Education Commons^™

A Culturally And Linguistically Responsive Curriculum For Secondary Biology Teachers, Raquel Georgina Martinez

All Graduate Projects

Research was conducted in the following areas, which help support the need for a culturally and linguistically responsive curriculum for secondary biology teachers. The history of both bilingual education and science, the importance of bilingual education, a summarization of selected bilingual and ESL models, bilingual and science curriculum, supported bilingual research, standardized tests, science and ELL students, and in closing secondary bilingual research. Based on the conducted research, the curriculum was developed utilizing the late-exit bilingual model, preview/review, and the incorporation of the student's culture.

Dual Language: It's Effectiveness And How It Impacts Learning With Regards To Science Taught Thematicly In Elementary, Elsa J. Gonzalez

All Graduate Projects

The primary purpose of this project is to develop a month long integrated thematic unit for 2nd graders in a dual language program that address research findings in the area of effective student learning in dual language programs. Incorporation of science methodology, ESL strategies, and thematic teaching are also researched for effectiveness and addressed in the project. Dual Language and its effectiveness will also be compared to other bilingual programs. Dual language with appropriate implementation increases student achievement in learning a second language (Kirk, 2002).

The Periodic Table Of The Elements, Michael A. Bailey

All Graduate Projects

The blueprint to the world of chemistry is encoded in the periodic table of the elements. This fundamental chart can be found in virtually all science classrooms in the world. The purpose of this project was to design a professional development course focusing on the periodic table of the elements. The target audience is college students working towards teaching science as a career, current teachers looking to enhance their understanding of the table, and resident teachers working towards continuing certification. In order to accomplish this purpose extensive literary research, the Washington State Academic Learning Requirements for science, published science lessons, …

Water Quality Assessment: A Hands-On Approach To Environmental Education, Tracy Lynn Royse

All Graduate Projects

A water quality assessment lab manual has been created to assist secondary educators using the HACH water quality testing kits. It consists of ten chemical tests, a geological survey and a biological assessment largely based upon Washington State University's lab format and the Walla Walla County Conservation District's water study protocol. The lab manual also contains safety guidelines, a scoring rubric and an action plan research project. The environmental approach to science education used in the lab manual meets the Essential Academic Learning Requirements adopted by the Washington State Commission on Student Learning as well as the National Science Education …

Proposal For An Elemenatry Science Curriculum Outline To Help K-4 Teachers Prepare Students To Take The 5th Grade Science Wasl, Cindy D. Williams

All Graduate Projects

With a statewide pilot of the 5th grade science Washington Assessment of Student Leaming (WASL) in the spring of 2003, all elementary schools were tiying to prepare their students to meet the standards. At this time, the only resources schools had for preparation was a glimpse of the first criterion-referenced assessment, the Essential Academic Learning Requirements (EALRs), Grade level Expectations (GLEs) and a "release booklet" of sample items distributed to 5th grade science teachers. Educators knew that the best curriculum built on the previous year's knowledge which spiraled throughout the curriculum. At this time there were no curriculums designed starting …

A Model Integrated Science Guide For Junior High General Education Classroom Teachers In The Tahoma School District, Angela M. Delgado

All Graduate Projects

Teaching concepts in science that incorporated different science disciplines were studied and placed into practice at Tahoma Junior High School, Maple Valley, Washington. This form of integrated teaching was displayed in an integrated science model unit. The integrated teaching was displayed in an integrated science model unit. The integrated science model unit detailed river systems and the many different sciences that play a role in creating the river environment we see daily. Research showed students learned as well if not better in integrated science classrooms when compared to students who fulfilled the traditional sequence of science classes. Moreover, brain research …

A Guide To Motion And Newton's Laws For General Science, Roger F. Hume

All Graduate Projects

This project provides activities in motion and Newton's Laws of motion. Besides instructions on how to perform the activity, a list of student selfassessment questions is provided to encourage further inquiry. The activities are also aligned with the Essential Academic Learning Requirements for the State of Washington. These activities are designed to supplement curriculum already being taught.

