Master of Education
in Curriculum & Instruction:
Science (K-8)
A Concordia University M.Ed. in Curriculum & Instruction will provide you with the expertise to expand your career options. Using cutting-edge curriculum and easy-to-use online learning tools, Concordia’s experienced faculty will provide you with the best in theory and practice to prepare you to be an instructional leader.
Concordia’s online five-week classes can be accessed via the Internet at a time and location that is most convenient for you. As a candidate you will find that assignment submission is convenient, submission deadlines are appropriate, and all requirements for a course fall within the dates stipulated for the courses.
Program Objectives
In addition to meeting the objectives for all CU M.Ed. programs, successful candidates in the M.Ed. in Curriculum and Instruction will demonstrate:
- Expertise in the utilization of new methods of authentic assessment and strategies as tools to evaluate student learning progress
- The ability to modify instructional plans and promote alternative goals and strategies when necessary, particularly in relation to assessment results.
- Effective instructional skills in planning, implementing, and assessing instruction in settings that include diverse cultural populations and special needs students.
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Admission Requirements
- For U.S. Citizens or Residents, a Bachelor's degree
from an accredited institution with a GPA of 2.8 or higher is required.
Along with the application, please submit 2 letters of recommendation and
transcripts from all former institutions (required).
- For non-U.S. Citizens, you will need to have a Bachelor's
or Master's degree that is recognized by the Ministry of Education (your
transcripts will also be evaluated by World Education Services). You will
also need official score reports for TOEFL (iBT score of 80 or better;
PBT score of 550 or better) and TWE (score of 5 or better).
Degree Overview
M.Ed. in Curriculum & Instruction
The M.Ed. in Curriculum & Instruction core courses and capstone experience
are the foundation for this master’s degree program of study. Candidates
will participate in individualized learning that supports professional and
personal goals toward their continuing development as a professional educator.
M.Ed. in Curriculum & Instruction: Science (K-8)
The M.Ed. in Curriculum & Instruction: Science (K-8) is designed for
teachers in the elementary and middle school grades who want to enhance their
content knowledge and skills in science in order to increase student learning
and understanding of fundamental science concepts. An emphasis is placed
on effective teaching strategies and practices that are aligned with the
National Science Education Standards (NSES) and the standards of the National
Science Teachers Association (NSTA), and that address inquiry methods for
teaching science. The integration of technology to enrich science learning
in the elementary and middle school science core curriculum and virtual laboratory
experiences are included in this course of study.
Course Descriptions
C & I Core Courses
EDU 502w Developing Character through the Curriculum (3)
This course will provide teachers with the resources and skills necessary to integrate character themes and character development into their school curriculum. It provides a forum in which to discuss and develop one’s own moral perspectives on the basis of generally accepted criteria.
EDU 535w Theories of Teaching and Learning (3)
This course is designed to provide leaders with the latest psychological research findings and guide them in exploring ways to directly apply these precepts to their current work setting. Topics will include the functions and anatomy of the brain and the fascinating arena of multiple intelligences. The course will fuse the latest biological and psychological understanding of how the brain works so candidates can harness this knowledge and apply it directly to enhancing their current work environment.
EDU 595w Community of Learners (3)
Relationships constructed on trust are critical for an efficient, collegial, collaborative workplace. This course challenges candidates to confront the tremendous diversity in their current environment and develop strategies to build community in the midst of the social, ethnic, economic and alternative lifestyle differences that permeate today’s 21st century workplace. In sum, this course stresses the critical importance of creating community in the workplace and illustrates how that community, once established, can generate an efficient, supportive, and positive work place.
EDU 601w Educational Research (3)
This course provides students with the basic competencies necessary to understand and evaluate the research of others, and to plan and conduct their own research with a minimum of assistance. This course includes the basics of both qualitative and quantitative research.
EDU 602w Contemporary Educational Thought (3)*
Candidates identify, review, and analyze major trends and issues impacting the contemporary state and national educational scenes. Each class session provides students with an opportunity to evaluate the advantages and liabilities of current educational reforms and issues from the perspective of prevailing educational research as well as from their own personal beliefs and current work environment. Candidates will also consider how they can impact and influence change in their own workplace.
Science Courses
The Nature of Science (3)*
This course focuses on a view of science as a
framework for understanding the natural world. Participants learn about the
sciences as a systematic gathering of information through various forms of
direct and indirect observation and the testing of this information through
building and applying investigation skills. Participants also discuss the
principal product of science as knowledge in the form of naturalistic concepts
and the laws and theories related to those concepts. Emphasis is placed on
transformational learning based in a developmental, inquiry-based approach.
As teachers of science, this course also encourages active participation
in the community of science and the furthering of science education.
Planning
for an Inquiry-Based Classroom (3)*
This course emphasizes the need for children
to view themselves as scientists and, as such, to engage in raising questions,
carrying out investigations, communicating methods, proposing explanations
and solutions, using observation, and analyzing science practices. Emphasis
is placed on the teacher as a scientist working alongside students using
transformational learning steeped in a developmental, inquiry-based approach.
The course will address planning for instruction, setting goals, teaching
to standards, meeting curricular requirements, and teaching developmentally
with a focus on student inquiry and knowledge construction as the basis for
learning and teaching.
Transformative Science in the Differentiated Classroom
(3)*
The focus of this course is transformational learning and teaching that
meets the needs of all learners through a developmental, constructivist approach.
There will be an emphasis on setting up the classroom, getting to know learners,
assessing learning styles and needs, differentiated teaching strategies,
and providing anchor activities to solidify learning. The course will provide
a plethora of practical ideas for making science a positive and transformational
experience for learners and teachers alike.
The Technology-Based Science
Classroom (3)*
The inquiry-based science classroom is enhanced through the
use of innovative technology tools and resources that are available to classroom
teachers. This course will focus on the use of educational technology as
a vital means to transform science education through enhancing critical thinking
and problem-solving skills in children using technology as inquiry-based
learning tools in ways similar to those of practicing scientists. The use
of Internet images, virtual science labs and field trips, simulations, digital
microscopes and digital cameras, multimedia packages, global information
systems, science computer databases and computer-based laboratories are examples
of the resources studied and applied in this class.
Capstone
EDU 698w Action Research (3)
Action research is the capstone project for the M.Ed program. It involves
the identification of a specific issue in the candidate’s work setting, researching
the literature regarding the issue, designing a proposal to solve the issue,
implementing the solution (after the proposal has been approved), and reporting
the results. Candidates will create their proposal in EDU
601 then receive the majority of their guidance from their faculty advisor.
The implementation phase of the course will last from 12 to 18 weeks at the
student’s work setting. Final concentration for report writing will occur
during the final three weeks of the program to meet the completion date.
* Class is taken simultaneously with EDU 698 Action
Research. Students receive guidance for the implementation of their capstone
project
within EDU 698, beginning six months prior to their graduation, and receive
ongoing support until their program completion.