The document describes a science education conference program that includes breakout sessions on various topics related to implementing the Next Generation Science Standards and Common Core State Standards through different instructional models and professional development approaches. It also lists the scheduled keynote speaker and luncheon.
This presentation outline covers competency-based education and the Next Generation Science Standards. It includes:
- A definition of competency as having the necessary behaviors, knowledge, skills and abilities to demonstrate understanding.
- Details on New Hampshire's minimum standards for school approval regarding competency-based credits and graduation requirements.
- An overview of the conceptual shifts, structure, and components of the Next Generation Science Standards, including science practices, crosscutting concepts, and disciplinary core ideas.
- Examples of performance expectations combining the three dimensions and connections to common core standards.
- Discussion of effective science teaching practices aligned with common core and how the standards emphasize reasoning with evidence.
The document discusses the Next Generation Science Standards (NGSS) for K-12 science education. It provides background on the development of the NGSS including timelines and conceptual shifts represented in the standards. The NGSS integrate science and engineering practices, crosscutting concepts, and core disciplinary ideas. Key features include performance expectations for students, coherence across grades, focusing on deeper understanding and application of content, and integrating science and engineering.
This document provides an overview and agenda for a workshop on the Next Generation Science Standards. It includes information on the workshop goals, a review of the conceptual shifts required by the NGSS, and activities for examining the structure and content of the new standards. Participants will explore how the NGSS align with existing state standards and discuss strategies for implementing the related changes to science teaching.
Introduction to NGSS - Next Generation Science Standardssoftwareweaver
Marie Bacher talks about the Next Generation Science Standards and it's rollout in Santa Clara Unified School District.
More details here - https://RaynorStem.eventbrite.com
The document summarizes Atlanta Public School's professional development initiatives to improve math and science education. It outlines their strategic plan to prepare students for global competitiveness through a 21st century learning experience. It then describes the design of their professional development, which focuses on content knowledge, pedagogy, leadership development, and collaborative learning. It also evaluates the different layers of professional development based on participants' reactions, learning, practice, and student outcomes.
Scientific expertise; what it is and how it relates to scientific critical th...EduSkills OECD
This presentation was given by Carl Wieman at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Presentation to Workshop on Design Research held at Umeå Mathemtics Education Research Centre (UMERC), 16 - 17 December 2010.
http://www.ufm.umu.se/english
NGSS Simplified: A Guide to Understanding the new Next Generation Science Sta...clienema
The document outlines how typical elementary school schedules devote little time to science instruction, with most classrooms spending only 18-20 minutes per day, and then provides a 5-step process for teachers to implement the Next Generation Science Standards (NGSS) through an interdisciplinary approach integrating science into reading and math blocks, followed by hands-on engineering projects to solve real-world problems.
This presentation outline covers competency-based education and the Next Generation Science Standards. It includes:
- A definition of competency as having the necessary behaviors, knowledge, skills and abilities to demonstrate understanding.
- Details on New Hampshire's minimum standards for school approval regarding competency-based credits and graduation requirements.
- An overview of the conceptual shifts, structure, and components of the Next Generation Science Standards, including science practices, crosscutting concepts, and disciplinary core ideas.
- Examples of performance expectations combining the three dimensions and connections to common core standards.
- Discussion of effective science teaching practices aligned with common core and how the standards emphasize reasoning with evidence.
The document discusses the Next Generation Science Standards (NGSS) for K-12 science education. It provides background on the development of the NGSS including timelines and conceptual shifts represented in the standards. The NGSS integrate science and engineering practices, crosscutting concepts, and core disciplinary ideas. Key features include performance expectations for students, coherence across grades, focusing on deeper understanding and application of content, and integrating science and engineering.
This document provides an overview and agenda for a workshop on the Next Generation Science Standards. It includes information on the workshop goals, a review of the conceptual shifts required by the NGSS, and activities for examining the structure and content of the new standards. Participants will explore how the NGSS align with existing state standards and discuss strategies for implementing the related changes to science teaching.
Introduction to NGSS - Next Generation Science Standardssoftwareweaver
Marie Bacher talks about the Next Generation Science Standards and it's rollout in Santa Clara Unified School District.
More details here - https://RaynorStem.eventbrite.com
The document summarizes Atlanta Public School's professional development initiatives to improve math and science education. It outlines their strategic plan to prepare students for global competitiveness through a 21st century learning experience. It then describes the design of their professional development, which focuses on content knowledge, pedagogy, leadership development, and collaborative learning. It also evaluates the different layers of professional development based on participants' reactions, learning, practice, and student outcomes.
Scientific expertise; what it is and how it relates to scientific critical th...EduSkills OECD
This presentation was given by Carl Wieman at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Presentation to Workshop on Design Research held at Umeå Mathemtics Education Research Centre (UMERC), 16 - 17 December 2010.
http://www.ufm.umu.se/english
NGSS Simplified: A Guide to Understanding the new Next Generation Science Sta...clienema
The document outlines how typical elementary school schedules devote little time to science instruction, with most classrooms spending only 18-20 minutes per day, and then provides a 5-step process for teachers to implement the Next Generation Science Standards (NGSS) through an interdisciplinary approach integrating science into reading and math blocks, followed by hands-on engineering projects to solve real-world problems.
Applying Formative Assessment Strategies 1 & 5 to the NGSSJeremy
This document discusses applying formative assessment strategies 1 and 5 to the Next Generation Science Standards (NGSS). It begins with an agenda and objectives for the session. The attendees then participate in a think-pair-share activity. The presenters explain key aspects of NGSS, including the three dimensions and science and engineering practices. The attendees are asked to apply strategy 1 by writing a student-friendly learning target based on one of the practices. They then apply strategy 5 by identifying a typical student misconception and designing a lesson to address it. Groups then share their work. The overall summary is that the document guides teachers through applying two formative assessment strategies to help design NGSS-aligned lessons that address common student misunder
This presentation was given by Usha Bhaskar at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
This webinar discussed lessons learned from developing NGSS-aligned middle school science curriculum through the Mi-STAR program. Presenters from Michigan Technological University and the American Geosciences Institute covered challenges with the three-dimensional design of NGSS, managing a large collaborative team, and navigating political considerations. They emphasized starting small, maintaining documentation, and embracing uncertainty when developing new curriculum. Upcoming webinars on NGSS implementation were also announced.
Creativity and critical thinking practices: experience of Russia – Marina Pin...EduSkills OECD
This presentation was given by Marina Pinskaya at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
This chapter introduces the importance of mathematics in daily life and careers. It discusses how students often find mathematics boring and difficult to understand. The chapter also presents background information on factors that can influence students' mathematics performance, such as attitudes, engagement, instructional methods, and beliefs about intelligence. The theoretical framework outlines theories about fixed versus growth mindsets. The conceptual framework shows how student-related factors, teacher-related factors, and mathematics performance are related. The statement of the problem indicates the study aims to determine the relationship between these factors and performance for students at a particular university.
