Wichita State University
CI 402M ISAM: Elementary Mathematics
Instructor: Dr. Mara Alagic
Spring 2005
Faculty Member: Dr. Mara Alagic
Office: 205 Corbin Education Center
Office Hours: Tuesday & Wednesday 4:30 – 5 :30; other times by appointment
Telephone: (316) 978-6974
E-mail Address: mara.alagic@wichita.edu
Department: Curriculum and Instruction
Note: Weather Cancellations – Call 978-6633 (select 2) to obtain information on weather related class cancellations.
Course Title: CI 402M Instructional Strategies, Assessment and Management: Elementary Mathematics (3 credit hours)
Catalog Description: Students are introduced to the instructional and assessment decisions and processes necessary for meeting curriculum goals and objectives in the K-6 classroom. Students become familiar with various management strategies for building a positive classroom environment in which all children can achieve at their full potential. Students will further understand instruction, assessment, and management in the context of teaching elementary mathematics. Concurrent enrolment in CI 411M is required. Prerequisites: CI 311, 319, 320, 321, and 431A; CESP 334; Math 501.
Required Resources
National Council of Teachers of Mathematics.(2000). Principles and Standards for School Mathematics. National Council of Teachers of Mathematics. Reston, VA (also available online at http://standards.nctm.org/document/index.htm )
Math 501 textbook (any version)
Your Digital Resource File
Recommended Readings
National Research Council (2000). How people learn: Brain, mind, experience, and school. Washington, DC: National Academy Press.
Daniels, H. & Bizar, M. (1998). Methods that matter: Six structures for best practice classrooms. York, ME: Stenhouse.
Supplies
Major Topics:
Professionalism and reflection as they relate to teaching of mathematics (PR)
Human development and diversity; Cognitive science: How people learn mathematics (HDD)
Connection of teaching experiences and assessment: formative and summative assessment (CTA)
Infusing technology throughout mathematics learning and teaching (T)
Content knowledge: Process and content standards for k-6 mathematics &
Mathematics related pedagogical content knowledge: teaching for understanding &
Alignment with standards: Lesson planning; Unit planning; Integration (CKS)
Collaboration in classroom and school environments (C)
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Major Topics |
Guiding principles from Conceptual Framework |
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PR |
HDD |
CTA |
T |
CKS |
C |
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Professionalism and reflection as they relate to teaching of mathematics |
X |
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Human development and diversity; Cognitive science: How people learn mathematics |
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X |
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Connection of teaching experiences and assessment: formative and summative assessment |
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X |
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Infusing technology throughout mathematics learning and teaching |
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X |
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Content knowledge: Process and content standards for k-6 mathematics |
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X |
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Mathematics related pedagogical content knowledge: teaching for understanding |
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X |
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Alignment with standards: Lesson planning; Unit planning; Integration |
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X |
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Collaboration in classroom and school environments |
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X |
* http://webs.wichita.edu/depttools/DeptToolsMemberFiles/coedean/revisedCF_2_24_03.pdf
Technology Expectations:
Technology integration emphasis for this class are in italics in the list below.
CORE 2 students will be able to
Use common media storage systems such as CD-ROM and Zip disks.
Create hyperlinks and graphics in word processing documents.
Use electronic resources ethically.
Manipulate data in a spreadsheet program.
Use presentation software to make class presentations.
Use word processing or desktop publishing to create instructional materials or newsletters.
Use video projectors, VCR, projection devices, digital cameras, CD/DVD, calculators, and other common instructional technologies.
Trouble-shoot basic computer problems.
Evaluate electronic materials for accuracy, appropriateness, and credibility.
Use concept mapping technologies for planning or instruction.
Develop and use WebQuests.
Apply technology and content area standards related to technology to planning and management.
Research and apply strategies that support digital equity for all students. (Including assistive technologies)
Use multimedia to support instruction.
