The worst thing that has happened to science education is that the great fun has gone out of it. Very few see science as the high adventure it really is, the wildest of all explorations ever undertaken by human beings, the chance to catch close views of things never seen before, the shrewdest maneuver for discovering how the world works.... Every important scientific advance that has come in looking like an answer has turned, sooner or later – usually sooner – into a question. And the game is just beginning.
— Lewis Thomas, biologist Late Night Thought on Listening to Mahler’s Ninth Symphony |
Science Education Concentration |
Framework | | Objectives | Lewis Thomas’ luminous description of the nature of science is foundational to the conceptual framework on which the Science Education concentration within the Curriculum and Instruction program is based.
Grounded in the spirit of the National Science Education Standards and the NSTA, the Science Education concentration recognizes that multiple vantage points contribute valuable images through which teachers and students construct deep understanding of the world around us. As they progress through the program, teachers experience these vantage points in a variety of ways and, through these unique opportunities, gain personally meaningful and professionally significant insights into the essential qualities that distinguish science education.
As they experience the content of science, teachers realize that science content is constantly increasing and changing and that a teacher's understanding in science must keep pace. As they experience the nature of science, they realize that teachers who are enthusiastic, interested, and speak of the power and beauty of science naturally instill in their students some of those same attitudes. As they experience the teaching and learning of science, they perceive the relationship between the nature of science and science teaching as a process of inquiry into authentic questions as a central strategy for teaching science. As they experience the relationship between science and society, they come to value the personal fulfillment, excitement, and habits of mind that come from an understanding of science and scientific ways of thinking as part of the scientific literacy imperative.
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further enrichment, expertise, and confidence in their science content understanding; new learning experiences to fuel their enthusiasm and passion for science and science teaching; and, unique opportunities to experiment with, refine, and reflect upon new methodologies and practices to engage children in learning science.
The Science Education concentration is ideal for teachers and other educators interested in: enhancing their science teaching and learning skills; strengthening their knowledge of scientific content; deepening their understanding of science as a discipline of inquiry, expanding their palette of valuable resources, preparing for leadership positions in the field of science education; and, realizing their professional vision of exemplary practice.
The Science Education concentration includes: study to update the participant's content background in physical, biological, and earth and space sciences; study that closely integrates the content with critical themes of curriculum, cognition, and instruction, as well as contemporary issues in science education reform; and, coursework appropriate for teachers interested in obtaining the State of Illinois Middle Level Science endorsement.
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The Science Education concentration provides teachers and other educators the time and opportunity to describe their own views about teaching and learning; to conduct research on their own teaching; and to compare, contrast, and revise these views; and in so doing, to understand the nature of exemplary science teaching. Please see the Curriculum & Instruction homepage for a description of these options and their corresponding requirements.
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Outcomes | Coursework is designed to engage teachers in an active and social process of inquiry. Program experiences encourage teachers to engage in a variety of cognitive activities.
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Wonder: When teachers of science wonder, they apply the idea that science is a way of thinking — not doing — thereby furthering their understanding of science content and classroom science teaching. Explore: Through exploration, teachers of science gain greater awareness of the nature of science, including epistemological questions that distinguish science from other disciplines; the process of scientific inquiry; and, the scientific enterprise and its implications for science teaching. Question: By formulating testable questions, teachers of science achieve deeper understanding of essential scientific content relevant to the K-9 curriculum, with an emphasis on physics as the most fundamental science around which all scientific content is organized. Investigate: Investigations by teachers of science lead them to understand the ways in which students learn science, and the implications these have for science teaching and learning.
| | Reflect: Through careful and thoughtful analysis, teachers demonstrate increased confidence and competence in the use of methodologies and techniques that reflect current understanding of exemplary science teaching practices. Share: When teachers of science share, they demonstrate competency in effectively using the range of resources, including technology and informal sites, that are available to support science teaching and learning and extend it beyond the classroom walls. Act: Acting on the outcomes that result from this process of scientific wondering enables teachers to assume roles of leadership and advocacy for the improvement of science education practices in their schools, districts, and communities. Wonder: This action naturally inspires further wonder as teachers recognize that professional development in science is a lifelong process shaped by diverse, continuous, and extended experiences and opportunities.
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The Courses | The M.Ed. Science Education concentration includes nine courses, each of which closely integrates science content, processes, and pedagogy, and emphasizes approaches that are consonant with scientific methodologies of imagination, induction, and experimentation. In these courses, teachers learn through inquiry, having the same opportunities as their students to develop understanding:
| SCE512 | Biological Sciences for Teachers (2sh) | SCE510 | Physics for Teachers (2sh) | SCE511 | Earth Science for Teachers (2sh) | SCE520 | Applied Chemistry for Teachers (2sh) | SCE521 | Astronomy for Teachers (2sh) | SCE525 | Learning Science Using Informal Sites (2sh) | SCE504 | Teaching for Conceptual Development in Science (2sh) | SCE594 | Independent Study (2sh) | SCE593 | Seminar in Science Education (3sh) |
In addition, the following courses are carefully blended into the program to support and enrich the experience of participating teachers and expand and broaden the contextual applications of program outcomes: | three courses in curriculum and instruction — CIC503 Curriculum Design and Evaluation; CIC504 Instructional Decision Making; and CIC592 Seminar: Educational Inquiries one course in cognitive psychology — EPS541 Cognition and Instruction an educational research course — ESR505 Educational Inquiry and Assessment.
This 34-semester hour sequence leads to the M.Ed. in Curriculum and Instruction with a concentration in Science Education. Please see the Curriculum & Instruction homepage or contact the Science Education Coordinator for a description of the requirements for the C.A.S. and M.S.Ed. options.
This coursework is appropriate for teachers interested in obtaining the State of Illinois Middle School Science endorsement; additional endorsement coursework may be required.
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Schedule | The Science Education cluster option is set up in the NLU cluster model in which a cohort of teachers enrolls in all of the courses together, and builds collaborative and collegial relationships that are highly supportive and nurturing. In the cluster format, classes typically meet on the same evening each week during the school year, once a week for eleven weeks. During the summer, classes typically meet two times a week for six weeks. Students benefit from a fixed tuition rate, which is designated at the time of registration.
The traditional option for completing the Science Education concentration is designed for students who desire the flexibility of attending classes on a variety of evenings and/or at a variety of locations. Course offerings are highlighted each quarter in The National College of Education Quarterly, in the Science Education section for each campus.
The mini-cluster option includes the Curriculum and Instruction required core courses and is for students who wish to attend class on the same evening throughout the academic year, with the same group of students, and at the same designated location. These students benefit from a fixed tuition rate, which is designated at the time of registration. This option is ideal for students who are taking their Science Education concentration courses individually, and want to apply that coursework to complete a degree. Information about projected mini-cluster groups throughout the Chicagoland area may be obtained from the Enrollment Office (800-443-5522 x4430/x3371/x2743/x8053).
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For more information about the Science Education concentration program, courses, and/or schedule, contact Dr. Alan Rossman 800-443-5522 ext 2804 or arossman@nl.edu
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C&I SCIENCE page updated 6/7/06.
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