Creating Successful Magnet Schools Programs (PDF)
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The Unique Research Curriculum, Motivations, and Results of the Rockdale Magnet School for Science and Technology
Session 2530 The Unique Research Curriculum, Motivations, and Results of the Rockdale Magnet School for Science and Technology William W. Smith, Jr / Angela Hinson Quick Georgia Tech / Rockdale Magnet School for Science and Technology Introduction Opening in the 2000 academic year, the Rockdale Magnet School for Science and Technology is an alliance between the Georgia Institute of Technology’s College of Engineering and the Rockdale County (Georgia) Public Schools. This magnet high school provides a unique combination of required research classes and projects, an international research partnership with a French high school, and direct liaison with college engineering personnel. Specialized AP and magnet school science, mathematics, and research classes are taught to the participating 130 magnet students by magnet school teachers, while non-magnet school classes are taken with the general population and their teachers in a 1300 student high school. Each student participates in required research and formally defines, executes, and presents their research project in multiple fora. The relationship with Georgia Tech provides access to personnel (a dedicated liaison engineering PhD, professorial, graduate, and undergraduate assistance) and facilities (i.e. nuclear, biomedical, chemical, instrumentation, military) typically unavailable and often unknown to traditional high school science students. Although only beginning its third year and incorporating about 45 rising 9th graders each year, to date and amongst other honors, the school has dominated regional science and engineering fair awards, sent two students to the International Science and Engineering Fair, and produced two Siemens Westinghouse semi- finalists. This paper presents the school’s curriculum, its motivating goals and philosophy, and some results to date. -
Montclair Public Schools Public Board Meeting Held On
MONTCLAIR PUBLIC SCHOOLS PUBLIC BOARD MEETING HELD ON TUESDAY, FEBRUARY 19, 2019 AT 5:30 PM GEORGE INNESS ANNEX ATRIUM 141 PARK STREET MONTCLAIR, NEW JERSEY Agenda/Public Board Meeting Tuesday, February 19, 2019 Page 1 AGENDA FOR THE PUBLIC BOARD MEETING HELD TUESDAY, FEBRUARY 19, 2019 AT 5:30 PM GEORGE INNESS ANNEX ATRIUM 141 PARK STREET, MONTCLAIR, NEW JERSEY A. STATEMENTS 1. Meeting Notice B. ROLL CALL C. RESOLUTION FOR EXECUTIVE SESSION D. RETURN TO OPEN SESSION E. THE PLEDGE OF ALLEGIANCE F. ROLL CALL G. SUPERINTENDENT’S REPORT 1. Glenfield Student Performance 2. Montclair High School Mock Trial Recognition 3. Technology Update H. PRESENTATIONS TO THE BOARD 1. 2019-2020 Budget I. BOARD OF EDUCATION DISCUSSION J. COMMENTS FROM THE PUBLIC The Board will allow time for the public to comment on agenda and non-agenda items. K. MINUTES – Attachments 1. Public/Executive Session held on January 14, 2019 2. Public/Executive Session held on January 30, 2019 3. Public/Executive Session held on February 6, 2019 L. BOARD OF EDUCATION - None Page M. BUSINESS OFFICE 1. Approval of Conference and Travel Requests 4-7 2. Monthly Budget Reports and Bills and Claims – Attachments 8 Agenda/Public Board Meeting Tuesday, February 19, 2019 Page 2 Page 3. Acceptance of Donation Through DonorsChoose for Bullock School for a Small Group Set of VR Equipment 9 4. Acceptance of Before and After Care for In-District Developmental Learning Center Students 2018-2019 School Year 10 5. Acceptance of Tuition for In-District Developmental Learning Center Students 2018-2019 School Year 11 6. -
The Effects of Career Magnet Schools
