1) The document outlines a professional development plan for teachers at Booker Junior High/High School to improve their technology skills and integration of technology into lessons.
2) The plan includes an initial needs assessment where teachers evaluate their skills with various programs. It also includes individualized, small group, and online training throughout the year.
3) Progress will be evaluated through lesson plans, observations, student performance on assessments, and teachers re-evaluating their skills at the end of each semester. The overall goal is to help teachers become proficient in using available technology.
This document outlines a technology action plan and professional development plan for a school. The plan includes conducting a needs assessment to determine individual training needs for teachers. Teachers will evaluate their skills with various programs and equipment. Universal training needs will also be identified. The plan provides for whole group, individual, small group and online professional development opportunities. Teachers will set professional development goals and track their progress. Student performance data will be used to evaluate the effectiveness of integrating technology into teaching.
This document outlines a professional development plan to improve technology integration in classrooms. It includes:
1. An organizational chart that defines the roles of stakeholders like the Superintendent, Associate Superintendent, and Principal in technology implementation.
2. Details of a professional development session for 3rd-5th grade teachers focused on setting up blogs to improve student performance. The session will introduce blogging, discuss appropriate blog content, and help teachers set up their own classroom blogs.
3. A goal and objective to improve technology use in classrooms based on data showing current low levels from the Texas Star Chart, with the hope that forced blog implementation will raise scores the next year.
The document outlines two models of professional development stages for teachers integrating new technologies:
1) A five stage model including entry, adoption, adaptation, appropriation, and invention stages.
2) A seven stage model including awareness, informational, personal, management, consequence, collaboration, and refocusing stages. Both models progress from initial uncertainty to skilled, integrated use focused on student learning.
The plan outlines 4 goals for professional development to help teachers integrate technology into the classroom to meet student needs: 1) Teachers will learn to use technology for learning; 2) Address needs of all learners with technology; 3) Create a community of learners using technology; 4) Engage students in using technology to explore important issues. Each goal includes objectives, activities, responsibilities, and evaluations to ensure technology training is effective and improves student achievement.
The document outlines a proposal for an ICT-enabled professional development program for school staff. A team of 4 people (A, B, C, and D) will design and deliver the program. It will be customized to the skill requirements of staff and aligned with the school's policy and vision. The program will involve identifying required skills, assessing prior knowledge, developing learner profiles, providing brain-aligned interventions, formative assessments, application of learning, peer assessment, redesign, and evaluation. The roles of the team members are also outlined.
Educational software was first used as a tutoring tool in the 1960s-1970s and has since evolved to incorporate drill and practice, tutorials, simulations, games, and problem solving. Today's instructional software uses both objectivist and constructivist learning concepts. It is a valuable tool for students of all ages but should not replace teachers - it is best used to supplement classroom instruction. Different types of educational software include drills and practice, tutorials, simulations, games, and problem solving software.
The document provides an overview of a 5-day teacher training workshop on implementing e-learning. It discusses instructional design principles and models, e-learning modalities, open source software, building an online learning platform, and evaluating online content. The objectives are to define common terms and processes for e-learning, build understanding of instructional design, and guide teachers in designing an online course web board and publishing web pages.
1) The document describes a quality assurance process used for online course development at 7 African universities. It involved workshops on online course design, internal peer review, external review using a quality rubric, course revision, and review validation.
2) Successes included reviewers finding basic elements present in courses and developers feeling the process improved quality. Challenges included developers not seeing criteria beforehand and insufficient time to address feedback.
3) Outcomes included recommendations to enhance institutional quality assurance systems and making some courses open educational resources. The process aimed to build capacity for high-quality online course design and delivery.
Integrating technology into instruction means using learning technologies to introduce, reinforce, supplement, and extend skills, not just using computers. True integration requires a change in how classes are traditionally conducted that improves instruction to a higher level not possible without technology. It involves teachers planning how and when technology fits into the teaching and learning process, setting instructional strategies to address specific issues, and using technology to provide opportunities to respond to these issues.
The document discusses pedagogical concerns for using computers in the classroom. It addresses the role of computers as virtual teachers to promote autonomous learning. Teachers see computers as complementary tools rather than replacements. Software programs have been created to help guide teachers and provide comprehensive language teaching without human intervention, however computers are still limited and cannot fully replace teachers. The level of student trust depends on the instructional model used in software.
