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Philip Trejo, Director, Office of Professional Development, Pueblo ...

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Academic


Goals for my segment are:<br />

Get you excited about Academic Resiliency.<br />

Why it is so important for students and<br />

especially our Urban students.<br />

To provide a number <strong>of</strong> takeaway tools to get<br />

you started in making whatever supports you<br />

have in place for students much for effective.


Academic


Academic Resiliency<br />

Academic resilience refers to a<br />

student's willingness to persevere<br />

at academic tasks even when they<br />

are frustrated. In other words,<br />

academically resilient children do<br />

not give up, no matter what faces<br />

them.


Resilient students are:<br />

“students who succeed in<br />

school despite the presence<br />

<strong>of</strong> adverse conditions.”<br />

Waxman, H. C., Gray, J.P., & Padron, Y. N. (2003). Review <strong>of</strong><br />

Research on Educational Resilience (p.1). CA: Center for Research<br />

on Education, Diversity & Excellence.


An Example <strong>of</strong> Differences in<br />

Academic Resilience<br />

Let's say that 10-year-olds Roger and Tory have<br />

nearly identical math skill sets and intellectual<br />

aptitude. Roger, however, has high academic<br />

resilience while Tory has low academic<br />

resilience. When their teacher introduces a<br />

challenging new type <strong>of</strong> math problem, they<br />

probably both experience frustration and make<br />

similar errors. Due to his personality, though,<br />

Roger is much more likely than Tory to fight to<br />

master the new math skill.


ANDREW J. MARTIN AND HERBERT W.<br />

MARSH 4-C model<br />

confidence (self-efficacy)<br />

control<br />

composure (low anxiety)<br />

commitment (persistence)


Academic Resilience<br />

Academic Resiliency subsequently predicts three<br />

educational and psychological “outcomes”:<br />

Enjoyment <strong>of</strong> school<br />

Class participation<br />

And<br />

General self-esteem


Learning Objective 2<br />

Why it is so important for<br />

students and especially<br />

our Urban students.


• a nationwide study shows, the average high<br />

school graduation rate in the nation’s 50<br />

largest cities was 53 percent, compared with<br />

71 percent in the suburbs.<br />

• In Cleveland, only 38 percent <strong>of</strong> high school<br />

freshmen graduated within four years.<br />

• New York Times, Apr 22, 2009


Every school day, more than 7,200 students fall through<br />

the cracks <strong>of</strong> America's public high schools. Three out <strong>of</strong><br />

every 10 members <strong>of</strong> this year’s graduating class, 1.3<br />

million students in all, will fail to graduate with a diploma.<br />

The effects <strong>of</strong> this graduation crisis fall disproportionately<br />

on the nation’s most vulnerable youths and communities.<br />

A majority <strong>of</strong> non-graduates are members <strong>of</strong> historically<br />

disadvantaged minorities and other educationally<br />

underserved groups. They are more likely to attend<br />

school in large, urban districts. And they come<br />

disproportionately from communities challenged by<br />

severe poverty and economic hardship.<br />

Education Week Vol. 29, Issue 34, Pages 22-23, 30


Last year, Hispanic and African American high<br />

school graduates met ACT’s College Readiness<br />

Benchmarks in English, reading, mathematics,<br />

and science at substantially lower rates than did<br />

Asian and White graduates.<br />

For example, the rate <strong>of</strong> White graduates who were<br />

college ready in English (77%) was twice that <strong>of</strong><br />

their African American peers (35%). Hispanics were<br />

slightly lower.


On average, African-American and Latino high<br />

school seniors perform math and read at the<br />

same level as 13-year-old white students.<br />

The Education Trust says African-American and<br />

Latino students have made little to no progress<br />

in 12th-grade reading scores since 1994,<br />

continuing to lag behind white students. Math<br />

achievement has also remained flat, with the<br />

gap between white students and those <strong>of</strong> color<br />

widening.<br />

Huffington Post, March 23, 2013


• Black, Latino Students Perform at Levels <strong>of</strong> 30<br />

Years Ago<br />

• National Center for Education Statistics in<br />

2009 and 2011 showed that black and<br />

Hispanic students trailed their white peers by<br />

an average <strong>of</strong> more than 20 test-score points<br />

on the NAEP math and reading assessments at<br />

4th and 8th grades, a difference <strong>of</strong> about two<br />

grade levels.


