This summer, we partnered with the National Repository of Online Courses (NROC) to present a summer series of FREE webinars on Academic Coaching.  Over the past few weeks we’ve presented on the following topics, which are now available to view on archive.

SESSION 1: Coaching for College and Career Readiness: It’s Not What You Know, It’s What You Know How To Do

Presented by Carol Carter, Maureen Breeze, and Lynn Troyka

This session shares hands-on ideas of how educators can coach students to master specific, practical connections for excelling in reading, writing and math. We discuss the development of professional skills as well as setting structures for accountability, challenge, and growth that can ensure success in college, career, and life.

WATCH NOW

SESSION 2: Academic Coaching for Advisors and Student Success Staff

Presented by Carol Carter and Maureen Breeze

In this informational webinar tailored to student success staff and advisors, participants will learn about various academic coaching strategies and professional development options for student services staff supporting redesign efforts in developmental education.

Through academic coaching, faculty and advisors ask powerful questions and promote deeper level thinking to help students make connections, set goals and action plans, create a vision for the future, and develop persistence, grit and accountability.

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SESSION 3: Introduction to Academic Coaching for Reading and Writing Faculty

Presented by Carol Carter 

In this informational webinar tailored to reading and writing instructors, viewers learn about various academic coaching strategies to support reading, writing and critical thinking skills necessary for college success. Discover how academic coaching promotes academic, professional and life success.

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Coming up this Thursday, August 22, is the final session of the NROC/LifeBound summer series. Space is limited.

SESSION 4: Introduction to Academic Coaching for Math Faculty

Thursday, August 22

2:00 pm ET

Presented by Maureen Breeze

In this informational webinar tailored to math instructors, participants will learn about various academic coaching strategies to support math understanding and quantitative reasoning skills for college success. Discover how academic coaching promotes academic, professional and life success.

REGISTER NOW

What are some webinar topics you would like to attend? I look forward to hearing from you in the comment section.

Could developing a kids’ thinking and behavioral skills cut crime among youth?

It’s a very good possibility, found a new study from the University of Chicago’s Crime Lab. In the study, about 1400 kids in 7th through 10th grade from high-crime neighborhoods in Chicago were chosen to participate in the 30-week program Becoming A Man. A similar group was tracked who did not go through the course. Researchers found students who had been through the Becoming A Man program were 44% less likely to have been arrested by the end of the year.

The program uses Cognitive Behavior Therapy, which “aims to get people to think about the way they think, and to recognize unconscious patterns of thought that produce unhappy life outcomes,” according to NPR.  One activity the participants had to do began with the group dividing into teams of two. One kid had a ball and it was the job of the other teammate to get the ball from him. Fighting ensued, and the program leader stopped them and asked why not one of them just asked their teammate for the ball. The kids trying to get the ball thought it would show weakness. When the teammate with the ball was asked what they would have done if they would have been asked for the ball, they said they would have given it to their teammate. This activity helped students see that their perception of what the other person in a confrontation is thinking can often be “falsely imagined.”

Read the full story, “Therapy Helps Troubled Teens Rethink Crime,” at NPR.

Critical thinking, social, and emotional skills are just as important as academic skills for success in school, professional, and personal life. My books Critical & Creative Thinking for Teenagers and People Smarts for Teenagers are perfect for teens to learn critical thinking skills for school, home, and life. If you are interested in learning more about how these books can be used for a summer reading program or enrichment class at your school, contact me at caroljcarter@lifebound.com

It’s National Summer Learning Day on June 21st! This advocacy day aims to spread awareness of the critical role learning plays in the summer months for kids from all backgrounds and socioeconomic standing.

Why is summer learning so important? Research shows:

• All young people experience learning loss when they are not engaged in a summer learning activity.
• Most students lose about two months of grade level equivalency in mathematical computation skills over the summer months.
• Only about 10 percent of students nationwide participate in summer school or attend schools with non-traditional calendars.

There are many ways parents can give students summer learning experiences, from no cost/low cost experiences to structured day camps.

• Get creative. If you need creative summer learning ideas for students of any age, try searching on Pinterest for low or no cost learning. Do you have a piece of chalk and a young child who needs some educational entertaining while you work in the yard? Try this gardening activity, and follow creator Cathy James on Pinterest.