Project-Based High School Science Activities, Raymond Lynn Harris

All Graduate Projects

The development of project-based science activities and assessment rubrics are presented. A total of fifteen different science projects are presented for use in the high school science classroom. The activities are complete with lesson plans, design lessons, overviews of materials and follow up assessments. The activities are designed to combine essential academic learning requirements with real-world applications and can be applicable to a wide variety of concepts. The development of these activities is supported by the literature review as well as the use in the author's classroom.

John Sedgwick Junior High School Physical Science Curriculum Alignment At The South Kitsap School District With The Essential Academic Learning Requirements And National Science Standards, Iva Scott

All Graduate Projects

Office of Superintendent of Public Instruction (OSPI) lists curriculum alignment as one of the Nine Characteristics of High Performing Schools. With an increased emphasis on educational accountability and assessment of student learning, school districts are placing heightened emphasis on state and national learning standards. Physical science curriculum alignment consisted of matching curricular standards with information and skills being taught in the classroom and assessed through utilization of various forms of testing, including Washington Assessment of Student Leaming in Science, which is currently being developed. This project provides a format for development and utilization of district curricula that is aligned with …

A Brain-Based Pedagogy To Improve Student Achievement Of Middle School Aged Children, Marci Lynn Stadiem

All Graduate Projects

This project examined the role of a brain-based pedagogy to improve student achievement in middle school students. The review of current research found that orchestrated immersion, relaxed alertness and active processing were integral for an effective brain-based pedagogy that increased student achievement. Included is a curriculum that focused on a brain-based pedagogy. Written for teachers of middle school students. Lessons included support a brain-based pedagogy, were age appropriate, and encouraged teachers to use a curriculum based on a brain-based pedagogy that increased student achievement.

A Supplemental Curriculum To Integrate Reading And Writing With First Grade Science Kits, Shauna Calandra Curtis

All Graduate Projects

This project provides a supplemental curriculum to assist teachers in integrating reading and writing with science kits for first grade students. Included is a review of research which discusses what thematic and integrative teaching encompasses, the value of thematic teaching, the development ofreading, writing, and language through thematic units, thematic centers, a rationale for using thematic content area teaching to English as a second language students in the acquisition of the English language, and the importance of science education. The handbook encompasses two main themes: weather and organisms.

Integrating Literature Into The Science And Social Studies Curricula: A Curriculum Guide For Grade Two, Jennifer M. Donald

All Graduate Projects

The adoption of the Open Court reading program in conjunction with the Washington Read's Grant was the initial idea for this project. The integration of science and social studies themes was researched, and found to be beneficial in the teaching of those content areas. A handbook for second grade educators was created to integrate the adopted science and social studies topics with the newly adopted reading curriculum at Vale Elementary in Cashmere, Washington. This handbook contains a scope and sequence, literature libraries for three reading achievement levels, the benchmarks and essential learning's for the designated topics, and suggested activities for …

Alignment Of The Challenger Center Curriculum With The Washington State Essential Learning Requirements And The Use Of Multiple Intelligences, Shaila Donel Brookover

All Graduate Projects

The State ofWashington has recently adopted a set oflearning standards called the Essential Academic Learning Requirements. It is the intention of this Master's project to align the learning objectives of the Challenger Center curriculum with the Essential Academic Learning Requirements for Science, so that it may be used as a sixth and seventh grade enrichment opportunity. Itis also within the scope of this project to include Gardner's theory on multiple intelligence as an educational tool to improve student learning. It will be suggested that with the use of multiple intelligences and the integration of informal science learning experiences, students will …

Instructional Lessons And Activities For Middle School Science Teachers, Sally Josephine Rich

All Graduate Projects

The significance of providing an inquiry based, hands-on approach to teaching science to middle school students was researched. Several sources supported this teaching method. The research suggested having students participate in engaging, thought provoking, and problem solving science activities to optimize successful student learning. Lessons and activities, which focus on active student learning, critical thinking and problem solving, were developed to enhance and revise the existing curriculum for five chosen textbooks. These selected science texts were intended for middle school sixth and seventh grade students.