Fostering scientific critical thinking and creativity in higher education – C...EduSkills OECD
This presentation was given by Carl Wieman at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
The webinar discussed building a statewide coalition in Washington to improve STEM teacher preparation programs aligned with the Next Generation Science Standards. A survey found that while courses adequately cover disciplinary core ideas, they are weak in crosscutting concepts. The coalition plans to develop new programs through collaboration between universities, schools, and industry over four years. This will help meet Washington's needs for more diverse and endorsed STEM teachers prepared to teach integrated subjects like computer science and engineering.
Building a System of Learning and Instructional Improvement – Barbara Schneider EduSkills OECD
This presentation was given by Barbaba Schneider at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Assessment of Creativity: The next step – Todd Lubart EduSkills OECD
This presentation was given by Todd Lubart at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Teachers analyzed plants and animals in pond mud and water samples from a pond to understand how the ecosystem was affected by humans. Students collected water samples from the pond during a problem-based learning summer camp led by elementary teachers. The document discusses the basics of problem-based learning, including that it involves students solving open-ended, real-world problems over time like scientists. Research shows problem-based learning improves student achievement, performance, motivation, and self-regulated learning compared to traditional instruction.
Dr. Teresa Ann Hughes, PhD Dissertation Defense, Dr. William Allan Kritsonis,...William Kritsonis
Dr. William Allan Kritsonis, PhD Dissertation Chair for Grace Thomas Nickerson, PVAMU, Member of the Texas A&M University System
Dr. Teresa Ann Hughes was the first PhD recipient (2006) in the PhD Program in Educational Leadership at Prairie View A&M University/Member of the Texas A&M University System.
Dr. Hughes is currently (2009) Assistant Professor in the Department of Curriculum and Instruction at Sam Houston State University, Huntsville, Texas.
This document provides an overview of the Next Generation Science Standards (NGSS) and the process used to develop them. It discusses why new K-12 science standards were needed, highlighting past assessments that showed U.S. students being outperformed internationally. It also summarizes the key reports and recommendations that called for new standards, including A Framework for K-12 Science Education. The document then explains the three dimensions of the NGSS - scientific and engineering practices, crosscutting concepts, and disciplinary core ideas. It concludes by outlining the conceptual shifts reflected in the NGSS, such as integrating science and engineering and ensuring concepts are taught coherently across grades.
151119 rewriting leadership strategy the brilliance of black children in mat...Lou Matthews
After 15 years of stalemate mathematics reform to improve the mathematics outcomes of Bermuda’s predominantly Black student population, Bermuda Public Schools created a National Mathematics Strategy. The Strategy was built from the ground up to combat fundamental forces hindering the mathematics outcomes of Black children in the West: (1) Resistant worldviews about Black children, (2) faulty assumptions about what mathematics is, (3) faulty assumptions about how mathematics should be taught, (4) and institutionalized impotence of senior leadership to address policy, resources and systemic barriers. Chronicled in this presentation are the successes and challenges in implementing the kind of urgent reform needed to maximize outcomes for Black student populations amidst political, cultural and historical obstacles. The perspective of mathematics education leaders and professionals at senior, mid and teacher levels are shared.
Identity, Academia & Community: Research & Implications for Broadening Partic...Monica Feliu-Mojer, Ph.D.
Social identity, or the intersection between race/ethnicity and gender identity, strongly influences women and underrepresented minority (URM) students’ interest and persistence in STEM. This session discussed recent research findings and discuss how they can be translated into programs and practices to broaden participation in STEM. Presented at the 2015 SACNAS National Conference by Dr. Paul Hernandez, Dr. Kenny Gibbs, Jr. and Dr. Giovanna Guerrero-Medina. Moderated by Dr. Mónica I. Feliú-Mójer and Dr. Yaihara Fortis-Santiago.
November 17, 2009: "Lessons from Abroad: International Standards and Assessme...Edutopia
Presenter: Linda Darling-Hammond, Charles E. Ducommun Professor of Teaching and Teacher Education, Stanford University
Host: Kathryn Baron, features producer and research editor, Edutopia
The world's top-performing school systems are said to be the model for new Common Core standards. Learn about the assessment systems in these countries, and how the results challenge the status quo in the United States.
Implementing strategies in science teaching, Menelaos SotiriouBrussels, Belgium
The document summarizes a conference that took place in Brussels from October 24-26, 2014 to introduce creativity in science education. The conference aimed to help individual teachers become aware of weaknesses in their practice, be motivated to improve, and learn best practices. Objectives included proposing a methodology for introducing creativity and innovation in schools through teacher training and communities. The conference outlined learning activities like science cafes, science theater, and writing science operas that incorporate creative elements. Near future plans included teacher training workshops and an international conference in 2015.
The document discusses strategies for teaching science as a practice. It contrasts typical K-8 science instruction with teaching science through scientific practices like asking questions, investigating, and evaluating models. Current instruction focuses narrowly on validating theories through routine experiments. The document recommends teaching science through practices like argumentation, explanation-building, and interacting with texts. It provides examples of instructional strategies at different grade levels to scaffold students' understanding and engage them in meaningful scientific inquiry.
This article examines representations of teacher quality, quantity, and diversity reported by awardees of a national mathematics and science program. It identifies seven common interventions implemented across the program to influence teacher quality and the teacher population. Three key themes emerged: 1) awardees' knowledge and use of research-based professional development; 2) a shift to include specialized subject knowledge preparation for elementary teachers in addition to middle/high school teachers; and 3) involvement of STEM faculty and teacher leaders in collaborative activities at all levels and in both math and science. Efforts to influence teacher quantity and diversity were limited in scope and in initial stages. The findings provide insight into the program's impact on teacher quality, quantity, and diversity.
Numbrid oskavad rääkida. Ärianalüüs ehk BI pildilises keeles. Columbus Eesti AS
Kõige paremini saab numbrite lugusid edasi anda pildilises keeles. Inimese pilgu fookus on korraga pöidlaotsa suurusel punktil, kõik ülejäänu on fookusest väljas, hägune.
Kujutlege numbritapeeti, mida meile tavaliselt lugudena pakutakse? Kus on seal oluline? Isegi, kui leiate tera, leiab teine inimene teise tera. Üks räägib aiast ja teine aia august.
Tähelepanu > fookus > tajumine > mõistmine - tulemuse juhtimise vaates on oluline suunata inimeste tähelepanu õigetele asjadele ja hoida fookus seal. Mida mõõdad seda saad. Tahad tellimuste tarnetäpsust parandada > vii fookus sinna ja hoia seal. Ja vii seda keeles, mida kriitiline mass inimesi mõistab.