• Take a summer class. Massive Open Online Courses (MOOCs) are a great no-cost way for older students to keep their brain engaged during the summer months, while learning some new skills they don’t get in middle or high school. Share the top MOOC providers, like Udacity, Coursera, EdX, and Udemy, with your kids. There are also many day camp options in your community. For National Summer Learning Day, LifeBound is offering a 50% discount on our 5-day summer enrichment workshops in July.  Check out the Summer Learning Day activities and deals happening in your area by clicking on the map below.

•  Get outside. It’s summer time, so take advantage of the farmer’s markets, festivals, fairs, and the outdoors. There’s always something to be learned when you step out the door and try something new.

These are just a few ideas to keep kids occupied with valuable learning experiences through the summer months. Please share your ideas and tips on how you balance summer with learning and fun.

Professionals and athletes aren’t the only people who can benefit from a coach, students who participated in an academic coaching program found increased retention and graduation rates.  Through the process of coaching, students deepen their learning, take responsibility for their actions, improve their effectiveness, and consciously create their outcomes in life.

How can you use coaching to improve student outcomes? LifeBound’s Academic Coaching Training is a great professional development option for professors, teachers, administrators, counselors, and other education professionals who want to learn to be a coach for their student by listening, asking powerful questions, and encouraging problem solving. Our next 3-day coaching session is June 24-26. Let me know if you would like to learn more about our Academic Coaching Training in the comments or by sending an email to contact@lifebound.com.

As many as 1.7 million first-year students will take a remedial course to learn the math, reading, or writing skills they need to enroll in a credit-earning college-level course. Of all remedial courses most students are remediated in math skills. Due to a variety of factors — class dynamics, curricula, instruction,  skill-level, academic support, financial standing, life — retaining and passing students in a remedial course is a major concern.

Colorado Community College System conducted a longitudinal remedial math study that tracked remedial math students for 4 years. They found that though the majority of students required remedial math, math had the lowest pass rate of all remedial classes.

• Only 8% of students who enrolled in remedial math had graduated after four years
• Unlike the findings of a national study, the majority exited the sequence due to withdrawal or failure to pass a course, rather than completing and failing to enroll in the next course
• More than 40% of CCCS remedial math completers did not attempt college math

How can we equip these students with the tools to stick with and pass a remedial class? You’ll know from my blog earlier this week that ideally I believe more resources should be used at the K12-level to address learning difficulties before students graduate from high school and enter college. However, eliminating the need for remediation will not happen over night. What can we do today for the students who are graduating from high school with the dream of graduating from college, but who don’t have the skills to do so?

Academic Coaching promotes student accountability, motivation, and follow-through. It asks the student to not only do their homework, but to make a commitment to studying, getting a tutor, finding a support system, and passing the class. A faculty member with Academic Coaching skills asks the struggling developmental student powerful questions that puts the student in the driver’s seat of their own learning and asks them to invest in their own success.  LifeBound is at the National Association of Developmental Education (NADE) Conference this week sharing the benefits of using Academic Coaching with developmental students with faculty from around the country. Today, Maureen Breeze is giving the session Academic Coaching for Hybrid, Online, and Self-Paced Math to train faculty to use academic coaching skills to inspire students to persevere and foster success in any level or mode of math class.

If you’re at the NADE conference is Denver, make sure to come say hello to LifeBound in the exhibit hall.

A discouraging fact is that many low-income U.S. students today lack the opportunity to study higher level mathematics in high school. According to the U.S. Department of Education’s Office for Civil Rights Data, there are close to 3,000 high schools serving nearly 500,000 students that fail to offer Algebra II or higher level math.  For these students, performance on college entrance exams such as the SAT and ACT that include higher level algebra questions is negatively affected.

Success in Algebra II and beyond has been shown to be a strong indicator for college completion. For each level of completion from Algebra II, to trigonometry, to pre-calculus, to calculus, the chances of a student completing a bachelor’s degree increased by a factor of 2.59 to 1, and the students who simply complete a math course beyond Algebra II are twice as likely to complete a bachelor’s degree when enrolling in post-secondary education than a student who has not completed similar coursework. In an economy where access to and completion of higher education is critical, students who lack access to higher level math instruction are at disadvantage. As a nation, we must ensure that students today are able to take and successfully complete higher level courses to increase the number of educated, work-ready college graduates. 

Strong math skills don’t just help students get into and out of college, but they help them make better financial decisions, beginning with those that involve investments in higher education.