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Learner Outcomes (Those shown in italics pertain specifically to Professional Education Standards) |
Related Assessment |
KSDE Professional Education |
KSDE Elementary Education Standards |
Conceptual Framework Connections (Guiding Principles) |
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The student is a reflective professional who |
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a)uses a variety of strategies for reflecting on his or her practice and the way that practice influences students’ learning and affects the interactions between student and educator. |
Practice Teacher Work Sample (PTWS)
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S9-K1 |
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PR, CTA |
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b) is aware of the ethical standards that should guide the professional teacher’s interaction with all students, colleagues, parents, and members of the community. |
S13-K4 |
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PR |
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The student demonstrates the ability to use effective, developmentally appropriate instructional strategies to help all k-6 students learn and use their mathematical skills in many different situations and applications to solve real life problems. |
PTWS M Unit Final |
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S2-P3 |
HDD |
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The student knows human development and promotes the ideals of human diversity by |
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a) understanding that students’ physical, social, emotional, moral, and cognitive development influences learning and knowing how to address these factors when making instructional decisions. |
PTWS |
S2-K3 |
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HDD |
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b) understanding that diversity, exceptionality, and limited English proficiency affect learning. |
S3-K2 |
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HDD |
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c) knowing about the process of second language acquisition and about strategies to support the learning of students whose first language is not English. |
S3-K3 |
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HDD, CKS |
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d)using a well-grounded framework for understanding cultural and community diversity and knowing how to learn about and incorporate students’ experiences, cultures, and community resources into instruction. |
S3-K5 |
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HDD, CKS |
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e) understanding how to promote self-motivation among all students. |
S5-K5 |
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HDD |
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f) understanding communication theory, language development, and the role of language in learning. |
S6-K1 |
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HDD |
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g) understanding how differences in culture, gender and exceptionality can affect communication in the classroom. |
S6-K2 |
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HDD |
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The student knows a variety of developmentally appropriate assessment tools that align with curriculum and instruction. |
Math Unit |
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S2-K4 |
HDD |
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The student uses diverse and developmentally appropriate assessments that align with curriculum and instruction. |
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S2-P4 |
HDD |
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The student connects teaching experiences with assessment by |
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a) identifying differences in approaches to learning and performance and designing instruction that helps use students’ strengths as the basis for growth. |
PTWS |
S3-K1 |
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CTA |
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b) knowing how to enhance learning by using a wide variety of materials, including human and technological resources, primary documents and artifacts, texts, reference books, literature, and other print resources. |
S4-K3 |
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CKS, T, HDD |
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c) using knowledge about human motivation and behavior to develop strategies for organizing and supporting individual and group work. |
S5-K1 |
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HDD, CKS |
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d) using data from building, district, state, and national assessments to guide program development. |
S7-K4 |
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CTA |
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e) understanding the characteristics, uses, advantages, and limitations of different types of assessments for evaluating how students learn, what they know and are able to do, and what kinds of experiences will support their further growth and development. |
S8-K1 |
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CTA |
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f) knowing how to select, construct, and use assessment strategies and instruments appropriate to the learning outcomes being evaluated and to other diagnostic purposes. |
S8-K2 |
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CTA |
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The student is technologically skilled by knowing different kinds of technology tools and techniques and the roles these play |
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in enriching learning opportunities, enhancing professional development, and facilitating professional productivity. |
PTWS |
S12-K1 K2, K3 |
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PR , T
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The teacher knows and understands the mathematical concepts of number sense, number systems and their properties, computation, geometric figures and their properties, transformational geometry, measurement, data analysis, data representations, probability, patterns, functions, and representations of algebraic and geometric situations/solutions. |
PTWS Math Unit |
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S2-K1 |
CKS T |
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The teacher understands the five process standards (problem solving, reasoning and proof, communication, connections and representations). |
PTWS MUnit |
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S2-K2 |
CKS T |