Applying Formative Assessment Strategies 1 & 5 to the NGSSJeremy
This document discusses applying formative assessment strategies 1 and 5 to the Next Generation Science Standards (NGSS). It begins with an agenda and objectives for the session. The attendees then participate in a think-pair-share activity. The presenters explain key aspects of NGSS, including the three dimensions and science and engineering practices. The attendees are asked to apply strategy 1 by writing a student-friendly learning target based on one of the practices. They then apply strategy 5 by identifying a typical student misconception and designing a lesson to address it. Groups then share their work. The overall summary is that the document guides teachers through applying two formative assessment strategies to help design NGSS-aligned lessons that address common student misunder
This presentation was given by Usha Bhaskar at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
This webinar discussed lessons learned from developing NGSS-aligned middle school science curriculum through the Mi-STAR program. Presenters from Michigan Technological University and the American Geosciences Institute covered challenges with the three-dimensional design of NGSS, managing a large collaborative team, and navigating political considerations. They emphasized starting small, maintaining documentation, and embracing uncertainty when developing new curriculum. Upcoming webinars on NGSS implementation were also announced.
Creativity and critical thinking practices: experience of Russia – Marina Pin...EduSkills OECD
This presentation was given by Marina Pinskaya at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
This chapter introduces the importance of mathematics in daily life and careers. It discusses how students often find mathematics boring and difficult to understand. The chapter also presents background information on factors that can influence students' mathematics performance, such as attitudes, engagement, instructional methods, and beliefs about intelligence. The theoretical framework outlines theories about fixed versus growth mindsets. The conceptual framework shows how student-related factors, teacher-related factors, and mathematics performance are related. The statement of the problem indicates the study aims to determine the relationship between these factors and performance for students at a particular university.
Fostering scientific critical thinking and creativity in higher education – C...EduSkills OECD
This presentation was given by Carl Wieman at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
The webinar discussed building a statewide coalition in Washington to improve STEM teacher preparation programs aligned with the Next Generation Science Standards. A survey found that while courses adequately cover disciplinary core ideas, they are weak in crosscutting concepts. The coalition plans to develop new programs through collaboration between universities, schools, and industry over four years. This will help meet Washington's needs for more diverse and endorsed STEM teachers prepared to teach integrated subjects like computer science and engineering.
Building a System of Learning and Instructional Improvement – Barbara Schneider EduSkills OECD
This presentation was given by Barbaba Schneider at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Assessment of Creativity: The next step – Todd Lubart EduSkills OECD
This presentation was given by Todd Lubart at the conference “Creativity and Critical Thinking Skills in School: Moving a shared agenda forward” on 24-25 September 2019, London, UK.
Teachers analyzed plants and animals in pond mud and water samples from a pond to understand how the ecosystem was affected by humans. Students collected water samples from the pond during a problem-based learning summer camp led by elementary teachers. The document discusses the basics of problem-based learning, including that it involves students solving open-ended, real-world problems over time like scientists. Research shows problem-based learning improves student achievement, performance, motivation, and self-regulated learning compared to traditional instruction.
Dr. Teresa Ann Hughes, PhD Dissertation Defense, Dr. William Allan Kritsonis,...William Kritsonis
Dr. William Allan Kritsonis, PhD Dissertation Chair for Grace Thomas Nickerson, PVAMU, Member of the Texas A&M University System
Dr. Teresa Ann Hughes was the first PhD recipient (2006) in the PhD Program in Educational Leadership at Prairie View A&M University/Member of the Texas A&M University System.
Dr. Hughes is currently (2009) Assistant Professor in the Department of Curriculum and Instruction at Sam Houston State University, Huntsville, Texas.
This document provides an overview of the Next Generation Science Standards (NGSS) and the process used to develop them. It discusses why new K-12 science standards were needed, highlighting past assessments that showed U.S. students being outperformed internationally. It also summarizes the key reports and recommendations that called for new standards, including A Framework for K-12 Science Education. The document then explains the three dimensions of the NGSS - scientific and engineering practices, crosscutting concepts, and disciplinary core ideas. It concludes by outlining the conceptual shifts reflected in the NGSS, such as integrating science and engineering and ensuring concepts are taught coherently across grades.
151119 rewriting leadership strategy the brilliance of black children in mat...Lou Matthews
After 15 years of stalemate mathematics reform to improve the mathematics outcomes of Bermuda’s predominantly Black student population, Bermuda Public Schools created a National Mathematics Strategy. The Strategy was built from the ground up to combat fundamental forces hindering the mathematics outcomes of Black children in the West: (1) Resistant worldviews about Black children, (2) faulty assumptions about what mathematics is, (3) faulty assumptions about how mathematics should be taught, (4) and institutionalized impotence of senior leadership to address policy, resources and systemic barriers. Chronicled in this presentation are the successes and challenges in implementing the kind of urgent reform needed to maximize outcomes for Black student populations amidst political, cultural and historical obstacles. The perspective of mathematics education leaders and professionals at senior, mid and teacher levels are shared.
Identity, Academia & Community: Research & Implications for Broadening Partic...Monica Feliu-Mojer, Ph.D.
Social identity, or the intersection between race/ethnicity and gender identity, strongly influences women and underrepresented minority (URM) students’ interest and persistence in STEM. This session discussed recent research findings and discuss how they can be translated into programs and practices to broaden participation in STEM. Presented at the 2015 SACNAS National Conference by Dr. Paul Hernandez, Dr. Kenny Gibbs, Jr. and Dr. Giovanna Guerrero-Medina. Moderated by Dr. Mónica I. Feliú-Mójer and Dr. Yaihara Fortis-Santiago.
November 17, 2009: "Lessons from Abroad: International Standards and Assessme...Edutopia
Presenter: Linda Darling-Hammond, Charles E. Ducommun Professor of Teaching and Teacher Education, Stanford University
Host: Kathryn Baron, features producer and research editor, Edutopia
The world's top-performing school systems are said to be the model for new Common Core standards. Learn about the assessment systems in these countries, and how the results challenge the status quo in the United States.
Implementing strategies in science teaching, Menelaos SotiriouBrussels, Belgium
The document summarizes a conference that took place in Brussels from October 24-26, 2014 to introduce creativity in science education. The conference aimed to help individual teachers become aware of weaknesses in their practice, be motivated to improve, and learn best practices. Objectives included proposing a methodology for introducing creativity and innovation in schools through teacher training and communities. The conference outlined learning activities like science cafes, science theater, and writing science operas that incorporate creative elements. Near future plans included teacher training workshops and an international conference in 2015.