When students consider where to invest their dollars and time, they need the math skills to understand tuition costs and the time-value of money. They need to know how to read financial aid packages and calculate interest costs that are often confusing and packaged in misleading ways. And they need to be able to weigh these tuition and borrowing costs against the prospects for gainful employment to make sound decisions for their future. We as a nation need these students to make sound decisions for a more stable economy.

My book Dollars & Sense: How to Be Smart about Money helps teens distinguish between wants and needs, find higher education that fits their budget, and starts them on pathway to smart spending, investing, and saving. Find out more about getting your teen financially savvy before they make any big money mistakes.

There is no question that the need to improve American students’ math scores has garnered much attention on a national level. U.S. Education officials have been pushing reform for years now. We simply aren’t going to be able to compete with our global competitors in knowledge-based fields if we continue to fall short in math and science. So what can we do?

Set high expectations

According to the College Readiness report by ACT, students who take the recommended core curriculum for high school including three years of math achieve higher ACT scores than those who don’t, regardless of socio-economic background, race and gender.¹

But expectations for students to take and succeed at high level math and science courses in high school must be balanced by preparing them well in early years to do just this.

Our expectations for students to succeed at high levels of math and science need to be rooted in deep learning early on and continued support throughout the years, rather than pushing high level curriculum down the pipeline to earlier grades.

Provide ample challenging opportunities

We need to help students learn to embrace challenge early on in their mathematical studies and develop critical thinking road maps for problem solving.

As a nation, continued PR and media campaigns promoting role models in math and science innovation can add to a shift in the mindset of young students. NOVA has a fantastic series called The Secret Life of Scientists and Engineers that aims to inspire more youth to pursue STEM careers by profiling STEM professionals who lead less than ordinary lives.

Debunk the “I’m not good at math” myth

If we begin to teach math in a way that rewards students for their time and effort, rather than simply on a right or wrong answer, we can nurture a mindset where they aren’t afraid of a challenge and take the time to figure it out.

Part of the challenge lies in helping students see that their math skills are not fixed, and that with effort they can improve with the help of a consistent educator or mentor working along side a student, helping him or her build on previous skills, and witness growth in process.

Adopt practices that are getting great results

What seems to work the best is when students learn math in a logical, consistent manner, mastering number facts and arithmetic, while being given the opportunity, once such mastery is achieved to explore conceptual problems and more challenging abstract applications of mathematical concepts. To do this successfully requires teachers adept at teaching math in both of these modes.

If we improve the math education for teachers in training and reduce their anxiety toward math, they’ll be better prepared to help students develop math as a strength skill rather than a liability.

Last of all, a simple but strategic practice for improving student math performance is to teach students strategies for working with their math textbooks.

Make Use of Technology

From Khan Academy videos, to online tutorial programs, to flipped classrooms, technology can be leveraged today to improve students’ math performance

Promote Positive Attitudes for Students

An additional insight offered by the TIMSS and PIRLS International Study Center is that students from around the world do better in math if they maintain a positive attitude about the subject.²

Do you have any other strategies for improving math skills? Please share in the comments.  Stay tuned for more math themed blogs this week!

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^{1 “}Benefits of a High School Core Curriculum” College Readiness, 2006, ACT. http://www.act.org/research/policymakers/pdf/core_curriculum.pdf 

² “Parental Expectations and Academic Achievement” Julie Grossman, Megan Kun-McKearin, William Strein, 2011. http://www.education.umd.edu/Academics/Faculty/Bios/facData/CHSE/strein/ParentalExpectationsAndAcademicAchievement.pdf

As a result of lost manufacturing and outsource jobs, the U.S. needs to look to the future—to new opportunities and growing markets to be able to compete globally, and all indicators point to STEM (science, technology, engineering and mathematics) fields.

According to research compiled by the Joint Economic Committee Chairman’s Staff in their report, “STEM Education: Preparing for the Jobs of the Future,” technology innovations have fueled the American economy, with some studies crediting over half of our economic growth in the past fifty years coming from improved productivity resulting from innovation. And the trend seems to be continuing. The demand for workers with degrees in the STEM fields is rising and expected to increase according to the Bureau of Labor Statistics.

However, the U.S. is not producing enough graduates in the fields of math, engineering, computer science, and therefore creating a skill gap. Forbes Magazine published a list “10 Skills that will Get You Hired in 2013” and mathematics was sixth on the list. The need for understanding arithmetic, algebra, geometry, calculus, statistics and the corresponding applications was found in 6 out of the 10 most in-demand jobs now.