Teacher Work from Home with Learning Management SystemJohn Macasio
Ìý
The document discusses online distance learning and the use of digital tools for teaching and learning tasks. It provides an overview of using a learning management system like EasyClass or Facebook to create an online classroom. Teachers can post lesson guides, assignments, discussions and quizzes. The document also outlines various digital tools for communication, file storage, meetings, and creating learning content. These tools include Gmail, Google Drive, Zoom, and LibreOffice. Websites for subject learning helpers and online libraries are also listed.
The document outlines the process of developing a prototype instructional resource to demonstrate how to design a reading activity for language learners. It begins by explaining the benefits of prototyping instructional resources before finalizing them. It then describes the author's action plan to create a video or slideshow showing the steps to design a reading activity. The proposed prototype includes an introduction, script, choice of media/software, editing the parts together, publication, and embedding in a learning management system. Potential challenges are developing the media themselves if assistance is unavailable and students having trouble viewing embedded media. The author explains they will create the media independently if needed and host it externally to ensure students can view it.
The document outlines the technology flow chart and responsibilities of various roles in Cleburne ISD, including the board of trustees, superintendent, director of technology, principals, teachers, and others. It then describes two professional development activities for faculty and staff on integrating technology into the classroom: one focusing on tools like PowerPoint and the other on using blogs. Evaluation surveys will be used to assess the effectiveness of these activities in promoting student success and technology integration.
Ed.tech.ii chapter 6 (instructional software for classroom use)Chano Alfornon
Ìý
The document discusses six types of instructional software: drill and practice, tutorial, simulation, instructional games, problem-solving, and software support tools. Each type is defined and guidelines for selecting, benefits, and limitations are provided. Drill and practice software allows practice and feedback, tutorial software acts like a tutor, simulation models systems, games add competition, problem-solving teaches problem-solving skills, and support tools improve efficiency. The document provides information on choosing and using different types of educational software in the classroom.
"Readiness" for an online distance learning communicates with clarity, coherence, completeness, and with consistency the essential requirements to plan-do-check-act the end-result of an agreed learner learning plan.
We share the free to use training presentation on online distance learning "readiness assessment.
We determine and describe the basic "questions of understanding" and "model of capability" that make it simple, easy, and doable to act the learning and teaching tasks with the Internet of education.
Instructional software is computer programs designed to deliver instruction or support instruction on a topic. It is used as an aid to enhance student learning. There are several types of instructional software including drill and practice software to review content, tutorial software to present information, simulations to visualize concepts, instructional games to make learning fun, and problem-solving software to develop problem-solving skills. Examples provided include sight word and math fact practice apps, phonics tutorials, a weather simulation, and educational games.
This professional development lesson plan teaches teachers how to use Aurasma, an augmented reality app. In a 30-minute session, teachers will learn the basics of Aurasma, how to create an account and their first Aurasma. They will view an introductory video on using Aurasma in the classroom. Teachers will then go through the process step-by-step, with modeling and practice time, to create their own Aurasma. They will complete a self-reflection on their learning to integrate this knowledge into their classrooms. The goal is for teachers to understand how Aurasma can provide enrichment and extension for their students.
This document discusses different types of instructional software and their functions. It defines instructional software as computer programs designed to deliver instruction or assist with instruction on a topic. The main types discussed are drill and practice, tutorial, simulation, instructional games, and problem-solving. Each type is defined and its relative advantages, uses, and benefits are outlined. Examples of software are provided for each type.
This document provides an overview of a teaching workshop on using Google Apps to facilitate collaboration and engage students. The syllabus outlines that participants will learn how to create presentations and documents, embed content, and collaborate using Google Apps. As a homework assignment, participants are asked to create a presentation on their teaching assignment and curriculum using Google Apps features. An optional additional project involves designing a collaborative student activity using Google Apps and inviting the instructor to view it. The document notes that participants can earn professional development credits by attending workshops and completing assignments.