A Model Fourth Grade Science Curriculum Based On Multiple Intelligence Theory And Washington State's Essential Academic Learning Requirements For Science, Kerry Lynn Ward

All Graduate Projects

The purpose of this project was to design and develop a model fourth grade science curriculum based on Howard Gardner's Theory of Multiple Intelligences and in line with Washington State's Essential Academic Learning Requirements for Science. Along with this, assessment criteria were to be designed for each learning activity. To accomplish this purpose, current research on Multiple Intelligence Theory, assessment, curriculum development and Washington State's Essential Academic Learning Requirements for Science were reviewed. Finally, student learning objectives, learning activities and corresponding assessment criteria were adapted and developed.

Wilderness Survival Basic Skills: A Model Seventh Grade Science Curriculum With Integrated Math Concepts, Layne B. Hutchins

All Graduate Projects

The purpose of this project was to design and implement a model 7th grade science program with integrated mathematics concepts using an outdoor survival theme. The developed program focused on mathematics and science topics related to exploration and survival in the wilderness and enjoyment of the outdoors in order to connect mathematics and science concepts with real life experiences. Current research and literature on integration and multiple intelligences, integration of mathematics and science as well existing outdoor programs was reviewed. Finally, section overviews, student learning objectives, learning activities and teaching strategies were adapted and developed.

A Model Third Grade Science Curriculum For Use In A Magnet School, Tracy E. Schroder

All Graduate Projects

The purpose of this project was to design and develop a model third grade magnet school science curriculum that would give students an opportunity for hands-on, experiential learning. To accomplish this purpose, current research and literature on magnet schools, magnet science curricula, elementary science curricula, experiential learning and multiple intelligences were reviewed. Additionally, information and materials from selected magnet elementary schools around the Yakima Valley were obtained and analyzed. Finally, student learning objectives, performance criteria, learning activities, teaching strategies and instructional materials were adapted and developed.

An Outcome-Based Curriculum Design For Seventh Grade Earth Science, Jeffrey Scott Fields

All Graduate Projects

This project presents a curriculum design to be used for the seventh grade Earth Science course taught at Centerville School. The curriculum was created by modifying the district's student learning objectives into outcome-based objectives, lessons and units. This project was designed with the intent of enhancing the teaching of earth science and aiding other teachers in the district by giving them a possible model for their own curricula comparison and adoptions. The curriculum design was successful in meeting these intentions.

Thematic Approach To Teaching Science In Kindergarten For Use With First And Second Language Students, Gerene Marie Sadberry

All Graduate Projects

Thematic Science units were established for the Wapato kindergarten in both Spanish and English. Approximately three hundred students are participants in the program for which this curriculum was designed. This study suggests how selected science objectives may be implemented using the thematic approach. Each theme contains a media resource list of Items available from the Wapato Primary Media Center and suggested activities which will help to integrate the science unit with other subject areas. The Intent of the curriculum design ls that children learn language and science naturally when they are developed in a meaningful context.

The Enhancement Of Earth Science Laboratories And Activities Through Inquiry, Discovery And Hands-On Methods, Diane Hinchliff Hesse

All Graduate Projects

The central objective of this project is to enhance the middle school eighthgrade Earth Science curriculum by developing or adapting existing laboratory activities to model hands-on, inquiry, and discovery learning methods. These laboratory activities are designed to encourage independent student-centered learning as opposed to teacher-centered and directed activities.

The project also explored the nature of the science laboratory as it exists in classrooms today and how it can be improved through an understanding of the nature and process of science.