So why are we as a nation struggling to impact math achievement when we know what today’s and tomorrow’s economy will demand of future workers, and what an increase in math achievement will provide for all?

As a nation, we must first acknowledge and embrace the changing economy and the demands that will be placed on the next generation of workers. We must educate students and parents about the opportunities that await those who achieve in the fields of math and science, and get more children, especially girls and students of color, into these fields. We must honestly invest in K12 education, attracting teachers to the field who can not only teach math but help bridge the classroom to the real world applications. We must introduce legislation that emphasizes the need for math achievement, rewards the schools getting it right, and provides the financial means to make schools successful in these areas.  And finally, we must continue the fight to make higher education accessible to students.

Children from low-income families tend to fall behind their more affluent peers in every stage of life. They are less likely to be prepared to enter school at age 5, achieve academic and social competencies by the end of elementary schools graduate from high school with good grades, no crime involvement, or teen pregnancy, or achievement equivalent income in their twenties.[i] 

 

Look at all the cognitive elements in the reading comprehension framework and it becomes obvious why students who have minimal access to books and spoken language in the home fall behind. An exposure to language is how students learn to form sentences, understand new words and build vocabulary, and comprehend what is being spoken or read. Without a book or someone to share a book with, a child doesn’t get experience deciphering new words, understanding phonemes, and structuring language.

Though putting a book on a bookcase, understanding that a book is read from left to right, or chewing on a book are deceptively simple steps down the road to literacy when compared to the complexity of reading comprehension skills, literacy is rarely achieved in households that don’t have access to literature. In fact, reading aloud is known to be the most important activity that leads to literacy and determines a student’s reading success through the rest of their life.[ii]

Parent involvement is critical in early childhood development. Before the first school bell rings, 90 percent of brain development has occurred between birth and age 5.[iii] It’s no wonder why children in poverty, who hear as many as 30 million fewer words than their more affluent peers before the age of 4, are kept at a perpetual academic disadvantage. [iv]

According to the University of Texas Health Science Center at Houston, their research shows 37 percent of children entering kindergarten are not prepared with the skills they need to learn. Research also shows that an academic setback in kindergarten makes it very difficult for students to ever catch up.[v] The quality of a student’s early childhood education is strongly correlated with their high school success.

Email me at caroljcarter@lifebound.com if you are interested in learning more about how you can bring summer learning to your community.

When you visualize the 21^st century classroom, what do you see? A smartboard on the front wall, iPads in every student’s hands, individualized learning programs on the computer, setting the pace of a lesson while a teacher stands by for questions…

Some classrooms have moved into the digital age, however, the 21^st century classroom is more commonly described as overcrowded and underfunded. The student demographic is diverse with disabled, gifted, English language, impoverished, and enriched learners. Teachers are faced with having to teach to all levels of the classroom, and due to lack of time, resources, and bandwidth, they teach to the students in the middle; often leaving those who are falling behind behind and those who are gifted unchallenged.

In 1983, the National Commission on Excellence in Education released the report “A Nation at Risk: The Imperative for Educational Reform” inspired by “a rising tide of mediocrity that threatens our very future as a Nation and a people.”[i] This report, though controversial, did bring to light educational issues we are still fighting today.

The following are some noteworthy statistics from the 1983 report:

• · Functional illiteracy among minority youth may run as high as 40 percent.
• · The number and proportion of students demonstrating superior achievement on the SATs have dramatically declined.
• · Many 17-year-olds do not possess the “higher order” intellectual skills we should expect from them.
• · There was a steady decline in science achievement scores of the U.S. 17-year-olds as measured by national assessments of science in 1969, 1973, and 1977.
• · Between 1975 and 1980, remedial mathematics courses in public 4-year colleges increased by 72 percent.
• · Too many teachers are being drawn from the bottom quarter of graduating high school and college students.

Sound familiar? Three decades later, minorities are trending toward becoming the majority, while the achievement gap continues to grow; college students are graduating with weak critical thinking skills; students’ competency in STEM subjects aren’t keeping up with the amount of job openings in STEM fields; and teachers are now said to come from the bottom one-third of their class.[ii]

[i] “A Nation at Risk” By The National Commission on Excellence in Education

[ii] “Achievement Gap” http://www.edweek.org/ew/issues/achievement-gap/