Basic concepts on integrating technology in instructionDado Dado
Ìý
The document discusses exemplary technology integration in classrooms. It describes how technology should be woven into teaching patterns, not just used for rest periods or solely to teach computer skills. It also discusses helping teachers effectively integrate technology by learning the basics, using technology to support instruction, integrating new tools, and focusing on cooperative projects with technology as one of many tools. Technology integration takes time and progresses from basic to more complex uses as teachers advance in their skills.
The document discusses different categories of instructional software including drill and practice software. Drill and practice software allows users to practice solving problems with examples and receives feedback on answers. Examples provided are flashcards, branching drills, and activities with extensive feedback. Benefits of drill and practice software include opportunities for repetitive rehearsal to improve long term memory, immediate feedback, motivation, and time savings for teachers. Websites listed provide math and writing practice programs as examples.
This document debunks 10 common myths about e-learning. It discusses that e-learning requires teachers to develop new skills in instructional design, technology literacy, and communication. It also requires students to be self-directed, motivated learners with access to technology. Simply adding an online component does not instantly improve learning - instructional design is key. E-learning has potential benefits if implemented properly, such as increasing engagement, allowing students to learn at their own pace, and enabling teacher-student collaboration through discussion forums and sharing of materials. However, e-learning does not reduce teacher workload or replace the need for teachers. Good e-learning involves redesigning classroom courses and active facilitation from instructors.
The technology staff development plan aims to expand technology training and use among campus staff. Principals will receive training in online tools like Moodle and Web 2.0 to improve communication. All campus staff will get Moodle training to create online profiles sharing information with students, parents, and each other. Teachers will host technology training for colleagues to share best practices. Progress will be evaluated through principal blog posts and online pages, teacher reports on technology used, and classroom observations by principals.
The document discusses e-learning initiatives in 2011, including greater staff buy-in for e-workshops and use of digital tools like class cameras and blogs in maths inquiry teaching. Goals for 2011 included revising the inquiry model, improving collective understanding and outcomes of inquiry, and incorporating more visual and digital elements into classrooms, planning, and teaching. It also notes a desire to teach others and learn skills like adding pictures to blogs, making PowerPoint resources, and creating tables in Word.
The workshop is an introduction to the Intel® Teach Essentials course on how to integrate ICT into existing classroom curricula to promote learning. The workshop is a blend of various hands-on-activities combined with a PowerPoint presentation to introduce various aspects of the course
The document describes a proposed 1.5 day workshop for 10 elementary teachers to educate them in project-based lessons and move them to a higher level of technology integration. The workshop would cover topics like PBL pedagogy and applications across disciplines. Activities would give teachers hands-on experience with projects and viewing student projects. Learning would be measured through pre/post assessments and observation of teachers' implemented projects. The goal is to help students develop 21st century skills through exploring real-world problems, and for teachers to learn how PBL supports differentiating instruction and integrating technology into the curriculum.
The workshop is designed to educate 10 elementary teachers in project based lessons over 1.5 days. It will cover topics such as the principles of project based learning, applying it across disciplines, integrating standards, differentiated instruction, and the role of technology. Teachers will participate in hands-on activities, view student project videos, and create their own projects. Learning will be measured through pre and post assessments, observation of teachers implementing lessons, and evaluations during and after the workshop. The goal is for teachers to adopt project based approaches and for students to improve skills like critical thinking.
1) The document describes a quality assurance process used for online course development at 7 African universities. It involved workshops on online course design, internal peer review, external review using a quality rubric, course revision, and review validation.
2) Successes included reviewers finding basic elements present in courses and developers feeling the process improved quality. Challenges included developers not seeing criteria beforehand and insufficient time to address feedback.
3) Outcomes included recommendations to enhance institutional quality assurance systems and making some courses open educational resources. The process aimed to build capacity for high-quality online course design and delivery.
Integrating technology into instruction means using learning technologies to introduce, reinforce, supplement, and extend skills, not just using computers. True integration requires a change in how classes are traditionally conducted that improves instruction to a higher level not possible without technology. It involves teachers planning how and when technology fits into the teaching and learning process, setting instructional strategies to address specific issues, and using technology to provide opportunities to respond to these issues.
The document discusses pedagogical concerns for using computers in the classroom. It addresses the role of computers as virtual teachers to promote autonomous learning. Teachers see computers as complementary tools rather than replacements. Software programs have been created to help guide teachers and provide comprehensive language teaching without human intervention, however computers are still limited and cannot fully replace teachers. The level of student trust depends on the instructional model used in software.
