Alternative High School Math Pathways in Massachusetts: Developing an On-Ramp to Minimize College Remediation in Mathematics

Of the Massachusetts graduates from the Class of 2005 who enrolled in public colleges, an appalling 29 percent enrolled in a developmental (remedial) math course during the fall semester. Nationally, 63 percent of college students who remediate in mathematics do not earn a 2- or 4-year degree. At a time when a college degree is one of the critical components of one's ability to afford a home and support a family, that such high rates of Massachusetts' high school graduates require remediation in math is cause for alarm - and action. The Rennie Center for Education Research and Policy has produced a policy brief that proposes a new pathway in high school mathematics aimed at eliminating the need for college remediation in math.The policy brief, entitled Alternative High School Math Pathways in Massachusetts: Developing an On-Ramp to Minimize College Remediation in Mathematics, proposes a plan designed to significantly reduce, and ultimately, eliminate the number of students who require college remediation in mathematics.Rather than the traditional progression of math courses (Algebra I, Geometry, Algebra II, Calculus), we propose three new math courses at the middle and high school levels - including a new fourth year math course titled: Topics in Applied Mathematics for College Preparation that would provide an alternative to Pre-calculus/Calculus for students pursuing non-math related majors. We recommend that Massachusetts policymakers and school and district leaders should take the following steps toward establishing to a well-aligned, effective system that ensures all students are ready for college-level mathematics:Ensure mastery of arithmetic by the end of seventh grade;Focus on mastery and application of algebraic concepts;Offer the ACCUPLACER(R) test to high school juniors;Provide guidance based on the Elementary Algebra ACCUPLACER(R) score; andEncourage all students to take mathematics during their first college semester

The Development of the WISE (Writing to Inspire Successful Education) Writing Mentoring Program: A University-School Collaboration

Abstract This paper describes the development of a service learning writing mentoring program designed to close the achievement gap in writing proficiency for economically disadvantaged seventh grade students. Compared to writing mentoring studies found in the published literature, this program has three distinguishing components. First, it focused on economically disadvantaged middle school students. Second, it provided writing mentoring through a university-school partnership in which college students provided the intervention in collaboration with a seventh-grade teacher. Third, the program used technology to facilitate the mentoring process. Over the course of an academic year, mentors created videos with feedback on 19 writing assignments. The writing mentoring program was associated with a four-fold increase in the percentage of students who were graded as ‘proficient’ on a state standardized writing exam. These results suggest that semi-virtual, intensive writing mentoring and individualized feedback from college students can close the achievement gap and improve the quality of middle level education provided to economically disadvantaged students

Technology Solutions for Developmental Math: An Overview of Current and Emerging Practices

Reviews current practices in and strategies for incorporating innovative technology into the teaching of remedial math at the college level. Outlines challenges, emerging trends, and ways to combine technology with new concepts of instructional strategy

Are Boys Making the Grade? Gender Gaps in Achievement and Attainment

A new study by the Rennie Center for Education Research and Policy finds that Massachusetts boys are lagging behind girls in educational achievement and attainment. The policy brief, Are Boys Making the Grade? Gender Gaps in Achievement and Attainment, was released at a public event on October 3, 2006 at the Bank of America Auditorium. The brief examines gender differences on a number of indicators including performance on the MCAS in math and English language arts (ELA), dropout rates, and placement in special education. Girls matched or surpassed boys' achievement at all grade levels in both math and ELA. A further analysis of high school enrollment patterns showed that boys, specifically Black and Hispanic boys, are most in danger of falling through the cracks in the education system.While data from national exams show that boys continue to hold a slight edge over girls in math, girls' achievement on the math MCAS equals, and in some cases, exceeds boys'. For example, on the grade four math MCAS, girls were more likely than boys to demonstrate mastery by scoring in the top two categories -- advanced and proficient. On the tenth grade math MCAS, which students need to pass in order to graduate, boys are more likely to fail than girls.Boys drop out of high school at significantly higher rates than girls. And they are almost twice as likely to be assigned to a special education classroom.The study presented individual snapshots of the ten largest urban areas in Massachusetts, but determined that gender gaps prevail in schools statewide.Because prior research has made clear that gaps also exist between racial sub-groups of students, the study examined the intersection of race and gender in high school enrollment patterns. This analysis clarified that, between ninth and twelfth grades, the enrollment of Black and Hispanic boys declines at a much steeper rate than their White male, Asian male or female peers.RecommendationsThe policy brief concluded with a series of recommendations designed to ensure that boys and girls both receive equitable educational opportunities. They included:Permit experimentation with single sex education on a small scale, such as in after school enrichment programs;Incorporate information about gender differences in cognitive development into teacher training; andPay particular attention to Black and Hispanic boys in mentoring, dropout prevention and MCAS remediation efforts