The document discusses strategies for teaching science as a practice. It contrasts typical K-8 science instruction with teaching science through scientific practices like asking questions, investigating, and evaluating models. Current instruction focuses narrowly on validating theories through routine experiments. The document recommends teaching science through practices like argumentation, explanation-building, and interacting with texts. It provides examples of instructional strategies at different grade levels to scaffold students' understanding and engage them in meaningful scientific inquiry.
This article examines representations of teacher quality, quantity, and diversity reported by awardees of a national mathematics and science program. It identifies seven common interventions implemented across the program to influence teacher quality and the teacher population. Three key themes emerged: 1) awardees' knowledge and use of research-based professional development; 2) a shift to include specialized subject knowledge preparation for elementary teachers in addition to middle/high school teachers; and 3) involvement of STEM faculty and teacher leaders in collaborative activities at all levels and in both math and science. Efforts to influence teacher quantity and diversity were limited in scope and in initial stages. The findings provide insight into the program's impact on teacher quality, quantity, and diversity.
Numbrid oskavad rääkida. Ärianalüüs ehk BI pildilises keeles. Columbus Eesti AS
Kõige paremini saab numbrite lugusid edasi anda pildilises keeles. Inimese pilgu fookus on korraga pöidlaotsa suurusel punktil, kõik ülejäänu on fookusest väljas, hägune.
Kujutlege numbritapeeti, mida meile tavaliselt lugudena pakutakse? Kus on seal oluline? Isegi, kui leiate tera, leiab teine inimene teise tera. Üks räägib aiast ja teine aia august.
Tähelepanu > fookus > tajumine > mõistmine - tulemuse juhtimise vaates on oluline suunata inimeste tähelepanu õigetele asjadele ja hoida fookus seal. Mida mõõdad seda saad. Tahad tellimuste tarnetäpsust parandada > vii fookus sinna ja hoia seal. Ja vii seda keeles, mida kriitiline mass inimesi mõistab.
Top 3 Benefits of Microsoft Dynamics CRM for ManufacturersAudaxium
The document discusses the benefits of customer relationship management (CRM) software for Canadian manufacturers. It outlines three key benefits: (1) CRM allows manufacturers to centralize customer information and communications, reducing time spent searching for data; (2) CRM gives sales, customer service, and management better tools to work more productively and foster customer loyalty; (3) CRM can help manufacturers reduce costs by eliminating redundant processes and integrating CRM with other software like ERP and CAD systems. The document promotes Microsoft Dynamics CRM as a full-featured and affordable CRM solution for manufacturers.
Dynamic AX: "Is your company really ready for BI?"Brandon Kirby
Is your company really ready for BI? From Project Management to gaining Executive Sponsorship, implementation to driving user adoption. In this session you will learn how successful companies have identified the need for BI, obtained Executive Sponsorship, secured budget, evaluated vendors/partners, managed implementations, and last but not least, increased user adoption
This document summarizes a social content management system (CMS) called Cooala that allows companies to turn their websites into social hubs. It discusses how Cooala allows companies to curate user generated content from social networks, engage users for 1-2 more minutes and increase social traffic by over 3000%. Pricing starts at £299 for unlimited publishing and analytics or £4090 for 3 month campaign packages. Examples of customers including mountain resorts, IKEA, and marketing agencies are provided.
K-8 Mathematics Update to Chicago Board of EducationMichael Lach
This is a 15-minute presentation I made to the Board of Education during the public participation segment of the October 2006 board meeting. These slides were the support displayed full-screen on video while I talked.
Microsoft Dynamics AX7 kolm väärtust - tugev tuum ja integreeritus, kasutajas...Columbus Eesti AS
Kasutus igal ajal, igal pool – Windows, Android, iOS
Väga intuitiivne ja visuaalne kasutajaliides. „Õmblusteta“ integratsioon teiste rakendustega (Office 365, CRM, PowerBI jt)
Rollipõhised „tööruumid“ lahkumata oma kasutajaliideselt.
Vaata lähemalt esitlusest ja tule küsi lisa Columbusest!
Infosys was co-founded in 1981 by seven individuals with a capital of Rs. 10,000. It was incorporated as Infosys Consultants Pvt Ltd and was later renamed to Infosys Technologies Ltd. Infosys provides business consulting, IT services and products to clients worldwide and has established partnerships with leading technology companies like IBM, Microsoft and HP. It has acquired other companies like Lodestone to strengthen its management consulting capabilities. Infosys has experienced rapid growth over the years and achieved several milestones, becoming a publicly traded company on the Indian stock exchanges in 1993.
Un nouveau bit à terre et côte basques revaccueil mopa janvier 2016MONA
Intervention de Terre et Côte Basques dans le cadre de la rencontre du réseau des offices de tourisme d’Aquitaine , Limousin, Poitou-Charentes, intitulée Révolution de l’accueil saison 2 le 28 janvier 2016 au Palais de la Bourse à Bordeaux. #revaccueil
Toutes les présentations sur http://bit.ly/revaccueil2
Expert local de confiance de kaysersberg mopa revaccueil janvier 2016MONA
Intervention de l'office de tourisme de Kaysersberg dans le cadre la rencontre du réseau des offices de tourisme d’Aquitaine , Limousin, Poitou-Charentes, intitulée Révolution de l’accueil saison 2 le 28 janvier 2016 au Palais de la Bourse à Bordeaux. #revaccueil
Toutes les présentations sur http://bit.ly/revaccueil2
نموذج لعمل المشروع المطلوب لمقرر برمجة الحاسبymalli
An array is a series of elements of the same type placed in contiguous memory locations that can be individually referenced by adding an index to a unique identifier. Arrays allow storing multiple values of a type without declaring separate variables, with the values accessed using the same identifier and an index. By default, arrays are uninitialized, but elements can be explicitly initialized with values enclosed in braces when declaring the array. The number of initialization values must not exceed the array size. Arrays can be passed to functions by passing their address rather than the entire memory block.
This is Organisation Profile of Accenture. This will give a snapshot of the company. Highly useful for students who aspire for campus placements to Accenture.
This document provides contact information for a real estate development company with offices in Mumbai, Pune, Kolhapur, Chiplun, Nashik, and Bangalore. It includes the addresses and telephone numbers of each office location. The document also contains floor plans and area statements for proposed commercial shop spaces in a development located on Sahar Road in Andheri, Mumbai.
The document discusses key aspects of effective science teaching and implementing science standards in K-12 classrooms. It covers defining scientific literacy, the purpose of science standards, elements of the National Science Education Standards, strategies for teaching science concepts and inquiry skills, and approaches for assessment in science.
An in progress co-teaching project developing information, technology, and s...Emporia State University
Emporia State University's information, technology, and scientific literacy certificate program is partially funded by a generious grant from the Institute of Museum and Library Services (IMLS).
