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Blazing New Trails - Connexions

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206 CRITICAL ISSUES IN PROMOTING ACADEMIC ACHIEVEMENT<br />

Continued, sustained learning was a common practice with the education faculty and<br />

lab teachers. Book studies and long-term relationships with experts who presented content,<br />

modeled content in lab classrooms for faculty and lab teachers, and assessed implementation<br />

of content were accepted occurrences in current lab settings. Data showed that continued<br />

learning required delving deeply into content areas and instructional practices. One such area<br />

is math. A charter school teacher explained this deepening or layering understanding of the<br />

teaching of mathematics:<br />

The learning process in mathematics started many years go. It began with Constance<br />

Kamii, the math games. We moved into talking about problem solving. We moved to<br />

Project Construct. We went to the math component of Project Construct dealing with<br />

problem solving and setting up investigations. From there, we honed in on a<br />

consultant, Lisa Meredith. She has been to our school three times. She provided<br />

support for pieces in the math workshop of the mental math and problem solving. She<br />

provided specific examples of curriculum that supports development math stages. That<br />

is an ongoing process. We have had lots of book studies on math. Most of them deal<br />

with using thinking strategies in math as well as problem solving. We provided<br />

support and study of specific curriculum using the arithmetic rack for mental math and<br />

using math strings to develop strategies.<br />

Realizing that learning never ceases and expecting sustained, deep understanding of teaching<br />

pedagogy were critical and powerful instructional distinguishing practices fostered by leaders.<br />

Lead Alongside the Experts<br />

Document and interview data indicated that the leaders of the lab settings were always<br />

highly educated individuals who understood how to implement early childhood programs and<br />

were faculty in the Elementary Education Department. This distinguishing practice nurtured<br />

the collaborative connection among the lab settings and the faculty. From the first lab setting,<br />

experts in the field were hired to lead faculty and lab teachers. Later, when the kindergarten<br />

and nursery school merged to form the Early Childhood Laboratory, an educational leader<br />

titled a campus director was hired to nurture and lead lab teachers alongside a faculty member<br />

who was an expert in the field of early childhood and had the responsibility of coordinating<br />

and guiding the instruction of children and teacher candidates in the lab settings. Additionally,<br />

the campus director was educated in the field of early childhood. Each campus director had<br />

experience as a classroom teacher, had an educational background in early childhood<br />

education, and was expected to serve as a faculty member in the Education Department.<br />

Leadership was a joint, collaborative effort. A former campus leader explained this<br />

relationship, “It was collaborative leadership. The changes that were implemented were<br />

because as a faculty we looked at what was going, and we worked together to figure out what<br />

we needed to change as a unit.” This distinguishing practice of joint leadership nurtured a<br />

family-like atmosphere.<br />

Establish a Family-like Atmosphere<br />

“We are a family. I see us as a partnership,” were sentences in the documents and<br />

interview data that indicated a collaborative, supportive atmosphere within the lab settings

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