Teacher Work from Home with Learning Management SystemJohn Macasio
Ìý
The document discusses online distance learning and the use of digital tools for teaching and learning tasks. It provides an overview of using a learning management system like EasyClass or Facebook to create an online classroom. Teachers can post lesson guides, assignments, discussions and quizzes. The document also outlines various digital tools for communication, file storage, meetings, and creating learning content. These tools include Gmail, Google Drive, Zoom, and LibreOffice. Websites for subject learning helpers and online libraries are also listed.
The document outlines the process of developing a prototype instructional resource to demonstrate how to design a reading activity for language learners. It begins by explaining the benefits of prototyping instructional resources before finalizing them. It then describes the author's action plan to create a video or slideshow showing the steps to design a reading activity. The proposed prototype includes an introduction, script, choice of media/software, editing the parts together, publication, and embedding in a learning management system. Potential challenges are developing the media themselves if assistance is unavailable and students having trouble viewing embedded media. The author explains they will create the media independently if needed and host it externally to ensure students can view it.
The document outlines the technology flow chart and responsibilities of various roles in Cleburne ISD, including the board of trustees, superintendent, director of technology, principals, teachers, and others. It then describes two professional development activities for faculty and staff on integrating technology into the classroom: one focusing on tools like PowerPoint and the other on using blogs. Evaluation surveys will be used to assess the effectiveness of these activities in promoting student success and technology integration.
Ed.tech.ii chapter 6 (instructional software for classroom use)Chano Alfornon
Ìý
The document discusses six types of instructional software: drill and practice, tutorial, simulation, instructional games, problem-solving, and software support tools. Each type is defined and guidelines for selecting, benefits, and limitations are provided. Drill and practice software allows practice and feedback, tutorial software acts like a tutor, simulation models systems, games add competition, problem-solving teaches problem-solving skills, and support tools improve efficiency. The document provides information on choosing and using different types of educational software in the classroom.
"Readiness" for an online distance learning communicates with clarity, coherence, completeness, and with consistency the essential requirements to plan-do-check-act the end-result of an agreed learner learning plan.
We share the free to use training presentation on online distance learning "readiness assessment.
We determine and describe the basic "questions of understanding" and "model of capability" that make it simple, easy, and doable to act the learning and teaching tasks with the Internet of education.
Instructional software is computer programs designed to deliver instruction or support instruction on a topic. It is used as an aid to enhance student learning. There are several types of instructional software including drill and practice software to review content, tutorial software to present information, simulations to visualize concepts, instructional games to make learning fun, and problem-solving software to develop problem-solving skills. Examples provided include sight word and math fact practice apps, phonics tutorials, a weather simulation, and educational games.
This professional development lesson plan teaches teachers how to use Aurasma, an augmented reality app. In a 30-minute session, teachers will learn the basics of Aurasma, how to create an account and their first Aurasma. They will view an introductory video on using Aurasma in the classroom. Teachers will then go through the process step-by-step, with modeling and practice time, to create their own Aurasma. They will complete a self-reflection on their learning to integrate this knowledge into their classrooms. The goal is for teachers to understand how Aurasma can provide enrichment and extension for their students.
This document discusses different types of instructional software and their functions. It defines instructional software as computer programs designed to deliver instruction or assist with instruction on a topic. The main types discussed are drill and practice, tutorial, simulation, instructional games, and problem-solving. Each type is defined and its relative advantages, uses, and benefits are outlined. Examples of software are provided for each type.
This document provides an overview of a teaching workshop on using Google Apps to facilitate collaboration and engage students. The syllabus outlines that participants will learn how to create presentations and documents, embed content, and collaborate using Google Apps. As a homework assignment, participants are asked to create a presentation on their teaching assignment and curriculum using Google Apps features. An optional additional project involves designing a collaborative student activity using Google Apps and inviting the instructor to view it. The document notes that participants can earn professional development credits by attending workshops and completing assignments.