Many Chances to Fail - Technology and Effective Feedback - AASCU July, 2013Jeff Loats
This document discusses effective feedback techniques in education, specifically Just-in-Time Teaching (JITT) and Peer Instruction using clickers. JITT involves students answering conceptual questions online before class, which allows the instructor to modify their lesson based on student responses. Peer Instruction uses clickers to poll students with conceptual questions during class, having them discuss answers with peers before revoting. Both techniques provide immediate feedback and require iterative learning, which research shows improves learning outcomes over traditional lectures that lack timely feedback.
This document discusses how a kindergarten teacher, Ms. Randall, assesses her students during a unit on conservation. She uses a formative assessment approach involving feeding up, feedback, and feed forward. She establishes the purpose of the unit to engage students and guide assessments. Through observation and student work, she provides feedback to understand student learning and inform next steps. Her assessment allows for adjustments to instruction to meet evolving student needs.
This course is designed to introduce both traditional and innovative approaches/strategies in teaching science for Master students engaging in the field of teaching developing a scientific literacy through learning the strategies in reading and writing as one of the component for students in learning science as they organized each thoughts in a scientific ways, communicate ideas, and share information with fidelity and clarity, to read and listen with understanding. Integration of STEM – infusing through teaching approach as a model integrating all content areas in the way that provides rich meaningful experience for students. Explore the practical implications of cognitive science for classroom assessments, motivating student effort and designing learner – centered circular units.
Glen Gilchrist provides a document discussing practical science. Some key points:
- Practical science occupies little of a scientist's time, with most spent on writing, data analysis, and research applications.
- Teachers see practical work as engaging students and teaching skills, but it has little impact on understanding concepts or attainment.
- Evidence suggests demonstrations may be better than student-led practicals for teaching concepts, and that too much practical time reduces standards.
- Practical work motivates younger students but effect lessens in later schooling and does not recruit students to further science.
- Stations are proposed to explore practical experiments on topics like chocolate chips, copper coins, pendulums, and body correlations
This document discusses seeking evidence of the impact of technology-based innovations and practices in higher education. It notes increasing pressure for accountability and calls for evidence-based practices in higher education. While assessment has increased, it often focuses on activities rather than improving practices. The document outlines challenges in understanding what counts as evidence and impact, and gathering and analyzing data. It discusses options for what the Seeking Evidence of Impact initiative could do to help build community, provide tools and services to support institutions in gathering meaningful evidence of impact.
Many Chances To Fail - TA Workshop for WMS - Jeff LoatsJeff Loats
This document discusses effective feedback techniques in teaching, specifically Just-in-Time Teaching (JITT) and Peer Instruction using clickers. JITT involves students answering conceptual questions online before class, which allows the instructor to modify their lesson based on students' responses. Peer Instruction uses clickers for in-class polling questions to encourage discussion between students. Studies show these techniques improve student preparation, engagement, learning and retention compared to traditional lecture-based methods by providing more immediate feedback.
The document summarizes an agenda for a seminar on STEM courses offered by the Endeavour Academy for middle and high school students. It provides an overview of the Endeavour Institute's mission to inspire students through hands-on STEM learning. It also discusses how new standards in Common Core math and English, Next Generation Science Standards, and computer-based assessments require focusing more on skills like problem-solving in addition to content knowledge. An example activity demonstrates teaching graphing concepts through motion detection.
Building research and development partnerships between schools and Higher Edu...Brian Hudson
This paper outlines the development of a project supported by the Scottish Government with the aim of promoting the development of mathematical thinking in the primary classroom. This was developed in collaboration with teachers and local authorities in North East Scotland during 2011-12 within the context of the Scottish Curriculum for Excellence reform. The project was set up within a design based research framework, which aimed to promote classroom-based action research on the part of participants and also research by the university researchers into the process of curriculum development. The teachers (n=24) were all involved in a jointly developed Masters course based on a blended learning approach within an open and flexible learning environment. This project was designed as a classic example of an “Open Collective Cycle” model of a professional learning community (Hudson, 2012; Huberman, 1995). Findings from the research study in relation to the teachers’ experience are reported in Hudson et al. (2015), which highlight the way the course had a transformational and emancipatory impact on these teachers concerning their levels of confidence and competence in relation to teaching mathematics. An example of the impact on student learning is reported in Hudson (2015a) based on one teacher-researcher’s action research project involving the development of a topic-based approach to teaching and learning mathematics. Findings from this study highlight the ways in which the children actively engaged in the class activity and also how the topic-based approach made the mathematics more widely accessible and led to an evolution in the development of mathematical thinking for all. Policy implications point towards the value of the Mathematics Specialist Teacher (MaST) approach in England, which informed the development of this project. In conclusion the paper outlines a potential approach to uncovering and documenting further impact on teachers and pupils involved in this and subsequent courses.
References
Hudson, B., Henderson, S. and Hudson, A., (2015) Developing Mathematical Thinking in the Primary Classroom: Liberating Teachers and Students as Learners of Mathematics, Journal of Curriculum Studies, Vol. 47, Issue 3, 374-398. http://dx.doi.org/10.1080/00220272.2014.979233
Hudson, B. (2015a) Butterflies and Moths in the Amazon: Developing Mathematical Thinking through the Rainforest, Education and Didactique, Vol. 9, Issue 1. (In press)
Hudson, B. (2012) Aiming for e-Learning Sustainability: Transforming Conceptions of Teachers’ Professional e-Learning, Educational Technology, 52, 2, 30-34.
Huberman, M. (1995) Networks that Alter Teaching: Conceptualizations, Exchanges and Experiments, Teachers and Teaching: Theory and Practice, 1, 2, 193-211.
Results to be released on December 6
Key issues:
How far are we nurturing a generation of scientifically literate young people?
Are schools adequately preparing young people for adult life?
What kinds of learning environments do we find in high performing systems?
Can schools improve the futures of students from disadvantaged backgrounds?
The document discusses redesigning schools for the 21st century. It notes that expectations for learning have changed and schools need to focus on skills like problem solving, teamwork, and lifelong learning. It also notes that the traditional factory model of schools cannot meet today's needs. Research shows that smaller, redesigned schools with personalized learning experiences produce better student outcomes. Key factors in successful school redesign include continuous relationships between teachers and students, standards-based learning, and community partnerships. The document advocates shifting resources to the classroom level to support redesigned schools.
The document summarizes a STEM teacher preparation program between CSU Long Beach and Long Beach Unified School District. The program provides intensive training to 150 pre-service and in-service elementary teachers through a year-long residency program. It aims to change the culture of STEM teaching from the ground up by training teachers to teach integrated STEM disciplines through inquiry. The program involves collaboration between university faculty, school leaders, and partner organizations to provide research-based professional development and support to both new and experienced teachers.
Using intelligent tutoring systems, virtual laboratories, simulations, and frequent opportunities for assessment and feedback, The Open Learning Initiative (OLI) builds open learning environments that support continuous improvement in teaching and learning.
