BIOLOGY FOR LIFE
  • IB Bio Syllabus
    • Unity and Diversity (A) >
      • A1 molecules >
        • A1.1: Water
        • A1.2: Nucleic Acids
      • A2 Cells >
        • A2.1: Origins of Cells
        • A2.2: Cell Structure
        • A2.3: Viruses
      • A3 Organisms >
        • A3.1: Diversity of Organisms
        • A3.2: Classification and Cladistics
      • A4 Ecosystems >
        • A4.1: Evolution and Speciation
        • A4.2: Conservation of Biodiversity
    • Form and Function (B) >
      • B1 Molecules >
        • B1.1: Carbohydrates and Lipids
        • B1.2: Proteins
      • B2 Cells >
        • B2.1 Membranes and Membrane Transport
        • B2.2 Organelles and Compartmentalization
        • B2.3 Cell Specialization
      • B3 Organisms >
        • B3.1 Gas Exchange
        • B3.2 Transport
        • B3.3 Muscle and Motility
      • B4 Ecosystems >
        • B4.1 Adaptation to Environment
        • B4.2 Ecological Niches
    • Interaction and Interdependence (C) >
      • C1 Molecules >
        • C1.1: Enzymes and Metabolism
        • C1.2: Cell Respiration
        • C1.3: Photosynthesis
      • C2 Cells >
        • C2.1: Chemical Signaling
        • C2.2: Neural Signaling
      • C3 Organisms >
        • C3.1: Integration of Body Systems
        • C3.2: Defense Against Disease
      • C4 Ecosystems >
        • C4.1 Populations and Communities
        • C4.2 Transfers of Energy and Matter
    • Continuity and Change (D) >
      • D1 Molecules >
        • D1.1: DNA Replication
        • D1.2: Protein Synthesis
        • D1.3: Mutation and Gene Editing
      • D2 Cells >
        • D2.1: Cell and Nuclear Division
        • D2.2: Gene Expression
        • D2.3: Water Potential
      • D3 Organisms >
        • D3.1: Reproduction
        • D3.2: Inheritance
        • D3.3: Homeostasis
      • D4 Ecosystems >
        • D4.1: Natural Selection
        • D4.2: Stability and Change
        • D4.3: Climate Change
  • IB Requirements
    • Internal Assessment >
      • Research Design
      • Analysis
      • Conclusion
      • Evaluation
    • External Assessment >
      • Exam Revision
    • Extended Essay
    • Reflective Project
    • Collaborative Sciences Project
    • Learner Profile
  • Skills for Biology
    • Tools >
      • Experimental Techniques >
        • Addressing Safety
        • Measuring Variables >
          • Measurement Uncertainties
          • Observations
          • Biological Drawings
        • Applying Techniques >
          • Microscopy
      • Technology >
        • Tech to Collect Data
        • Tech to Process Data
      • Mathematics >
        • General Math
        • Units and Symbols
        • Processing Uncertainties
        • Graphing >
          • Types of Graphs
          • How to Graph
          • Graph Error Bars
    • Inquiry Processes >
      • Exploring >
        • Research Questions
        • Hypotheses and Predictions
      • Designing >
        • Variables
        • Sampling
      • Control of Variables
      • Collecting Data >
        • Data Tables
      • Processing Data
      • Interpreting Results
      • Concluding
      • Evaluating >
        • Error Analysis
  • Statistics
    • Descriptive Statistics >
      • Skew and the Normal Distribution
      • Outliers
      • Measures of Central Tendancy
      • Measures of Dispersion
      • Correlation Coefficients
      • Coefficient of Determination
    • Inferential Statistics >
      • Standard Error
      • T-Test
      • ANOVA
      • Kruskal-Wallis
      • X2 Test of Independence
      • X2 Goodness of Fit
    • Glossary of Statistic Terms and Equations
  • SHS Course Info
    • Above & Beyond >
      • Biology Club
      • Pumpkin Carving
      • Scavenger Hunt
      • Science News
      • Wood Duck Project (legacy)
      • Invasive Crayfish Project (legacy)
    • Assessment >
      • Class Grading IB Bio I
      • Class Grading IB Bio II
      • Daily Quizzes (legacy)
      • Lab Practicals (legacy)
    • Class Photos
    • Recommendations
  • Contact
    • About >
      • Philosophy
      • Resume
      • Reflection
      • Favorite Quotes
      • AEF Blog
  • Expeditions
    • Bahamas (2009)
    • Trinidad (2010)
    • Trinidad (2011)
    • Ecuador (2012)
    • Trinidad (2013)
    • Peru (2014)
    • Bahamas (2015)
    • Peru (2016)
    • Costa Rica (2017)
    • Costa Rica (2018)
    • Arizona (2022)
    • Florida (2023)
    • Belize (2024)
    • Costa Rica (2025)
  • Summer Ecology Research
  • Teacher Resources

Teachers are Leaders.