The Power to Change: High Schools that Help All Students Achieve

"The Power to Change: High Schools that Help All Students Achieve," chronicles the stories of three very different high schools that are getting strong results for minority students and students from low-income families. The report demonstrates clearly that some high schools are succeeding, even under challenging circumstances

The Case for Improving U.S. Computer Science Education

Despite the growing use of computers and software in every facet of our economy, not until recently has computer science education begun to gain traction in American school systems. The current focus on improving science, technology, engineering, and mathematics (STEM) education in the U.S. school system has disregarded differences within STEM fields. Indeed, the most important STEM field for a modern economy is not only one that is not represented by its own initial in "STEM" but also the field with the fewest number of high school students taking its classes and by far has the most room for improvement—computer science

Pathways to College Preparatory Advanced Academic Offerings in the Anchorage School District

There are many ways a child in the Anchorage School District (ASD) can access advanced course offerings. To a parent these pathways may seem complex. ASD offers options for gifted and highly gifted students at the elementary and middle school level, and accelerated, and enriched learning opportunities such as honors and advanced placement courses at the secondary level. These opportunities, though linked, are not the same, nor do they necessarily follow from one to another in a straight path. Moreover, pathways to and through these opportunities can be quite different. Offerings are different at the elementary, middle and high school levels, with differing qualifications and eligibility. And, some of the programs are only offered in a few particular schools. This variety provides lots of flexibility. It also creates a complex path of choices and decisions. In all of these pathways and choices, active advocacy by a parent is necessary to ensure that their child receive the best and most appropriate opportunities. In this report we describe the many advanced and accelerated learning opportunities available in Anchorage elementary, middle and high schools, and the ways students can access these opportunities. We provide visuals including figures, tables and text to highlight the pathways to and through advanced offerings from Kindergarten to 12th grade. This document is based upon publicly available information. We have combined information from the ASD gifted program website the ASD High School Handbook, the ASD High School Program of Studies guide, and minutes of the ASD Board meetings. We also spoke with staff in the gifted program at ASD. Individual school-level issues that are outside of ASD policy and procedures have not been included. This report focused on the services, programs and schools within the Anchorage School District that service as pathways to college preparation and advance academic course offerings. As we describe in more detail in this report, there are very different offerings and paths at the elementary, middle and high school. In general, there are gifted and highly gifted programs at the elementary and middle school level, and a highly gifted program at the high school level. At all school levels, the highly gifted programs are offered at a limited number of schools. In high school, all students (including those in the highly gifted program) have the opportunity to take honors and advanced placement classes. Math is not included in the middle and high school gifted program. Math instead is a curriculum progression. Advanced math opportunities usually start in 6th grade, when students can choose placement into math courses that are a higher than the usual level. Opting for advanced math in 6th grade puts a student on track to reach Algebra I in 8th grade and calculus in 12th. At the elementary school level ASD operates gifted programs in all schools and a highly gifted program in one. There are also alternative and optional schools, which offer accelerated and enriched learning environments. If a student is in the highly gifted or gifted program in elementary school, he or she usually transitions to gifted and highly gifted middle school programs. In middle school these programs 3 include gifted language arts and science classes. Students who were not a part of the gifted program in elementary school can access the middle school gifted program, by testing in. Many optional and alternative programs provide enriched and accelerated classes to all students in them. For high school students there is a greater variety of advanced offerings. Starting in 9th grade there are honors and Advanced Placement (AP) courses, Credit-by-Choice options, and optional programs within the high schools and alternative schools. Students in the middle school gifted and highly gifted program have the opportunity to transition into the high school Highly Gifted Program. The following table provides a look at advanced offerings at different school levels. Each of these offerings is discussed in the report.Introduction / Glossary of Terms / Elementary Level / Middle School Level / High School Level / Highlights / Future Research Question