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Appropriate to students' age and development, the teacher can use and apply, demonstrate, and teach the concepts of number sense, number systems and their properties, computation, geometric figures and their properties, transformational geometry, measurement, data analysis, data representations, probability, patterns, functions, representations of algebraic and geometric situations/solutions. |
PTWS MUnit
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S2-P3 |
HDD CKS T |
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The teacher integrates the five process standards (problem solving, reasoning and proof, communication, connections and representations) into math instruction. |
PTWS MUnit |
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S2-P4 |
HDD |
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The student is knowledgeable about both content and pedagogy and how to align both with standards by |
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a) understanding major concepts, assumptions, debates, and processes of inquiry, and ways of knowing that are central to the discipline being taught and can create opportunities that make these aspects of subject matter meaningful for all students. |
Practice Teacher Work Sample (PTWS)
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S1-K1 |
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CKS |
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b) understanding how learning occurs and knowing how to use instructional strategies that promote learning for all students. |
S2-K1 |
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HDD CTEA |
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c) understanding principles and techniques associated with various instructional strategies. |
S4-K2 |
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CKS |
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d) knowing reading and thinking skills that pertain to learning a discipline and integrating that discipline into other content fields. |
S4-K4 S7-K3 S11-K3 |
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CKS |
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e) understanding the principles of effective classroom management and knowing strategies to promote positive relationships, cooperation, purposeful learning, and student productivity. |
S5, K3 K4 |
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CKS |
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f) knowing crises intervention strategies. |
S5-K6 |
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HDD |
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g) knowing and using effective verbal and non-verbal communication techniques. |
S6-K3, S6-K4 |
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CKS |
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h) understanding learning theory, subject matter, curriculum development, and student development and knowing how to use this knowledge in planning instruction to meet curriculum goals. |
S7-K1 |
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CTA CKS HDD |
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i) knowing how to plan instruction to create an effective bridge between curriculum goals and students’ experiences. |
S7-K2 |
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CTA, CKS |
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j) knowing the importance of aligning standards, goals, instruction, outcomes, and assessments. |
S8-K3 |
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CKS, CTA |
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k) having a depth of knowledge in his or her subject matter and knowing the importance of integrating knowledge from a discipline with other fields. |
S11-K1, K4 ST11-K2 |
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CTA, CKS |
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The student works collaboratively to understand how schools are organized and function within the larger community context and the importance of collaboration |
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among all stakeholders to promote maximum learning. |
PTWS |
S10-K1, 2 |
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C |
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| Assignments are due by midnight of the due date. Please remember: NO late work is accepted. | |||
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Assignments |
Assessment Tool and Points |
Due Dates |
Total Points |
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Attendance and participation |
check list; |
ongoing |
75 |
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Lesson Plans |
rubric; |
January 29; February 18 |
50 |
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TICKLE Journal |
rubric; |
February 19 |
50 |
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Self-Evaluations |
check list; |
February 19; |
45 |
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Mathematics unit |
rubric; 30 pt |
February 24 |
30 |
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PTWS - Practice Teacher Work Sample (paper copy)
with
and |
rubric; 5 sections |
May 5 |
195 |
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rubric; 150 pt |
May 5 |
60 |
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rubric; 35 pt |
May 5 |
18 |
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Final exam |
rubric; 25 |
May 10 |
25 |
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TOTAL |
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Reading Assignments are graded in a variety of ways: as part of the participation, reflections, self-evaluations, final exam ... |
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Grading:
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Grading |
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90% - 100% |
A |
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80% - 89% |
B |
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70% - 79% |
C |
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60% - 69% |
D |
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0% - 59% |
F |
Academic Honesty: A standard of honesty, fairly applied to all students, is essential to a learning environment. Students abridging a standard of honesty must accept the consequences; penalties are assessed by appropriate classroom instructors or other designated people. Serious cases may result in discipline at the college or University level and may result in suspension or dismissal. Dismissal from a college for academic dishonesty, constitutes dismissal from the University.(WSU Student Code of Conduct)
Special Needs: ADA: If you have a physical, perceptual, psychiatric/emotional, medical, or learning disability that may impact your ability to carry out assigned course work, contact the Office of Disability Services (DS), Grace Wilkie Annex, room 173. (Voice/TDD 978-3309). ODS will review your concerns, confirm your disability, and determine, with you, what accommodations are necessary. All information and documentation of your disability is confidential and will not be released by DS without your written permission
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