One of the most powerful features of web-based learning environments is that we can embed assessment into, virtually all, instructional activities. As students interact with OLI environments, we collect real-time data of student work. We use this data to create four positive feedback loops:
• feedback to students
• feedback to instructors
• feedback to course designers
• feedback to learning science researchers
In this JumpStart Session, we demonstrate how OLI uses the web to deliver online instruction that instantiates course designs based on research and how the learning environments, in turn, support ongoing research. We will discuss the Community College Open Learning Initiative (CC-OLI) and how faculty and colleges across the country can participate in CC-OLI and the connection between CC-OLI and Washington State’s Open Course Library project.
This presentation shared an overview of the Next Generation Science Standards (NGSS), compared NGSS with existing state science standards, and explored differences in science instruction based on the new standards. The new NGSS for grades K-12 aim to prepare students for college, career, and citizenship by emphasizing a deeper understanding and application of science practices, content and cross-cutting concepts. NGSS, developed by a national team of scientists and educators partnering with 26 lead states, were adopted for implementation across Maryland’s public education classrooms beginning in the 2017-2018 academic year. While many aspects of NGSS were not novel concepts, the standards intentionally accentuate students thinking and acting like scientists and engineers by working to explain natural phenomena and solve problems. This approach reduces the content students memorize and underscores skills and knowledge needed to explain and understand natural phenomena. Students entering higher education may be less adept at rote memorization but better at solving problems, constructing explanations and developing deeper comprehension. During the workshop, participants analyzed and compared samples of a student lesson that varied with respect to learned-centeredness and discussed how learner-centered pedagogy supports instruction aligned with NGSS. Participants then discussed the implications of Maryland’s adoption of NGSS on higher education.
Dubrovnik Libraries In The Digital Age Conference June 2006Pino Calambrogio
The document discusses how school libraries can help students learn in digital environments. It summarizes research showing that school libraries help students with getting information, developing information literacy skills, school work, reading interests, and independent learning. The research tracked changes in students' knowledge, feelings, and study approaches during inquiry projects. It found that students primarily increased their factual knowledge but did not deeply integrate or synthesize information. Some students took an additive approach by listing facts, while others took a more integrative approach by building explanations and conclusions.
This document provides an overview of key concepts in curriculum planning, including the three elements of curriculum - content (what), learner (who), and instructional process (how). It discusses different philosophies around the focus of curriculum, such as emphasis on the learner's interests versus subject matter. The document also covers curriculum definitions, essential questions, enduring understandings, standards, and the backwards design process of identifying desired results, determining acceptable evidence of learning, and planning instructional experiences.
E. Kyza: Motivating teacher and student science learning Brussels, Belgium
The document summarizes lessons learned from two European Union-funded projects, CoReflect and PROFILES, about motivating teacher and student science learning. It discusses how participatory design of inquiry-based learning environments with customizable digital tools can engage students by situating concepts in authentic contexts. Studies found that such environments significantly increased student motivation to learn science and improved conceptual understanding compared to traditional methods. The projects also supported teacher professional development and continuous learning.
2009 04-11 presentation for ron on instruction - draft 8Michael Lach
This document summarizes the Chicago Community Trust's education funding strategies from 1988 to present. It discusses how the Trust initially supported decentralization reforms in the 1980s, then accountability reforms in the 1990s, and more recently has focused on instructional improvement. The Trust has increased its funding to CPS and aligned its priorities with CPS's focus on strengthening instruction in core subjects. Current Trust-funded projects support literacy, math/science, arts, language development and social studies. Data shows positive impacts of these projects on teacher qualifications and student achievement.
Bringing K-12 STEM Education To Scale For GoogleMichael Lach
The document discusses several key points about improving STEM education:
1) National test scores show that US students score in the middle compared to other nations and performance is particularly low for urban students.
2) Early initiatives like the National Defense Education Act and NSF systemic initiatives aimed to strengthen STEM education.
3) Research shows that curriculum, instruction, and teacher subject knowledge matter greatly for student achievement in math and science.
4) Implementing new curricula and instructional practices can improve student performance faster than traditional methods, but managing change requires evaluation and support over time.
2009-05-15 STEM Ed in CPS to IMSA - draft 2Michael Lach
The document discusses progress and strategies around teaching and learning in the Chicago Public Schools (CPS) system. It notes that ISAT scores have increased since 2001 but achievement gaps persist. It also discusses the use of high-quality instructional materials in CPS and the gains seen in schools adhering to designated curricula. The document outlines several strategies CPS has implemented to strengthen math and science education, such as instructional rounds, leadership development programs, and extended learning opportunities for students.
2009-02-14 K-12 Engineering At Scale - draft 2Michael Lach
The document discusses a school district's performance, leadership structure, and resources. It notes performance is low but improving, local control dominates the organization, and resources are tight while politics are high. It also references a survey finding that most superintendents and principals do not see math and science education as a serious problem in their local schools. The document lists strategies to improve STEM education, including instructional materials, after school activities, and opening new STEM-focused schools.
2009-01-14 STEM Ed in CPS to Donors Forum - draft 4Michael Lach
The document discusses strategies to improve mathematics and science education in K-12 schools. It outlines several initiatives, including developing instructional leadership teams, implementing instructional rounds to share best practices, and expanding extracurricular programs in STEM fields. It also notes that most school leaders do not see math and science education as a serious problem, and evaluates some strategies as only pilot programs rather than robust, research-backed approaches.
High School Teaching And Learning Presentation 2Michael Lach
This document outlines organizational structures and initiatives for the 2008-09 school year in the Chief High School Officer's office. Key points include:
1. The proposed organizational structure includes a Chief of Staff, several Directors overseeing areas like leadership development, teaching and learning, and graduation pathways.
2. Several officers and their teams outline short and long-term goals around areas like curriculum coherence, special populations support, and assessment.
3. The 6-9 transition team outlines plans to review and revise the freshman connection reading and math curriculum, including teacher recruitment and professional development.
4. The development of a 9th grade writing framework is described, including research, drafting, feedback cycles, and associated professional development
K12 Curriculum Strategy - December 2008 - draft 10Michael Lach
The document discusses K-12 curriculum and instruction strategies in Chicago Public Schools (CPS) and identifies areas for improvement. It notes that in 2003, over 100 different math curricula were used across CPS with no coherent professional development. Currently, CPS supports math and reading materials K-8 and science K-8, with aligned professional development. Interim assessments exist in reading, math, and science, along with common exams. The document evaluates strategy alignment in literacy, math, science, and social studies as red (no strategy), yellow (pilot or incomplete), or green (robust with evaluation data). It identifies next steps to scale programs, assess effectiveness, increase implementation fidelity, and address gaps.