Basic concepts on integrating technology in instructionDado Dado
Ìý
The document discusses exemplary technology integration in classrooms. It describes how technology should be woven into teaching patterns, not just used for rest periods or solely to teach computer skills. It also discusses helping teachers effectively integrate technology by learning the basics, using technology to support instruction, integrating new tools, and focusing on cooperative projects with technology as one of many tools. Technology integration takes time and progresses from basic to more complex uses as teachers advance in their skills.
The document discusses different categories of instructional software including drill and practice software. Drill and practice software allows users to practice solving problems with examples and receives feedback on answers. Examples provided are flashcards, branching drills, and activities with extensive feedback. Benefits of drill and practice software include opportunities for repetitive rehearsal to improve long term memory, immediate feedback, motivation, and time savings for teachers. Websites listed provide math and writing practice programs as examples.
This document debunks 10 common myths about e-learning. It discusses that e-learning requires teachers to develop new skills in instructional design, technology literacy, and communication. It also requires students to be self-directed, motivated learners with access to technology. Simply adding an online component does not instantly improve learning - instructional design is key. E-learning has potential benefits if implemented properly, such as increasing engagement, allowing students to learn at their own pace, and enabling teacher-student collaboration through discussion forums and sharing of materials. However, e-learning does not reduce teacher workload or replace the need for teachers. Good e-learning involves redesigning classroom courses and active facilitation from instructors.
The technology staff development plan aims to expand technology training and use among campus staff. Principals will receive training in online tools like Moodle and Web 2.0 to improve communication. All campus staff will get Moodle training to create online profiles sharing information with students, parents, and each other. Teachers will host technology training for colleagues to share best practices. Progress will be evaluated through principal blog posts and online pages, teacher reports on technology used, and classroom observations by principals.
The document discusses e-learning initiatives in 2011, including greater staff buy-in for e-workshops and use of digital tools like class cameras and blogs in maths inquiry teaching. Goals for 2011 included revising the inquiry model, improving collective understanding and outcomes of inquiry, and incorporating more visual and digital elements into classrooms, planning, and teaching. It also notes a desire to teach others and learn skills like adding pictures to blogs, making PowerPoint resources, and creating tables in Word.
The workshop is an introduction to the Intel® Teach Essentials course on how to integrate ICT into existing classroom curricula to promote learning. The workshop is a blend of various hands-on-activities combined with a PowerPoint presentation to introduce various aspects of the course
The document describes a proposed 1.5 day workshop for 10 elementary teachers to educate them in project-based lessons and move them to a higher level of technology integration. The workshop would cover topics like PBL pedagogy and applications across disciplines. Activities would give teachers hands-on experience with projects and viewing student projects. Learning would be measured through pre/post assessments and observation of teachers' implemented projects. The goal is to help students develop 21st century skills through exploring real-world problems, and for teachers to learn how PBL supports differentiating instruction and integrating technology into the curriculum.
The workshop is designed to educate 10 elementary teachers in project based lessons over 1.5 days. It will cover topics such as the principles of project based learning, applying it across disciplines, integrating standards, differentiated instruction, and the role of technology. Teachers will participate in hands-on activities, view student project videos, and create their own projects. Learning will be measured through pre and post assessments, observation of teachers implementing lessons, and evaluations during and after the workshop. The goal is for teachers to adopt project based approaches and for students to improve skills like critical thinking.
This document outlines a staff development proposal for teachers to learn how to integrate technology and meet state standards. It proposes a teacher institute day with breakout groups to learn tools like Prezi, Google Earth, and iMovie. The goals are for teachers to understand standards, create a technology-based lesson, and learn to use new apps. Assessments include evaluating lessons and teacher feedback. The budget outlines costs for standards books and materials. The conclusion states the goals are to prepare students for success by incorporating new skills and tools.
This document provides an overview and goals of the 2009-2012 NCLB Title II Part D Competitive Grants program between Districts 27 and 29. The program aims to improve student achievement in English Language Arts through enhancing teachers' abilities to effectively integrate technology into instruction. Teachers will receive professional development to develop project-based lessons incorporating technology. Students will improve writing and complete multimedia projects. The program will be evaluated through surveys, observations, interviews and requested data.