INSTITUTE ON EDUCATION AND THE ECONOMY IEE BRIEF ISSN 1059 2776 Number 22 / December 1998 THE EFFECTS OF for students with high, average, and explained by a difference in academic CAREER MAGNET low reading scores. ability. Since there are seemingly obvi- We used the school district’s ous reasons—among them, the career SCHOOLS method of assigning students by lottery focus and the integration of academics Robert L. Crain, Anna Allen, as the basis for our study. Thus, the with career preparation—that career Judith Warren Little, Debora Sullivan, students were randomly assigned to magnets should be more successful Robert Thaler, Denise Quigley, different treatments, and we took out- than comprehensive schools at holding and Gail Zellman come measures after the students students and graduating them, these received the treatment. In all of our findings are surprising. This Brief is a distillation of a research, we studied only those stu- We pose the following possible report on a major research study com- dents who were admitted by lottery to explanations for these findings. A fun- paring graduates of career magnet pro- career magnet high schools and gradu- damental problem with career magnet grams to graduates of comprehensive ated from them, comparing them to lot- high schools is the conflict between high schools in a large metropolitan tery-losing applicants to the same providing students with the best educa- area. The career magnet programs we schools who had graduated from com- tion and providing employers with qual- studied are located either within regular prehensive high schools. The students ified workers. Ironically, schools are comprehensive high schools or com- had chosen the same program, were in forced to set higher standards to satisfy bined with other magnet programs to the same reading ability groups, and their commitments to prepare students fill up an entire building. -
Magnet Graduate Testimonials
Magnet Graduate Testimonials Mary Courtney Delvin ‘07 President’s Scholar, Georgia Institute of Technology “Choosing to attend Wheeler and the Magnet program was a great fit for me in high school. It was the perfect segue to my college experience and I feel well equipped to be successful as a President’s Scholar and in the Honors Program at Georgia Tech. The Magnet program and Wheeler High School prepared me thoroughly and allowed me to pursue many opportunities I would not have had otherwise, including completing my internships at Emory conducting brain tumor research and working with veterinarians in every aspect of animal health care. My scholarship at Georgia Tech allows me the opportunity for paid research in order to build on my high school internship experiences. The warm atmosphere at Wheeler, the variety of programs, the outstanding teachers and staff all made me feel welcomed, valued and an important part of the Wheeler Family.” Lindsay Haines ‘06 Sophomore, Yale University “Why Wheeler Magnet and why not Walton? I still get asked with this question, especially when my academic interest back then was not in math and science. That was one of the many reasons why I came: to strengthen my weak areas. I saw many opportunities at Wheeler and I took full advantage of them to combine my passion for writing, social studies and arts with science. At Wheeler, I learned so much more than just calculus, AP Biology or AP Literature from books and lectures. I learned to think, read and write critically and, most importantly, to apply what I learned in the most meaningful ways with the most caring teachers, wonderfully diverse and supportive student body and awesome Wheeler family and community. -
Montclair Public Schools Public Board Meeting Held On
MONTCLAIR PUBLIC SCHOOLS PUBLIC BOARD MEETING HELD ON MONDAY, JUNE 21, 2021 AT 6:30 PM GEORGE INNESS ANNEX ATRIUM 141 PARK STREET, MONTCLAIR, NEW JERSEY Agenda/Public Board Meeting Monday, June 21, 2021 Page 1 AGENDA FOR THE PUBLIC BOARD MEETING HELD MONDAY, JUNE 21, 2021, AT 6:30 PM GEORGE INNESS ANNEX ATRIUM 141 PARK STREET, MONTCLAIR, NEW JERSEY A. ROLL CALL PAGE B. RESOLUTION FOR EXECUTIVE SESSION C. RETURN TO OPEN SESSION – ROLL CALL D. THE PLEDGE OF ALLEGIANCE E. STATEMENTS 1. Meeting Notice F. SUPERINTENDENT’S REPORT G. STUDENT REPRESENTATIVE H. COMMENTS FROM THE PUBLIC The Board will allow time for the public to comment on agenda and non-agenda items. I. BOARD COMMENTS J. MINUTES – Attachments 1. Public/Executive Session held on May 5, 2021 2. Public/Executive Session held on May 12, 2021 3. Public/Executive Session held on May 17, 2021 K. BUSINESS OFFICE 1. Approval of Conference and Travel 3 2. Approval of Acceptance of Grant Award and Approval of Submission of the School Security Grant Application 4 3. Approval of Acceptance of Grant Award and Approval of Submission of the Coronavirus Response and Supplemental Appropriations Act of 2021 (CRRSA)/Elementary and Secondary School Emergency Relief Fund (ESSER II) 5 4. Approval of Acceptance of Grant Award and Approval of Submission of the American Rescue Plan Act of 2021 – Elementary and Secondary School Emergency Relief Fund (ARP-ESSER) 6 5. Approval of Acceptance of Grant Award and Approval of Submission of the Individuals with Disabilities Education Act (IDEA) Part B and Preschool Grant Application for Fiscal Year 2022 7 6. -