Knowles Foundation Keynote - New Science and Math TeachersMichael Lach
This was a dinner keynote I gave to the 2006 class of the Knowles Science Teaching Foundation, a group of smart and talented recent college graduates who are about to become science and mathematics teachers.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Andreas Schleicher presents PISA 2022 Volume III - Creative Thinking - 18 Jun...EduSkills OECD
Andreas Schleicher, Director of Education and Skills at the OECD presents at the launch of PISA 2022 Volume III - Creative Minds, Creative Schools on 18 June 2024.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
1. 9:45-11:45 Breakout Sessions (selected during registration, complete information at back of program)
Grant Park A (1) “Coordinating Scientific Argumentation, the Next Generation Science Standards, and the Common Core State
Standards through the Argument-Driven Inquiry Instructional Model”
Jonathon Grooms, Victor Sampson
Grant Park B (2) “English Language Development Opportunities for ELL Through Meaningful Integration of NGSS and CCSS”
Jerry D. Valadez, Maria Simani, Ana G. Lopez, Dawn O’Connor, Joanna Totino
Grant Park C (3) “Implementing the Vision of the Framework and NGSS: A Professional Development Pathway”
Sally Crissman, Sara Lacy
Grant Park D (4) “iHub: A Research-Practice Partnership to Design New NGSS Curriculum”
William R. Penuel, Sam Severance, Heather Leary, Patricia Kincaid, Jeffrey Miller
12:00-1:30 Luncheon, Sponsored by Ergopedia
Hyde Park
Keynote Speaker + Award Presentations, Led by Nancy Kellogg
Michael Lach
University of Chicago
Director of STEM Education and Strategic Initiatives
“Lessons Learned From Leading Science Education Reforms, and Implications For The Future”
1:45-3:15 Breakout Sessions Continued
3:30-4:30 Sense Making Session + Networking, Led by Keri Randolph
Hyde Park
2. Lessons Learned From Leading Science Education
Reforms, and Implications For The Future
Michael Lach
March 11, 2015
23. CPS Improves More than the State
in Every Grade in Mathematics
2001 to 2006
20
27
40
9
14
24
0
10
20
30
40
3rd 5th 8th
Increase in Percent Meet / Exceed
from 2001 to 2006
Chicago Public Schools Illinois (without CPS)
24. CPS Improves More than the State
in Every Grade in Science
2001 to 2006
20
17
13
6
0
5
10
15
20
25
4th 7th
Increase in Percent Meet / Exceed
from 2001 to 2006
Chicago Public Schools Illinois (without CPS)
25. Relationship between CMSI Professional Development Attendance
and Student 2005 ISAT Performance
0.4
0.1
-‐0.2
1.8
3.5
1.5
-‐2.0
0.1
-‐3.3
-‐4.0
-‐3.0
-‐2.0
-‐1.0
0.0
1.0
2.0
3.0
4.0
3rd Grade 5th Grade 8th Grade
1-‐year Change in the Percent of Students Meeting/Exceeding
State Standards
Low Moderate High
70. I used to think…
And now I think…
My lesson plans are
awesome!
Better to enact than author.
71.
72.
73.
74.
75. Intervention Effect Size
Charters
Charter schools in general 0.00 mathematics
Oversubscribed NYC charter schools 0.09 mathematics
Reconstituting
the teacher
workforce
Merit pay for teachers in India
0.15 reading and
mathematics
Teach for America 0.15 mathematics
Preschool
programs
Abecedarian Preschool 0.45 reading
Head Start 0.24 letter naming
Head Start 0.00 vocabulary
Even Start 0.00 vocabulary
Nurse Practitioner Partnership
0.09 reading & math test
scores
State Policies State standards 0.00 mathematics
Curriculum
comparisons
More effective math curricula 0.30 mathematics
Most effective preschool curricula 0.48 vocabulary
Most effective dropout preventions 1.00 progressing in school
Most effective early reading
programs
0.80 alphabetics
76. Intervention Effect Size
Charters
Charter schools in general 0.00 mathematics
Oversubscribed NYC charter schools 0.09 mathematics
Reconstituting
the teacher
workforce
Merit pay for teachers in India
0.15 reading and
mathematics
Teach for America 0.15 mathematics
Preschool
programs
Abecedarian Preschool 0.45 reading
Head Start 0.24 letter naming
Head Start 0.00 vocabulary
Even Start 0.00 vocabulary
Nurse Practitioner Partnership
0.09 reading & math test
scores
State Policies State standards 0.00 mathematics
Curriculum
comparisons
More effective math curricula 0.30 mathematics
Most effective preschool curricula 0.48 vocabulary
Most effective dropout preventions 1.00 progressing in school
Most effective early reading
programs
0.80 alphabetics
77.
78.
79.
80.
81. A Harvard professor once developed an interest in the acoustics of the violin. As
an experiment, he collected a range of instruments from a cheap beginner's model to
the finest Stradivarius. He assembled a small audience in a concert hall and hung a
screen between them and the stage. Then he had virtuoso Yehudi Menuhin stand
behind the screen and play each violin for the group. He asked the audience to
choose the best-‐sounding violin of the collection.
The professor was stunned by the result: Each violin received about the same
number of votes. He expressed his surprise to Menuhin, who compounded his shock
by agreeing with the outcome. “Yes, they sounded about the same,” the great
musician said. “The difference was that the Strad played itself, while I had to work
like hell to make the cheap violin sound like anything at all.”
Teachers know the feeling: A dedicated teacher willing to commit enough
energy, skill, and imagination can make a dusty chemistry textbook seem like a
passport to a magic land-‐-‐but has to work like hell to do it. Besides, it is at best a
short-‐term strategy. Even gifted teachers have neither the energy nor the stamina to
work that hard every day, year after year, with every student in every class. Instead,
to make it possible for all students to learn effectively and consistently, teachers have
to rely to a significant degree on the quality of the materials they use and the
learning experiences for students that those materials structure. A dusty science book
can too easily alienate students and render them apathetic or even hostile to a
subject, regardless of what a teacher does (or does not do).
But an effectively designed student learning experience, structured through the
use of the right materials, grabs students' attention, brings ideas to life, and fills a
classroom-‐-‐including the teacher-‐-‐with new energy as effectively as a great piece of
music.
-‐-‐Dr. Herbert Their
Designing Inquiry-‐Based Science Materials
82. I used to think…
And now I think…
My lesson plans are
awesome!
Better to enact than author.
107. I used to think…
And now I think…
Just blow it up.
Change is a process that
must be managed.
108. Prior to 2002, over 87 different K-‐8 mathematics
programs were used in CPS.
109. At the start of 2006, over 50% of CPS K-‐8 schools
were using CMSI mathematics instructional
materials.