7/24/2018

 
When Kouzes and Posner (2010) asked different people to identify their most important leader role models, teachers were second only to parents.
I’m winding up my fellowship year and have already begun to kick into high gear my planning for the school year. In addition to my work as a classroom teacher, I have various teacher leadership roles within my school, district and state.  For example, I am a facilitator/coach for a Critical Friends Group, I lead full staff professional development, I am on a teacher advisory board for the University of Washington College of Education and I prepare and present modules for teachers new to the profession. For me, my work beyond the classroom is not about career advancement and opportunity, it’s about service.  

A focus of my professional development this year was learning about the many facets of teacher leadership. I’ve read books, attended discussions and learned more about my own leadership style.  Teacher leadership can come in many forms (instructional leaders, organizational leaders, professional leaders), however in general, teacher leadership can be defined as, “the process by which teachers influence their colleagues, principals and school communities to improve teaching and learning practices with the aim of increased student learning and achievement,” (York-Barr and Duke, 2004).  

Schools and districts are organizational systems made up of many interacting, interrelated and interdependent components. Taking a systems-thinking approach to education means understanding that change is complex and affected by many things simultaneously.  It also means that we all, including teachers, must have input to avoid what can be chaotic and frustrating shifts in school priorities and climate. My time as an Einstein Fellow has reminded me that teachers MUST have important leadership roles throughout the education system.  Every teacher, at all stages of the professional continuum, has both the opportunity and obligation to be a leader. School boards, principals and teacher colleagues need to encourage, empower and create space for teacher leadership within the school system and beyond.
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I captured this screen during a discussion of STEM teacher leadership on Capital Hill
One way teachers should have leadership opportunity is through the making (or revising) of educational policy.  Repeatedly this year, I’ve attended policy discussions for which teachers are the intended implementers of some education reform initiatives, but for which there has typically been little teacher input on the content or scope of the reforms.  Earlier in the year, I attended an event on Capitol Hill that highlighted the results of a recent convocation at the National Academies of Science, Engineering and Medicine that explored teachers’ roles in advancing K12 engineering education. The National Academies report illustrated the lack of teacher voice in policy making:  “As is often the case with K-12 education reform, many of the policies and practices have not been fully or, in some cases, even marginally, informed by the knowledge of practicing teachers.” As a result, there was a call for increasing the roles and significance of teachers in policymaking for K-12 [engineering] education.

Teachers are typically not policymakers, but we do possess the knowledge and experience that can contribute to the development of effective policies.  I know many, many teachers who have the cognizance, confidence and aspiration to have input and be heard. The limitation to including teacher voice in policy making is not teacher ability, want or desire. Rather, the limitations are opportunity, time and money.  Opportunity: teachers need to be invited to “the table” and when present, teacher input must be valued and respected. Time: teachers need to be given the time away from the classroom, guilt-free, to participate in the discussion. Money: teachers need to be compensated for our expertise.  

Hmmm…. A recipe for teacher leadership success = Opportunity + Time + Money.  Seems like a perfect summary of my time in the Albert Einstein Distinguished Educator Fellowship.
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    Author

    I’m Gretel von Bargen and I was an Einstein Fellow in the Department of Energy, Office of Science.  During my fellowship year (2017-2018) I worked within the Workforce Development for Teachers and Scientists (WDTS) office.  Aligned with the goals of the WDTS office, I am committed towards creating a sustained pipeline of skilled science, technology, engineering and math (STEM) workers and teachers. As a dedicated STEM educator, I work to develop my students understanding and appreciation for the nature of science and the natural world.  In addition to the important work I did related to the National Science Bowl, I had three goals for my Fellowship year.  First, I was looking to build relationships and connections between the scientific and education communities, aiming for increased opportunity for high school students to gain authentic experiences with practicing scientists.  Second, I wanted to deepen my understanding of the complexities of the national STEM teacher shortage, specifically exploring the role active classroom teachers play in communicating the joys and challenges of a STEM teaching career.  Third, I was looking to broaden my own scientific content knowledge so that students benefit from an added depth, breadth and interdisciplinary connections in future lessons. 

