300

Prerequisites: Admission to Phase I. Focuses on differentiating instruction in primary classrooms (kindergarten-grade 3). This course gives students opportunities to apply their understandings to specific populations including English language learners, students with special needs and gifted/talented students.

Prerequisites: EDUC 204; EDUC 223; EDUC 224; EDUC 236. To be successful in all parts of the Education Program, students are required to master the art of lesson planning. This 1-credit course will prepare students to successfully write and implement lesson plans in Phases I-III.

Prerequisite: Completion of or concurrent enrollment in PSY 101. This course is an introduction to human growth, development, and learning through the lifespan with emphasis on physical, cognitive, and social-emotional development in the school years and particularly in adolescence. The course provides prospective Secondary Education candidates with principles of educational psychology, learning, motivation, and behavior management in shaping how students construct knowledge and understanding. Special attention is given to how diversity (cognitive/social/cultural) and context (home/school/community) influences individual differences in development and learning.

Prerequisites: Admission to Phase I. This course is designed to prepare teacher candidates and in-service teachers with the knowledge and skills to design and deliver effective literacy instruction for a diverse community of learners. Participants will learn how to design and deliver instruction focused on the core components of reading that lead to proficient and motivated reading behavior for all students, provide instruction focused on the core components of writing that lead to proficient and motivated writing behavior for all students, and manage speaking and listening opportunities that lead to more active, equitable and academically oriented conversations for all students. In addition, participants will understand the role of classroom literacy instruction in a multi-tiered system of supports and learn how to work with colleagues to provide evidence-based interventions for students who struggle as readers and writers.

Prerequisites: Admission to Phase I. EDUC 316 with a grade of C or above or permission of the instructor. An examination of modern science methods and materials using a constructivist-based instructional approach. Emphasis is on curricular innovations and Science-Technology-Engineering-Mathematics (STEM). Requires a field experience in a Professional Development School.

Prerequisites: Admission to Phase I. EDUC 316 with a grade of C or above or permission of the instructor. A study of philosophies, theories and methods of teaching young children in a preK-grade 3 settings. Students apply the theoretic concepts they are learning in the lecture section of this course during guided teaching in the Georgetown Hill at Hood College Lab School and in a partner school.

Prerequisites: Admission to Phase I. EDUC 316 with a grade of C or above or permission of the instructor.

This course equips early childhood and elementary/special education teacher candidates with the skills to design and implement effective instruction and assessment in geography, economics, history, and civics. Candidates will create engaging and meaningful learning experiences grounded in the science of learning. Emphasis is placed on integration, developing and planning inquiries, applying disciplinary concepts and tools, evaluating sources and evidence, and communicating conclusions. Requires a weekly field experience.

Prerequisites: Admission to Phase I. A survey of assistive technologies available for students with high and low incidence disabilities. Examination of AT legal requirements, implementation models, and realities of using technology to teach students with disabilities. Emphasis is placed upon technological accommodations and modifications across all content areas for students with mild/moderate disabilities. Requires a field experience. This course must be taken in Phase I.

Prerequisites: Admission to Phase I. EDUC 316 and EDUC 353 with a grade of C or above. EDUC 353 may be taken concurrently. A study of special education curriculum, methods, and materials used in a variety of educational settings. Instructional strategies are discussed in light of current theories and research. Topics include problem solving, remedial reading, comprehension, written expression, mathematics, science, social studies, and functional skills. Emphasis placed upon curriculum and methods for students with mild to moderate disabilities. A half day per week field experience in a professional development school is a requirement for this course. This course must be taken in Phase 1.

Prerequisite: EDUC 316. Open to juniors and seniors. Supervised work involving continuous diagnosis of disabled readers and the planning and implementation of appropriate corrective/remedial instructional programs. Each student will be placed with one graduate clinician and will work as an apprentice with that clinician assisting in planning, diagnosis, instruction and supervision for a group of students.

Prerequisites: Admission to Phase I. A study of theoretical and practical aspects of educational evaluation of children and youth with mild/moderate disabilities in grades 1-8. Topics include standard and informal procedures for assessing psycholinguistic processes, oral or written language and academic achievement. Requires a field experience in a partner school.

Prerequisite: 6 credits in education. Open to juniors and seniors. A professional investigation or project evolving from individual interests in education. The project proposal must have the approval of the instructor. Weekly conferences with the instructor.

An upper-level special topics course offered at the discretion of the department. The content and methods vary with the interest of students and faculty members

Prerequisite: 9 credits in education. Supervised part-time work in educational settings approved by the department. Grading is on a satisfactory/unsatisfactory basis.