples of board games that teach math concepts without being all “teachy” about it!

There is a lot of pressure from the media and from peers to believe that math is painful. Sometimes adults try to dress up mathematics to make it look like“a game”. As a gamer, I have been really disappointed in these dressed up math practice games because they miss the point of what a game really is. Instead they are loosely veiled attempts to manipulate kids to use math in a “fun” way.

All is not lost though, great games do exist that use mathematical thinking and math skills. The following is a list of fun games that can inspire mathematical thinking. I have compiled a list of seven wonderful board games for gaming families which can be enjoyed by parent and child alike which also include mathematical thinking.

  1. Set 5+ (grouping/sorting)

Set is an amazing card game! This is a game that your 6-year-old will be better at than you are. I’m not kidding; kids totally rock this game. This is a matching game that can be played solo or with any sized group. The rules are relatively simple. The cards each have a certain number of shapes on them of a particular color and pattern. A set is three cards which all have the same type of an attribute or miss-match an attribute. Perhaps a set is three cards all have ovals with a striped pattern on them but each card has a different number of shapes (1, 2, and 3) and different colored (purple, green and red). Pro tip: Sometimes there isn’t a set available in the cards on the table. When I play set with undergraduate math majors I ask them to prove to me why there isn’t a set. Challenging older kids to explain why is excellent mathematical practice! This game fits in your purse or stroller and is perfect for a quick distraction and only requires a small table (or floor) of space.

  1. Rummikub 7+ (Numerals/grouping/relationships)

Rummikub is a 2-4 player classic game with lots of tiles to play with and sort. While Rummikub is also about color/number matching, it is more advanced than Set because you can re-organize the board. The matching rules are similar to Set, but now all the collections of tiles stay out on the table and you can steal from already created collections to make a new one. Worst comes to worst, the tiles are fun to play with and you can build things with them! This is a great game to play at home or at the end of the day on a vacation.

  1. Connect Four 7+ (planning/pattern recognition/Loud pieces!)

Every family needs a noisy, clattering, pieces-get-everywhere kind of a game. Connect Four is a childhood classic that supports geometric thinking, planning and pattern recognition. It is a two player game and great for two children to play together. Basically, Connect Four is an advanced version of tic-tac-toe. I do not recommend taking this game out of your home as you will surely lose pieces. This is a great game to entertain the kids while you are finishing dinner or something.

  1. 20 Express 8+ (consecutive numbering/planning)

This game is great for parents to play with your kids! It’s a number game which focuses on consecutive ordering. The scoring may take parental involvement as it is a little weird at first sight. However, the cool part about this game is that everyone tries to organize the same numbers at the same time. So you, as a parent, can compare answers with the other players. “Oh, that was a good choice, I didn’t think to do it that way!” The only negative to 20 Express is that it obviously uses math and that may turn off some kids. This game is good for traveling as it doesn’t require a central table and any number of people can play at once. Each player just needs a pen and something to write on.

  1. Ticket To Ride 8+ (counting/planning)

This game is really fun! It is a time commitment (maybe an hour once everyone knows the rules) and requires a big table. There are lots of little train pieces that you get to place on the board when you build railroad tracks between cities on the map. I don’t recommend this game if you have a cat or child who likes to jump on the table and mess up the board. This 2-5 player game requires business optimization similar to operations research. There is no money, but you have to collect cards which include restrictions on where you are allowed to build. This game requires a longer attention, but is full of bright colors and will definitely be just as fun for the parents as the children!

  1. Rush Hour 8+ (problem solving/ spatial awareness)

Rush Hour is one player, portable, colorful, and mentally wonderful. The board is small and packed with vehicles which have set directions that they can move. The goal is to move the vehicles in a particular order to get the little red car out of the traffic jam. A negative is that every piece is important. Don’t lose them! This game is great for waiting rooms or car trips as it comes with its own board and it small enough to hold in a child’s hand or lap.

  1. Sumoku 9+ (addition/multiplication)

Sumoku is a math-centric game for 1-8 players. Think of it as Scrabble/Bananagrams for numbers. You add to the existing tile layout based on a specific mathematical goal. For example, every row must add to a multiple of 3. This is a great game to support a young mathematical thinker because along with practicing basic computational skills, the player is also planning and matching. Unlike Bananagrams, there is no element of speed, so young players may take as long as necessary to check their math before they place their tiles. Like 20 Express, this game obviously uses mathematics. But, I believe Sumoku is interesting and dynamic enough to provide entertainment to the whole family. This game is easy to transport and requires a central table.

My recommendation is that, if you only buy one of these games, get Set. Then I would pick up Ticket to Ride. After that your choices should depend on you and your children’s interests. And remember that your involvement always improves the quality of the game. Mathematical thinking requires self reflection and the ability to collaborate. Challenge your kids to explain why they made a particular choice or ask them to help you with your move.

Happy Gaming!

Math Games at Home

Looking for educational and fun computer games for children?

Here are a few links:

  • http://www.ixl.com/math/
  • http://www.coolmath4kids.com
  • http://www.mathplayground.com/games.html
  • http://www.hoodamath.com/games/
  • http://www.softschools.com/math/games/

Don’t let their brains turn to mush.  Brains need exercise just like bodies needs exercise!  Use this break to help students catch up or get ahead with math practice!

GO GO GO!

