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In order to increase the achievement levels of minorities and low income students, there are three components that are the focus: high standards, a rigorous curriculum, and effective educators.

This post hits home, as I see it at my Title I school. Students struggle but even the students passing AP classes and Honors courses, yet when they see the SAT's or the ACT's. Last year, my school's valedictorian only got a 1000 on the SAT and did not get to attend her first choice. We, as a school, and larger, we as educators need to ensure that we are doing everything we can to get these students to get past whatever challenges exist outside of the school and have strict standards that need to be met.

This a great resource for every teacher.

I selected this article since I primarily work with college students and need to offer additional support to help students use their self-advocacy skills for their own learning goals. I feel that this would be a good way to address learning gaps by integrating these skills into our instruction. Abstract: Self-advocacy is the ability to communicate one's needs and wants and to make decisions about the supports needed to achieve them (Stodden, Conway, & Chang, 2003). Research shows self-advocacy skills are related to academic performance and successful adaptation to college (Adams & Proctor, 2010; Getzel & Thoma, 2008; Hadley, 2006; Murray, Lombardi, & Kosty, 2014; Thoma & Wehmeyer, 2005).

This page provides a set of descriptions that detail the characteristics of quality student work regardless of content area. Teachers could use this in the PLCs as a gauge to evaluate student work. For students in middle school, high school and college, teachers could share these with students to help them achieve high quality work.

An informative and engaging article that provides eight solutions to tackling the achievement gap.  It is well organized and written with clear reasoning for each solution.

I really enjoyed this article. As a new instructor I am constantly looking to engage my adult students. Through my instruction, making that personal connection is so important. Once you make that personal connection I find that students start making a personal connection with their assignments as well. I find having a non-academic conversation at the beginning of class can help the students feel involved classroom citizens.

This article really gives great advice on how teachers can help close the achievement gap by changing small things they do in the classroom. The two things that stuck out to me was allowing more time and progress monitoring. Sometimes time is all a student needs to succeed. When students feel rushed they end up just picking whatever answer they think is right or just something to complete the assignment. Allowing students to return to their unfinished work could really help students concentrate knowing that they don't have to rush to finish an assignment. As far as progress monitoring goes, it helps when the teacher really cares about making sure the students are on the right track and that their parents are aware of the work they have completed or would need to complete to get them on track.

This blog post explains the way to close the achievement gap in a mathematics classroom. The article touches upon stereotypes and ethnic and racial disparities, and other ways for educators to close the gap for their mathematics students.

Wow, what an interesting article! I'd never really considered racial inequality in math instruction before, but after reading the article, something to consider. One of the suggestions was to remove homework from math instruction due to some studetns unstable living situations. This makes sense and I think as teachers we often forget what some of our students are dealing with at home.

I really liked this article and the ideas in it. I try to celebrate the mistakes in my classroom, using them as a lesson within a lesson. I understand the point about homework, however I will continue to give my students homework. We are supposed to be preparing them for college. I don't remember one college class where most of my grade didn't come from work outside of class.

This study investigated the effects of input- and output-based instruction on the development of L2 knowledge of 129 third-semester college students learning English in Iran. I found this to be an interesting study because it addressed both kinds of instruction and acknowledged the ongoing debate about the importance of each method and its role in student learning of a second language. The study recognizes that input-based instruction needs to be more than exposure alone and include instructional intervention in order to be effective, and that output-based instruction involve meaningful output practice activities supported with feedback. Although the study does not claim that output in and of itself leads to L2 development due to the need for teacher feedback, it does suggest that output-based instruction is as effective as or can be even more effective than input-based instruction.

The Khan Academy is a free online resource for learners to access over 3,000 videos. Since the video tutorials are short, the content keeps even the most distracted student's attention. Working at a Community college, many students entering are required to take academic placement test in math and english. The math assessment seems to be the most fustrating among students. This site has interactive quizzes to assist in preparation and or to identify where the deficiency is for students. Students are advised to review the content prior to completing the assessments and to help as they matriculate throughout their required math courses.

Week 7 - This is an excellent article for second language teachers who want to be inclusive of all students through digital story telling. Dr. Vinogradova's personal experience affirms the importance of cultural identity integration using technology to achieve pedagogical goals. By Polina Vinogradova, Ph.D, Director of the TESOL Program, Department of World Languages and Cultures, American University....

From the abstract: "This paper examines the challenge of teaching statisti cal research methods in three master's degree programs at a private university based in Washington, DC "

This artifact is an AVID student handout that explains the Cornell Note Taking Summary Template. It describes step by step how to write a complete summary of your Cornell Notes. Being able to complete a summary will help the students reflect on the information they just acquired and make the connections necessary for understanding the material.