K-‐5 CMSI Mathematics Implementation
34
114
188
26
63
81
435
318
226
0
100
200
300
400
500
2003 2004 2005
Year
Number Of Schools
Everyday Mathematics Math Trailblazers Neither
6-‐8 CMSI Mathematics Implementation
30
70
135
25
78
97
440
347
263
0
100
200
300
400
500
2003 2004 2005
Year
Number Of Schools
Math Thematics Connected Mathematics Neither
Data is based on preliminary 2006 ISAT results. Results are subject to change pending final 2006 ISAT data from ISBE.
115. 14080812 Workshop deck FINAL.ppt
High School Teaching & Learning (Main) –
Proposed organizational structure
Anna Pavichevich
Coaching
(Sr Mgr, no.)
John Loehr
Science Coach
Naeem Kareem
Science Coach
Stephanie Glover-
Douglas
Science Coach
VACANT
Science Coach
(test prep)
Robby Singer
Math Coach Lead
Lori Raffanti
Mathematics Coach
Sabrina Walker
Mathematics Coach
VACANT
Mathematics Coach
(test prep)
VACANT
English Coach
(test prep)
VACANT
English Coach Lead
Elizabeth Rolander
English Coach
VACANT
English Coach
(test prep)
Noreen Abdullah
PSAE Coach Lead
Lorraine Anderson
English Coach
(250132, 250095)
Cheryl Brooks
PSAE Math
(Prof V, 248270)
Martin Moe
SS Manager
Tim Sheldon
SS Team Lead
Monica Swope
SS Coach
Charlotte Boyd
SS Coach
(Gary McNaney)
Chicago History
Matters
Angel Campbell
Social Studies
Roxanne Cooley
Social Studies
Jacquelin McCord
Social Studies
Gamila Williams
Social Studies
(Ian Needham)
CME/CCT/Chase
VACANT
AP Director
Larry Waites
Sr AP Specialist
(Prof V, 243410)
Michael Lach
Officer
Kari Benson
Admin Assist
Nyvia Crespo
Exec Assist
= Layer 2
= Layer 3
= Layer 4
= Layer 5
Rukiya Curvey-
Johnson
IDS Ops
Mike Smith
IDS Data Manager
D. Williamson
Ops Team Lead
VACANT
Ops Team Lead
Karen Boran
IDS Instruction
Manager
VACANT
English Specialist
Sendhil Revuluri
Math Specialist
VACANT
Science Specialist
VACANT
SpecEd Specialist
(new)
Jane Crane
IDS Instruction
Team Lead
M Tallent-Bennis
IDS Instruction
Team Lead
Kathleen Hayes
IDS Instruciton
Team Lead
Bonnie Dickerson
IDS English Lead
America's Choice
Kelly Heinike
IDS English Lead
Kaplan K12
Desmond Jones
IDS Math Lead
Agile Mind
Rickey Murff
IDS Math Lead
Carnegie
(Terri Townes)
IDS MathLead
Maria Santiago
IDS Science Lead
IIT
Patrick Daubenmire
IDS Science Lead
Loyola/UIC
Steven McGee
IDS Science Lead
MSC
See details on
following
pages—
managed via
contracts
Teaching & Learning
R Kestenbaum
Algebra
Gertie Brogsdale
6–9 Literacy
M. Beatty-Sevier
Special Projects
Director
VACANT
Special Populations
Summary of open issues:
• Decide if Service Learning Manager
(Jon Schmidt) should report to
Teaching & Learning
• Decide if Terri Gerrata/Special
Initiatives Manager should oversee
Gertie, Melanie, Rachel
• Decide if OSS special ed. coaches
should be added to Coaching
• Follow-up discussion with Office of
Academic Enhancement to determine
if there are dedicated AB/IB resources
• Follow-up discussion with e-learning
(currently in IT) to determine if
resources should be relocation to
OSHP
126. I used to think…
And now I think…
Science needs advocates.
Science needs advocates
who can lead schools.
127. Source: Education Insights Reality Check 2006
“Despite forceful calls from
business leaders and
policymakers to upgrade
math and science education,
most superintendents (59%)
and principals (66%) say this
is not a serious problem in
their local schools.”
143. Task Force
Learning
Network
New Teacher
Prep
AP
CTE
Regional
coordinators
Content PD
Develop
Materials
Science
accountability
New Schools
New Courses
Blended
Learning
DC ✔ ✔
DE ✔ ✔
FL ✔ ✔ ✔ ✔
GA ✔ ✔ ✔ ✔ ✔
HI ✔ ✔ ✔
MA ✔ ✔ ✔ ✔ ✔
MD ✔ ✔
NC ✔ ✔ ✔ ✔
OH ✔ ✔ ✔
RI ✔ ✔
TN ✔ ✔ ✔
NY ✔ ✔
144. In Alabama, The AMSTI network of STEM training centers and materials
management provides equipment and PD to teachers statewide.
Practices Worthy Of Attention
2002 2003 20082000 20011999 2004 2005 2006 2007
Project
Director
Hired
Blue Ribbon
Committee
Initial
Program
Development
Major State
Funding
2nd NASA
Grant
Continuous
Program
Improvement
1st NASA
Grant
Site #1 Site #2 Site #3 Sites
#4-‐6
Sites
#7-‐10
Site #11
20
Schools
41
Schools
74
Schools
104
Schools
196
Schools
365
Schools
574
Schools
628
Schools
2009
145. In North Carolina, 10 of 35 turnaround schools have focused on STEM, and
are being deployed to drive further changes throughout the state.
145
Practices Worthy Of Attention
146. In Illinois, STEM education reforms sit squarely within the career and
technical education sphere.
146
Practices Worthy Of Attention
147. I used to think…
And now I think…
I can do it on my own.
We need each other.
We need each other to
push and compare.
157. I used to think…
And now I think…
Help is on the way.
Help is on the way, and it is
coming from us.
158. Most K-‐12 public education funding comes from
state and local revenue.
Federal
7%
State
48%
Local
45%
1996-‐97
Federal
10.5%
($57B)
State
43.3%
Local
36.9%
2009-‐10
In general, state governments generate the revenue
necessary for educational expenditures from income
taxes, corporate taxes and sales taxes, while local
school districts rely heavily on property taxes.
US GDP
11%
K-‐12
(60%)
higher
education
(40%)
Total Education Spend
= $1.1T
11% of US GDP is spent on
education, $1.1T/year…
…of which 60% goes to K-‐12… …and which mostly comes
from state and local sources.
15
159.
160.
161. I used to think…
And now I think…
Help is on the way.
Help is on the way, and it is
coming from us.
164. Content matters.
Better to enact than author.
Bring on the external supports, with schools in the first position.
Change is a process that must be managed.
Science needs advocates who can lead schools.
We need each other to push.
Help is on the way, and it is coming from us.