    Viewpoints are my own and not representative of the Fellowship Program or the agency in which I was placed.  ​​

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  • IB Bio Syllabus
    • Unity and Diversity (A) >
      • A1 molecules >
        • A1.1: Water
        • A1.2: Nucleic Acids
      • A2 Cells >
        • A2.1: Origins of Cells
        • A2.2: Cell Structure
        • A2.3: Viruses
      • A3 Organisms >
        • A3.1: Diversity of Organisms
        • A3.2: Classification and Cladistics
      • A4 Ecosystems >
        • A4.1: Evolution and Speciation
        • A4.2: Conservation of Biodiversity
    • Form and Function (B) >
      • B1 Molecules >
        • B1.1: Carbohydrates and Lipids
        • B1.2: Proteins
      • B2 Cells >
        • B2.1 Membranes and Membrane Transport
        • B2.2 Organelles and Compartmentalization
        • B2.3 Cell Specialization
      • B3 Organisms >
        • B3.1 Gas Exchange
        • B3.2 Transport
        • B3.3 Muscle and Motility
      • B4 Ecosystems >
        • B4.1 Adaptation to Environment
        • B4.2 Ecological Niches
    • Interaction and Interdependence (C) >
      • C1 Molecules >
        • C1.1: Enzymes and Metabolism
        • C1.2: Cell Respiration
        • C1.3: Photosynthesis
      • C2 Cells >
        • C2.1: Chemical Signaling
        • C2.2: Neural Signaling
      • C3 Organisms >
        • C3.1: Integration of Body Systems
        • C3.2: Defense Against Disease
      • C4 Ecosystems >
        • C4.1 Populations and Communities
        • C4.2 Transfers of Energy and Matter
    • Continuity and Change (D) >
      • D1 Molecules >
        • D1.1: DNA Replication
        • D1.2: Protein Synthesis
        • D1.3: Mutation and Gene Editing
      • D2 Cells >
        • D2.1: Cell and Nuclear Division
        • D2.2: Gene Expression
        • D2.3: Water Potential
      • D3 Organisms >
        • D3.1: Reproduction
        • D3.2: Inheritance
        • D3.3: Homeostasis
      • D4 Ecosystems >
        • D4.1: Natural Selection
        • D4.2: Stability and Change
        • D4.3: Climate Change
  • IB Requirements
    • Internal Assessment >
      • Research Design
      • Analysis
      • Conclusion
      • Evaluation
    • External Assessment >
      • Exam Revision
    • Extended Essay
    • Reflective Project
    • Collaborative Sciences Project
    • Learner Profile
  • Skills for Biology
    • Tools >
      • Experimental Techniques >
        • Addressing Safety
        • Measuring Variables >
          • Measurement Uncertainties
          • Observations
          • Biological Drawings
        • Applying Techniques >
          • Microscopy
      • Technology >
        • Tech to Collect Data
        • Tech to Process Data
      • Mathematics >
        • General Math
        • Units and Symbols
        • Processing Uncertainties
        • Graphing >
          • Types of Graphs
          • How to Graph
          • Graph Error Bars
    • Inquiry Processes >
      • Exploring >
        • Research Questions
        • Hypotheses and Predictions
      • Designing >
        • Variables
        • Sampling
      • Control of Variables
      • Collecting Data >
        • Data Tables
      • Processing Data
      • Interpreting Results
      • Concluding
      • Evaluating >
        • Error Analysis
  • Statistics
    • Descriptive Statistics >
      • Skew and the Normal Distribution
      • Outliers
      • Measures of Central Tendancy
      • Measures of Dispersion
      • Correlation Coefficients
      • Coefficient of Determination
    • Inferential Statistics >
      • Standard Error
      • T-Test
      • ANOVA
      • Kruskal-Wallis
      • X2 Test of Independence
      • X2 Goodness of Fit
    • Glossary of Statistic Terms and Equations
  • SHS Course Info
    • Above & Beyond >
      • Biology Club
      • Pumpkin Carving
      • Scavenger Hunt
      • Science News
      • Wood Duck Project (legacy)
      • Invasive Crayfish Project (legacy)
    • Assessment >
      • Class Grading IB Bio I
      • Class Grading IB Bio II
      • Daily Quizzes (legacy)
      • Lab Practicals (legacy)
    • Class Photos
    • Recommendations
  • Contact
    • About >
      • Philosophy
      • Resume
      • Reflection
      • Favorite Quotes
      • AEF Blog
  • Expeditions
    • Bahamas (2009)
    • Trinidad (2010)
    • Trinidad (2011)
    • Ecuador (2012)
    • Trinidad (2013)
    • Peru (2014)
    • Bahamas (2015)
    • Peru (2016)
    • Costa Rica (2017)
    • Costa Rica (2018)
    • Arizona (2022)
    • Florida (2023)
    • Belize (2024)
    • Costa Rica (2025)
  • Summer Ecology Research
  • Teacher Resources