Pathways to College Preparatory Advanced Academic Offerings in the Anchorage School District

Prepared for: CITC’s Anchorage Realizing Indigenous Student ExcellenceThere are many ways a child in the Anchorage School District (ASD) can access advanced course offerings. To a parent these pathways may seem complex. ASD offers options for gifted and highly gifted students at the elementary and middle school level, and accelerated, and enriched learning opportunities such as honors and advanced placement courses at the secondary level. These opportunities, though linked, are not the same, nor do they necessarily follow from one to another in a straight path. Moreover, pathways to and through these opportunities can be quite different. Offerings are different at the elementary, middle and high school levels, with differing qualifications and eligibility. And, some of the programs are only offered in a few particular schools. This variety provides lots of flexibility. It also creates a complex path of choices and decisions. In all of these pathways and choices, active advocacy by a parent is necessary to ensure that their child receive the best and most appropriate opportunities. In this report we describe the many advanced and accelerated learning opportunities available in Anchorage elementary, middle and high schools, and the ways students can access these opportunities. We provide visuals including figures, tables and text to highlight the pathways to and through advanced offerings from Kindergarten to 12th grade. This document is based upon publicly available information. We have combined information from the ASD gifted program website the ASD High School Handbook, the ASD High School Program of Studies guide, and minutes of the ASD Board meetings. We also spoke with staff in the gifted program at ASD. Individual school-level issues that are outside of ASD policy and procedures have not been included. This report focused on the services, programs and schools within the Anchorage School District that service as pathways to college preparation and advance academic course offerings. As we describe in more detail in this report, there are very different offerings and paths at the elementary, middle and high school. In general, there are gifted and highly gifted programs at the elementary and middle school level, and a highly gifted program at the high school level. At all school levels, the highly gifted programs are offered at a limited number of schools. In high school, all students (including those in the highly gifted program) have the opportunity to take honors and advanced placement classes. Math is not included in the middle and high school gifted program. Math instead is a curriculum progression. Advanced math opportunities usually start in 6th grade, when students can choose placement into math courses that are a higher than the usual level. Opting for advanced math in 6th grade puts a student on track to reach Algebra I in 8th grade and calculus in 12th. At the elementary school level ASD operates gifted programs in all schools and a highly gifted program in one. There are also alternative and optional schools, which offer accelerated and enriched learning environments. If a student is in the highly gifted or gifted program in elementary school, he or she usually transitions to gifted and highly gifted middle school programs. In middle school these programs 3 include gifted language arts and science classes. Students who were not a part of the gifted program in elementary school can access the middle school gifted program, by testing in. Many optional and alternative programs provide enriched and accelerated classes to all students in them. For high school students there is a greater variety of advanced offerings. Starting in 9th grade there are honors and Advanced Placement (AP) courses, Credit-by-Choice options, and optional programs within the high schools and alternative schools. Students in the middle school gifted and highly gifted program have the opportunity to transition into the high school Highly Gifted Program.Introduction / Glossary of Terms / Elementary Level / Middle School Level / High School Level / Highlights / Future Research Question