RESEARCH BRIEF for the Houston Independent School District Volume 5, Issue 1 – February, 2017
RESEARCH BRIEF for the Houston Independent School District Volume 5, Issue 1 – February, 2017 Social Capital, Race, and Magnet School Attendance By D. Diego Torres, Ph.D, and Vansa Hanson, M.A.1 Critics of rational choice theory argue that there is an unequal distribution in access to good information about school choice options that favors families with greater social capital and whites. While there is much empirical evidence to support this argument, studies exist that counter it, suggesting that those with low stocks of social capital and racial and ethnic minorities are more likely to exercise school choice. Interestingly, extant studies typically focus on types of school choice other than magnet schools. Using combined student-level data from the Houston Independent School District (HISD) and neighborhood-level data from the United States Census Bureau’s Zip Business Patterns, we examined how neighborhood-level social capital and race/ethnicity impact the exercise of intra-district magnet school choice. Utilizing propensity score stratification matching to account for neighborhood selection, we found that families living in low social capital neighborhoods and racial and ethnic minorities had a higher likelihood of attending an out-of-zone magnet school. Interactions between neighborhood social capital and race suggested that all races living in high social capital neighborhoods had a lower probability of attending a magnet school of choice than their same-race peers in low social capital neighborhoods. Racial and ethnic minorities were more likely than whites to attend an out-of-zone magnet school, whether they lived in high or low social capital neighborhoods. -
Permanent Magnet DC Motors Catalog
Catalog DC05EN Permanent Magnet DC Motors Drives DirectPower Series DA-Series DirectPower Plus Series SC-Series PRO Series www.electrocraft.com www.electrocraft.com For over 60 years, ElectroCraft has been helping engineers translate innovative ideas into reality – one reliable motor at a time. As a global specialist in custom motor and motion technology, we provide the engineering capabilities and worldwide resources you need to succeed. This guide has been developed as a quick reference tool for ElectroCraft products. It is not intended to replace technical documentation or proper use of standards and codes in installation of product. Because of the variety of uses for the products described in this publication, those responsible for the application and use of this product must satisfy themselves that all necessary steps have been taken to ensure that each application and use meets all performance and safety requirements, including all applicable laws, regulations, codes and standards. Reproduction of the contents of this copyrighted publication, in whole or in part without written permission of ElectroCraft is prohibited. Designed by stilbruch · www.stilbruch.me ElectroCraft DirectPower™, DirectPower™ Plus, DA-Series, SC-Series & PRO Series Drives 2 Table of Contents Typical Applications . 3 Which PMDC Motor . 5 PMDC Drive Product Matrix . .6 DirectPower Series . 7 DP20 . 7 DP25 . 9 DP DP30 . 11 DirectPower Plus Series . 13 DPP240 . 13 DPP640 . 15 DPP DPP680 . 17 DPP700 . 19 DPP720 . 21 DA-Series. 23 DA43 . 23 DA DA47 . 25 SC-Series . .27 SCA-L . .27 SCA-S . .29 SC SCA-SS . 31 PRO Series . 33 PRO-A04V36 . 35 PRO-A08V48 . 37 PRO PRO-A10V80 . -
Montclair Public Schools Office of the Superintendent 22 V a L L E Y R Oad ~ M Ontclair , N E W J E R S E Y 0 7 0 4 2 Www
