| I3 Intensive Immersion Institutes | |
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The Intensive Immersion Institutes (I3) in mathematics and science provide deep content, sustained and coherent programs, and involvement of mathematicians and scientists. By engaging teachers in intensive immersion experiences that are authentic to the subjects and relevant to the classroom, they foster essential habits of mind, make deep conceptual connections, and therefore enrich their mathematical and scientific dispositions and their relationship with the subjects they teach. These courses reached more than 1,000 course participants in K-12. The teachers and administrators involved in the I3 programs have made significant achievements. They have demonstrated consistent and significant content gains as measured by the pre- and post- tests. They have formed school-based mathematics peer-learning groups spontaneously. They run “grass-roots” I3 Conferences for fellow teachers. Many have taken and passed the Massachusetts Test of Education License( MTEL). They presented their work at NCTM and ATMNE Conferences. Most of all, they have induced desirable changes in the culture of learning in many schools and districts. Individual teachers have (re)ignited their passion for learning and teaching mathematics! An ongoing study of the impact of Intensive Immersion Institutes on student performance indicated certain interesting pattern. It is premature to draw conclusions on the correlation and causality based on the far-from-ideal research design. The Intensive Immersion Institutes (I3) was listed as one of the models in a CCSSO report in 2008: Does teacher professional development have effects on teaching and learning. See also: Tackling the STEM crisis: Five steps your state can take to improve the quality and quantity of its K–12 math and science teachers. The EduTron Intensive Immersion Institute is highlighted as exemplary PD. (NCTQ, 2009) The Intensive Immersion Institute Courses are supported by grants from the Massachusetts Department of Elementary and Secondary Education. The science courses are partially supported by a Massachusetts Department of Higher Education. |
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| 2003-2008 Intensive Immersion MMSP Courses in FGL and Lowell Partnerships | Updated 12/20/2009 | ||
| FGL | (Fitchburg, Leominster, Gardner) | ||
| 2003-M1 | Building a Solid Bridge between Arithmetic and Algebra | ||
| 2003-M2 | Unlocking Linear Equations | ||
| 2004-M1 | The Whole Elephant: An Odyssey to Algebra, Geometry and Back | ||
| 2004-M2 | A Further Odyssey to Algebra, Geometry and Back | ||
| 2004-M3 | Building a Rock-Solid Math Foundation | ||
| 2005-M1 | Perspective on Elementary School Mathematics | ||
| 2005-M2 | Perspective on Middle School Mathematics | ||
| 2006-M1 | Mathematical Experience --Middle School | No data | |
| 2006-M2 | Mathematical Experience --Elementary School | No data | |
| 2006-M3 | Perspective on Elementary School Mathematics | ||
| 2007-M1-mini | Conceptions and Misconceptions in Elementary School Mathematics I | ||
| 2007-M2-mini | Conceptions and Misconceptions in Elementary School Mathematics II | ||
| 2007-M3 | Conceptions and Misconceptions in Elementary School Mathematics III | ||
| 2008-M1-mini | Content Institute for Teachers of Mathematics (I) | Data on pedagogical reflections | |
| 2008-M2-mini | Content Institute for Teachers of Mathematics (II) | Data on pedagogical reflections | |
| 2008-M3 | Content Institute for Teachers of Mathematics (III) | ||
| Lowell | |||
| 2006-M1 | Building A Rock-Solid Foundation in Mathematics | ||
| 2006-M2 | Perspective on Elementary School Mathematics | ||
| 2007-M1 | Conceptions and Misconceptions in Middle School Mathematics | ||
| 2007-M2 | Conceptions and Misconceptions in Elementary School Mathematics | ||
| 2007-S1 | Unlocking Physical Science | ||
| 2007-S2 | Unlocking Biological Diversity | ||
| 2008-M1 | The Arts and Science of Internalizing Math Connections | ||
| 2008-M2 | Digging Deep into Elementary Mathematics | ||
| 2008-S1 | Physical Sciences: Principals, Concepts and Applications | ||
| 2008-S2 | Exploring Science in Grades 3-8 | ||
| 2009-S1 | Science-Minded Inquiry Learning Environment | ||
| 2001-2009 Intensive Immersion Content Institutes and Professional Development Institutes | Updated 12/20/2009 | ||
| 2001-CI-HM | Unlocking Linear Equations | Springfield | |
| 2002-CI-HM | Unlocking Linear and Quadratic Equations | Wakefield | |
| 2002-CI-MM | Unlocking Linear Equations | Middleborough | |
| 2003-CI-HM | Unlocking Linear and Quadratic Equations | Middleborough | |
| 2003-CI-MM | Unlocking Linear Equations | Salem | |
| 2004-CI-HM | Unlocking Linear and Quadratic Equations | Salem | |
| 2005-CI-HM | Equations: Fundamentals, Interpretations and Applications | Salem | |
| 2005-CI-MM | Linear Equations and Their Foundations | Lowell | |
| 2006-CI-HM | Equations: Fundamentals, Interpretations and Applications | Leominster | |
| 2006-CI-MM | Linear Equations and Their Foundations | Lowell | |
| 2007-PDI-HM | Towards A Unifying View of Common Equations, Functions, Inequalities, and Systems | Lowell | |
| 2007-PDI-MM | Unlocking Linear Equations and Exploring Their Foundations | Leominster | |
| 2008-PDI-MM | Unlocking Linear Equations and Exploring Their Foundations | Chelsea | |
| 2009-PDI-MM | Unlocking Linear Equations and Exploring Their Foundations | Worcester | |