This artifact is an AVID student handout with Costa's 3 Levels of Thinking. It includes key words to use in your questions to help guide you to create different levels of questions ranging from basic remembering and understanding to creating and evaluating. Students will use this handout to develop the questions they create for their class Cornell Notes, Essential Questions and Cornell Notes they write for their homework reading assignments.

This artifact is an AVID student handout that describes the Cornell Note Taking process. The Handout is set up in the template you will use for the note taking process.

Students' middle grade attendance is a strong indicator of future high school performance. As such, middle teachers can use such attendance info to identify students who may tend to struggle in high school, and give those students needed support in advance of ninth grade. I have not been able to implement the strategies mentioned (its Summertime!) but I intend to try some this Fall with the 10 or 15 students that I know will be attendance issues in my 8th grade classes.

Like you mentioned, I already know a handful of students going into 8th grade (I teach 6th-8th grade computer technology as a creative arts course) that will be attendance, behavior, and/or low GPA's. I feel like while our schools try to support student learning, we too often push kids through from one grade to the next. I have students this past year who in the semester every other day that I instruct them (45 classes in all), they have missed more than half and yet they promote to the next grade. Each of the five areas highlighted raise good points and I actually find some of the statistics very alarming considering the small differences in percentages. For example, Figure 3 on page 8 depicts two identical students with exact achievement marks in 5th grade. By the time they reach 8th grade, one students attendance improves 2% and the other students attendance drops 4% to a 93% avg. attendance rate. While this doesn't sound like a terrible drop (at least to me), the possibility of these students being on track for 9th grade went from 93% for the student who improved attendance compared to 66% of this student being on track for 9th grade whose attendance dropped just a few percentage points. I think more needs to be done at the school level to improve performance and setup interventions that help our students succeed rather than worrying about the multiple standardized tests that students are required to complete throughout the year. Thank you for sharing! I'm definitely reading over this again as I prepare for the upcoming school year with my middle school students and may even share it with my staff.

This article takes about the importance of Career and Technical classes in the schools. It also takes about students should be expose to both college and career ready education and not have to choose.

Vectorworks is another technical design program that is free for students. Many colleges use Vectorworks rather than Autocad.

(Week 7: Jeremy, Kelly, Patience and Sherita) This article is originally a Diigo share from 2015. This journal article is accessible in the link given above. This journal article discusses how here in America, there is a pervasive fear surrounding teaching and learning math. The author suggests that the American public suffers from innumeracy. Through discussing the article, the group agrees that many countries have mastered the use of American mathematical principles. The article discussed that by utilizing and engaging in clear mathematical methods of learning for students and by creating valuable conversations, making the learning process more viable, the students consequently, learn. "Instead of having students memorize and then practice endless lists of equations - which Takahashi remembered from his own days in school - Matsuyama taught his college students to encourage passionate discussions among children so they would come to uncover math's procedures, properties and proofs for themselves. One day, for example, the young students would derive the formula for finding the area of a rectangle; the next, they would use what they learned to do the same for parallelograms. Taught this new way, math itself seemed transformed. It was not dull misery but challenging, stimulating and even fun." (Green, 2014) Teachers can use this article to further their instructional practices by utilizing math in a real world format, in a conversational and hands on applicable manner, making learning math fun and interesting for their students. In some instances, math classes may be seen as boring and monotonous tools that serve to be an overtly unloved subject area here in America. The simple truth, is that many teachers love to learn and teach math here in America, and there is a realization for teachers, that all nations compete mathematically. In technology, industry, trade, consumerism and capitalism, numbers and mathematical data maintain a lot of the privile

By pretty much any measure, Cupertino High School in northern California is a successful place. Perched in the heart of Silicon Valley, Cupertino sent 85 percent of its senior class to college in 2009. Hundreds of its students choose among a dozen advanced placement classes each year.

Student Outcomes

From the abstract: "This article presents a reflective case study analysis of an attempt to enhance student learning through the introduction of student-centred teaching methods in a masters-level social research methods subject. The introduction of a range of specific techniques, including case study teaching, problem based learning, groupwork, role-play and simulation, is reflected upon. The article concludes that the re-orientation of the curriculum toward student-centredness in this case had a positive effect on student performance, learning experience and subject evaluation. In particular, the use of student-centred techniques facilitated a strong social context for learning, and provided students with a common experiential framework from which to explore the technical aspects of the curriculum. However, the analysis also found that students continued to place value on more formal teaching methods, and that the value of student-centred techniques in this case rested in the way in which they were integrated with more didactic teaching practice"