MONTCLAIR PUBLIC SCHOOLS OFFICE OF THE SUPERINTENDENT 22 V A L L E Y R OAD ~ M ONTCLAIR , N E W J E R S E Y 0 7 0 4 2 WWW . MONTCLAIR . K 12.NJ. US KENDRA V. JOHNSON, J.D., ED. D. Superintendent of School October 22, 2018 Greetings; We will all likely agree that the past few weeks have been very challenging and stressful for our families, students, staff and community. Many of us have experienced times in our lives that require us to proceed with poise and emotional maturity. To that end, we appreciate the patience of everyone during this time. When it comes to making decisions which have significant ramifications, thoughtful deliberation and careful analysis of the needs of each school community is essential. As we move forward, we must consider that as new information presents itself, we must adjust and lead with clarity. It is important that working together during difficult times is essential. Together, we focus our work always about what is best for students, staff, and community members. Montclair is a thoughtful district, and we are a family. Accordingly, we must always remember this and do our best to exhibit the tenets of a family. To this end, please note: Teachers are the best resource to discuss how your child is doing. Please reach out to them directly regarding how your child is doing. If there is a question or concern, please go to the individual closest to the work. Attendance expectations are governed by New Jersey state law. Should you have questions, please review the link below. -
(Stem) Magnet Programs on the Academic Performance of Students
W&M ScholarWorks Dissertations, Theses, and Masters Projects Theses, Dissertations, & Master Projects 2020 The Impact of High School Science, Technology, Engineering, and Mathematics (Stem) Magnet Programs on the Academic Performance of Students Eric Acosta William & Mary - School of Education, [email protected] Follow this and additional works at: https://scholarworks.wm.edu/etd Part of the Education Policy Commons Recommended Citation Acosta, Eric, "The Impact of High School Science, Technology, Engineering, and Mathematics (Stem) Magnet Programs on the Academic Performance of Students" (2020). Dissertations, Theses, and Masters Projects. Paper 1582641566. http://dx.doi.org/10.21220/m2-3aby-dz52 This Dissertation is brought to you for free and open access by the Theses, Dissertations, & Master Projects at W&M ScholarWorks. It has been accepted for inclusion in Dissertations, Theses, and Masters Projects by an authorized administrator of W&M ScholarWorks. For more information, please contact [email protected]. THE IMPACT OF HIGH SCHOOL SCIENCE, TECHNOLOGY, ENGINEERING, AND MATHEMATICS (STEM) MAGNET PROGRAMS ON THE ACADEMIC PERFORMANCE OF STUDENTS A Dissertation Presented to the The Faculty of the School of Education The College of William and Mary in Virginia In Partial Fulfillment Of the Requirements for the Degree Doctor of Education By Eric Acosta December 2019 THE IMPACT OF HIGH SCHOOL SCIENCE, TECHNOLOGY, ENGINEERING, AND MATHEMATICS (STEM) MAGNET PROGRAMS ON THE ACADEMIC PERFORMANCE OF STUDENTS By Eric Acosta Approved December 5, 2019 by JAMES H. STRONGE, Ph.D. Co-Chairperson of Doctoral Committee THOMAS J. WARD, Ph.D. Co-Chairperson of Doctoral Committee MARGARET E. CONSTANTINO, Ph.D. Committee Member i This dissertation was completed in fulfillment of the culminating group research project in compliance with the requirements of the Executive Ed.D. -
Equivalence of Current–Carrying Coils and Magnets; Magnetic Dipoles; - Law of Attraction and Repulsion, Definition of the Ampere
GEOPHYSICS (08/430/0012) THE EARTH'S MAGNETIC FIELD OUTLINE Magnetism Magnetic forces: - equivalence of current–carrying coils and magnets; magnetic dipoles; - law of attraction and repulsion, definition of the ampere. Magnetic fields: - magnetic fields from electrical currents and magnets; magnetic induction B and lines of magnetic induction. The geomagnetic field The magnetic elements: (N, E, V) vector components; declination (azimuth) and inclination (dip). The external field: diurnal variations, ionospheric currents, magnetic storms, sunspot activity. The internal field: the dipole and non–dipole fields, secular variations, the geocentric axial dipole hypothesis, geomagnetic reversals, seabed magnetic anomalies, The dynamo model Reasons against an origin in the crust or mantle and reasons suggesting an origin in the fluid outer core. Magnetohydrodynamic dynamo models: motion and eddy currents in the fluid core, mechanical analogues. Background reading: Fowler §3.1 & 7.9.2, Lowrie §5.2 & 5.4 GEOPHYSICS (08/430/0012) MAGNETIC FORCES Magnetic forces are forces associated with the motion of electric charges, either as electric currents in conductors or, in the case of magnetic materials, as the orbital and spin motions of electrons in atoms. Although the concept of a magnetic pole is sometimes useful, it is diácult to relate precisely to observation; for example, all attempts to find a magnetic monopole have failed, and the model of permanent magnets as magnetic dipoles with north and south poles is not particularly accurate. Consequently moving charges are normally regarded as fundamental in magnetism. Basic observations 1. Permanent magnets A magnet attracts iron and steel, the attraction being most marked close to its ends. -