• Only about half <strong>of</strong> Colorado’s high school<br />

students are pr<strong>of</strong>icient or above in writing and<br />

less than half <strong>of</strong> middle school and high school<br />

students are pr<strong>of</strong>icient or above in math. And,<br />

one <strong>of</strong> every four Colorado high school students<br />

fails to graduate in four years. These outcomes<br />

are much worse for economically disadvantaged<br />

and minority students who, on average, test less<br />

pr<strong>of</strong>icient across grade levels and subjects and<br />

have even lower graduation rates.


Boulder Valley School District on its<br />

achievement gap.<br />

• Reading: 70 percent <strong>of</strong> American Indian, 86 percent <strong>of</strong> Asian-<br />

American, 68 percent <strong>of</strong> African-American and 88 percent <strong>of</strong> white<br />

students scored partially pr<strong>of</strong>icient or better on the state<br />

standardized test. Latinos? 42 percent.<br />

• Writing, partially pr<strong>of</strong>icient or better: American Indian, 52 percent;<br />

Asian-American, 77 percent; African-American, 51 percent; white,<br />

76 percent. Latinos? 31 percent.<br />

• Math, partially pr<strong>of</strong>icient or better: American Indian, 54 percent;<br />

Asian-American, 80 percent; African-American, 47 percent; white,<br />

75 percent. Latinos? 33 percent.<br />

• Science, ditto: American Indian, 41 percent; Asian-American, 71<br />

percent; African-American, 39 percent; white, 72 percent. And<br />

Latinos? 24 percent.<br />

Denver Post, 2009


• In Colorado, whites get college degrees at<br />

three times the rate Latinos do and twice the<br />

rate <strong>of</strong> blacks. Colorado Public Radio<br />

1/23/2013


More <strong>of</strong> the same trap.


Supports<br />

- Study Skills<br />

- Math Skills<br />

- Reading Comprehension<br />

- Tutoring<br />

- Supplemental Instruction


The case for Academic Resiliency.<br />

HOW CHILDREN SUCCEED: Grit, Curiosity, and<br />

the Hidden Power <strong>of</strong> Character by PAUL TOUGH<br />

Mindset: The New Psychology <strong>of</strong> Success by<br />

Carol Dweck<br />

Choosing a GOOD Road by Jonathan Brennan


The case for Academic Resiliency.<br />

Marzano’s (Nine) High-Yield Instructional<br />

Strategies By Robert J. Marzano<br />

Student Academic Mindset Interventions by<br />

Jason Snipes, Cheri Fancsali, and Ginger Stoker<br />

2012<br />

Grit: Angela Duckworth


Now the simple to do but hard work.<br />

Learning Objective 3:<br />

To provide a number <strong>of</strong><br />

takeaway tools to get you<br />

started in making whatever<br />

supports you have in place for<br />

students much for effective.


So you are convinced, now what?<br />

Use the Continuous Quality<br />

Improvement Model (CQI) to drive<br />

your programing.<br />

In simplest terms; use the three<br />

driving questions<br />

and<br />

The Plan, Do, Study, Act/Reflect model.


The 3 questions<br />

What am I (are we) trying<br />

to accomplish?<br />

How will I (we) know a<br />

change is an improvement?<br />

What changes can I (we)<br />

make that will result in<br />

improvement?


Power points<br />

Evidence<br />

based or<br />

best<br />

practice<br />

Improve<br />

technique<br />

Standardize<br />

procedure<br />

Introduce<br />

new<br />

technology<br />

Simplify a<br />

process<br />

35


Measurement<br />

Maybe the most difficult for some is the how do<br />

we measure?<br />

Included are several examples that you may try<br />

and don’t be afraid to develop your own.<br />

Without measurement you can not determine<br />

program effectiveness, negative or positive<br />

impact and you have no grounds for creating<br />

program sustainability.


In closing<br />

I hope you have some level <strong>of</strong> excitement about<br />

Academic Resiliency (AR) and its potential to<br />

make a difference.<br />

You have a better idea <strong>of</strong> why AR is so<br />

important.<br />

You have some good materials to start with for<br />

incorporating a focus on AR into our student<br />

supports.

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