M.Ed. – Curriculum & Instruction – STEM Education

Focuses on the role of the school leader or educator as a consumer (basic, applied and orientational), a user (evaluation) and a producer (action) of educational research. As consumers, candidates learn how to identify, read, analyze, synthesize, evaluate, explain and apply quantitative, qualitative and mixed research. As users, candidates utilize descriptive statistics and data-driven decision making in problem-based learning applications. As producers, candidates follow the structure of a research proposal to develop competency with the literature, methods, designs and data analysis techniques germane to the field.

Principles and practices for creating and maintaining effective and efficient learning environments for diverse learners to include methods for effective student discipline, appropriate learning strategies and environments that motivate student learning.

Prepare educators to reach and effectively teach students who are at risk in the general classroom. Addresses topics such as curriculum-based assessment, accommodations, modifications and collaboration with other professionals and family members. ACSI approved methods course.

Develop an understanding of biblical perspectives on the nature of learning and the ability to think critically about issues related to teaching and learning. Explore the components of effective instruction and learn how to implement instructional strategies that promote learning.

Increase learning and learner success by designing educational events that use instructional technology. Covers three basic areas of technology integration: planning, implementation and evaluation. Does not cover specific applications. Within this framework, various technologies and tools will be investigated for the purpose of determining which are best suited for particular instructional situations. Discusses broader issues regarding the usefulness and effectiveness of technology integration in education. The ultimate goal is to create a plan to integrate technology in your educational setting.

Mathematics and computational thinking as fundamental tools for representing physical variables found in solving real world problems. Illustrating the connection between mathematics and science, problem solving strategies using real world problems, using manipulatives to teach math skills.

Principles of designing an integrated elementary STEM through an examination of integrated curriculum models, problem-based and/or project-based learning activities, and effective instructional strategies that promote critical and creative thinking.

Advanced instructional strategies using research-based case studies and apply principles through the design of curriculum, instruction and assessment. Apply understanding of STEM education through direct interactions with children in schools, teacher leadership initiatives, community service, scientific laboratory experiences, and environmental interpretation in parks and science learning in museums. Prerequisites: ESTM 501, 502, and 503.

In this exploding age of information, it is the objective of the library faculty to prepare graduates to be on the cutting edge of information technology. Information literacy is the ability to effectively access information for problem solving and decision-making; thus, the knowledge and abilities you glean from this course will open doors to lifelong learning. It is imperative for graduate study research. Since the information learned in this course is a vital foundation for all other coursework, its completion is required within the first semester of study. The course takes approximately ten hours to complete.