Permanent Magnet Design Guidelines
NOTE(2019): THIS ORGANIZATION (MMPA) IS OBSOLETE! MAGNET GUIDELINES Basic physics of magnet materials II. Design relationships, figures merit and optimizing techniques Ill. Measuring IV. Magnetizing Stabilizing and handling VI. Specifications, standards and communications VII. Bibliography INTRODUCTION This guide is a supplement to our MMPA Standard No. 0100. It relates the information in the Standard to permanent magnet circuit problems. The guide is a bridge between unit property data and a permanent magnet component having a specific size and geometry in order to establish a magnetic field in a given magnetic circuit environment. The MMPA 0100 defines magnetic, thermal, physical and mechanical properties. The properties given are descriptive in nature and not intended as a basis of acceptance or rejection. Magnetic measure- ments are difficult to make and less accurate than corresponding electrical mea- surements. A considerable amount of detailed information must be exchanged between producer and user if magnetic quantities are to be compared at two locations. MMPA member companies feel that this publication will be helpful in allowing both user and producer to arrive at a realistic and meaningful specifica- tion framework. Acknowledgment The Magnetic Materials Producers Association acknowledges the out- standing contribution of Parker to this and designers and manufacturers of products usingpermanent magnet materials. Parker the Technical Consultant to MMPA compiled and wrote this document. We also wish to thank the Standards and Engineering Com- mittee of MMPA which reviewed and edited this document. December 1987 3M July 1988 5M August 1996 December 1998 1 M CONTENTS The guide is divided into the following sections: Glossary of terms and conversion A very important starting point since the whole basis of communication in the magnetic material industry involves measurement of defined unit properties. -
Regulation 2206-R2
TULSA PUBLIC SCHOOLS Regulation 2206-R2 PROCEDURES FOR ADMISSION TO MAGNET SCHOOLS This regulation applies to and is divided into two categories of magnet schools: criteria-based magnet schools and lottery-based magnet schools. Applicants to criteria-based magnet schools must meet all minimum eligibility requirements for admission. Due to the competitive nature of admission to criteria-based magnet schools, not all eligible applicants are guaranteed admission. Lottery-based magnet schools do not have minimum eligibility requirements, but admission is limited to the number of available seats. Applications to all magnet schools are completed online according to the deadlines specified and published online by the enrollment office. All applications must be submitted on or before the due date and in accordance with the online application instruction requirements. Parents may apply for a neighborhood transfer using the process described in 2206-R1 in addition to applying for a magnet school. Late applications will not be considered unless the superintendent or the superintendent’s designee determines that it is necessary, administratively feasible, and there is capacity (available seats) at the school. To enroll in a magnet middle/junior high school, the applicant must have successfully completed an elementary program through fifth/sixth grade, as appropriate. Applicants to a magnet high school must have successfully completed a middle school/junior high program through eighth grade. Applications to magnet schools for non-entry years (years later than the initial grade level of the magnet school) will be considered only if the superintendent or the superintendent’s designee determines there is available capacity at the school at the specific grade level.