 

11 Virtual Tools for the Math Classroom

OCTOBER 25, 2013

More and more classrooms are gaining access to technology that can be used with students. Whether you’re modeling a lesson, creating stations or working in a one-to-one classroom, virtual tools can promote student engagement while increasing academic success.

Here are some free apps for iPads — along with a few other tips — that can transform your daily lessons and are definitely worth checking out!

Base Ten Blocks

Number Pieces is a great free app that allows every student with an iPad to have an endless number of base ten blocks at their fingertips. Whether they are learning basic place value, modeling how to add decimals or exploring expanded notation, this app is worth looking into. Children can write all over the iPad screen and demonstrate their thought process as they manipulate the virtual base ten blocks.

Protractor

Even on an iPad, a protractor can be used as a tool to measure angles. Children can simply practice making acute and obtuse angles by moving the line on the screen, or they can measure the angles in objects placed on top of their iPad. Try putting traditional pattern blocks or cutout paper shapes on top of an iPad screen. There are even a few apps that let you use the camera on an iPad or an iPod Touch for measuring angles.

Graph Paper

Geometry Pad lets children draw lines and shapes on graph paper. They can plot points on this coordinate grid and even add text to the screen. This app is easy to use and includes tons of functions to try out. Educreations also lets students change the background of their screen to graph paper before they start writing.

Geoboard

Say goodbye to rubber bands! This virtual tool is perfect for elementary and middle school classrooms. Kids can simply create polygons on their geoboardto show off different quadrilaterals and triangles. They can also find the perimeter and area of each shape.

Ruler

Ruler is a neat app to try out on your iPad — it simply turns your screen into a ruler. Students can measure items placed on their screen in inches and centimeters. They can solve perimeter and area problems with the information they gather using this virtual measurement tool. There are also apps that help children learn how to use a ruler properly.

Clock

Whether you’re teaching elapsed time or just helping students monitor their pacing and stamina, the timer built into the clock that comes with the iPad (or one of the many comparable options) is a great addition to your classroom. It’s perfect for teachers with one iPad or for children working in small groups, as they can now calculate how much time has passed or learn how to read a clockwith these virtual tools.

Glossary

The Common Core State Standards stress the importance of having children use math vocabulary in written and spoken explanations of their thinking.MathTerms Glossary can help students learn definitions of different words so that they can use them appropriately. It’s a great reference tool for students in a one-to-one classroom and even has Spanish language entries.

Want to learn more? Here’s a webcast from APPitic, a site maintained by Apple Distinguished Educator that focuses on using the iPad to teach Common Core math.

A quick substitution of a traditional tool can be a great way to experiment with new technology. Have you tried out any virtual math tools in your classroom?

What’s New with THE BRIDGE VIRTUAL ACADEMY?

The Bridge Virtual Academy is moving toward Common Core Standards, rolling out new courses, sporting a new look, and adding many features over the next several months!  We also have new partnerships with NWEA (Northwest Evaluation Association) and NCAA (National Collegiate Athletic Association) and have course approval from iNACOL!

NWEA partnership means that our courses have included computer adaptive assessments created by NWEA.  As students are assessed, the computer adapts to the need for more practice or moving forward in order to best meet student needs.

Partnering with NCAA means that taking our online courses can still receive college sports scholarships!

Some of our new features include tablet ability for students as well as the teachers.  E-notes are more advanced with spell check, ability to add symbols for math, sciences and different languages as well as the ability to add tables.  The new improved Glossary provides lesson vocabulary that can be spoken in any of the 17 provided languages and is more easily available on the lesson notes page.  Transcripts are available with each video lesson so a student can read along to what the teacher is saying.  Our courses now include Wet Labs as well as virtual labs and field trips so science comes to life!  We now offer Life Science, Earth Science, Physical Science, Biology, Chemistry, Physics, and Environmental Sciences.

New courses for middle school Career Exploration, Mathematics, ELA and World History are now available to all 6th – 8th graders.  High school courses include a new Physics class as well as a great set of Career Pathways where students can earn a certificate in Technology, Engineering, Digital Arts, Business and Health Science by passing classes and a test.

Our online high school courses are approved through a process and measured against standards of the International Association for K-12 Online Learning (iNACOL), a nonprofit organization of a diverse cross-section of pioneers at the forefront of the K-12 education, including teachers, charter schools, school districts, state education agencies, nonprofit organizations, colleges, universities, research institutions, and content and technology providers.  Online courses intending to receive “a-g” approval must be assessed against the iNACOL Standards for Quality Online Courses before submission to Universities of California.  The course will with be certified by California Learning Resource Network (CLRN) or the institution will conduct a self-assessment of the online course.  Students that want to insure that there classes are approved need to see if the school and/or the course providers are UC-approved if that is the direction their educational path is taking them.  The principal from the student’s home high school may certify a non-UC-approved online courses from an outside institution to satisfy the “a-g” requirements.  The UCs expect that the such certification follows a careful review of the curriculum.

The Bridge Virtual Academy is UC approved.  The Bridge Virtual Academy utilizes the teachers and the course curriculum from Education 2o2o (aka Edgenuity), which is included on this list for UC-approved providers and schools.  http://www.ucop.edu/agguide/online-learning/online-publishers/index.html

Look into The Bridge Virtual Academy as your online school option.http://www.passionineducation.com/?q=bridge-virtual-academy

 

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