This document outlines an online course for teachers on integrating technology into the classroom curriculum. The goal is to help teachers learn why, when, and how to effectively incorporate technology beyond just basic instructions. The asynchronous course will take place over 7.5 weeks with lessons opening on Mondays and closing on Sundays. Teachers will examine their beliefs about integrating technology and receive training on a "Spiral Model." The course will require approximately 18 hours per week of work and provide credits for continuing education. Teachers will discuss reasons for and ways to integrate technology, as well as when they use technology, through an initial discussion activity. Their posts will be evaluated based on a provided rubric. The document outlines various course policies on technology requirements, communication
21st Century School Presentation - Acorn High SchoolLisa Nielsen
Ìý
This document outlines the vision and plans for integrating technology at ACORN High School for Social Justice Technology. It begins with the goals of preparing students and teachers to use technology, and creating a 21st century classroom environment. An action plan is then described to fix existing technology issues, provide teachers with laptops and training, and establish technology support for teachers and students. Implementation details are provided on software and technologies that have been adopted, and future plans include expanding laptop and Smartboard access, online parent resources, and distance learning opportunities.
The document outlines a technology action plan for River Oaks Elementary School with the goals of enhancing curriculum and instruction through improved use of data and technology. The plan consists of 7 steps over the course of the school year: 1) Reviewing data reports to understand technology needs, 2) Exploring new technology tools and applications, 3) Setting individual professional development goals, 4) Creating teacher/team blogs, 5) Implementing the Renzulli Learning program, 6) Integrating technology into lesson planning, and 7) Using technology to support differentiated instruction. Staff development and evaluation activities are included for each step.
This document provides an overview of electronic portfolios (e-portfolios). It defines an e-portfolio as a digital collection of work and achievements that can be used for assessment, development and showcase purposes. The document outlines key features of e-portfolios like multimedia capabilities and the development of computer skills. It also discusses types of e-portfolios, components that should be included, benefits and potential drawbacks. The conclusion states that while promising, e-portfolios have not yet become mainstream but institutions are recognizing their value as assessment tools that encourage self-study.
Blended Learning in the Math Classroom: Leveraging Professional Development t...DreamBox Learning
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Common misconceptions around what adaptive technology can do for teachers in their classrooms
How to best leverage professional development while blending your classrooms/schools
Steps to selecting the best digital curricula that will support your goals
Google Classroom is a free online tool that allows teachers to distribute assignments, provide feedback, and communicate with students paperlessly. Teachers can create classes, share assignments, and students can turn work in digitally. All activity, including assignments, feedback, and communication, is organized within the class. It integrates with Google Docs, Drive, and Gmail to create an easy paperless workflow for teachers and students.
Students will complete language arts assignments by working collaboratively in groups on wikis. They will discuss questions, vocabulary, quizzes and tests and create a final book project on their wiki. In the second lesson, students will create a PowerPoint presentation using the work they created on their wiki to share with peers. While this incorporates technology, collaboration, and life skills, some students may lack access to technology at home, requiring more time in the computer lab.
Students will complete language arts assignments by working collaboratively in groups on wikis. They will discuss questions, vocabulary, quizzes and tests and create a final book project on their wiki. In the second lesson, students will create a PowerPoint presentation using the work they created on their wiki to share with peers. While this incorporates technology, collaboration, and reinforces language arts skills, drawbacks include not all students having access to technology at home and potential for technical difficulties. The teacher will provide instruction and support for using the various technologies.
Students will complete language arts assignments by working collaboratively in groups on wikis. They will discuss questions, vocabulary, quizzes and tests and create a final book project on their wiki. In the second lesson, students will create a PowerPoint presentation using the work they created on their wiki to share with peers. While this incorporates technology, collaboration, and life skills, some students may lack access to technology at home, requiring more time in the computer lab.
The Intel Teach Program Essentials Course aims to help teachers integrate technology into their curriculum to improve student learning through project-based and student-centered approaches. Over the course of 32 hours of classroom training and 16 hours of planning activities, teachers learn how to incorporate technology tools and resources into their curriculum. They develop a technology-rich unit portfolio to raise the level of excellence in their classroom and meet 21st century learning objectives. The curriculum covers topics such as project-based learning, online resources, formative assessment, and facilitating student-centered learning with technology.
The Intel Teach Program Essentials Course aims to help teachers integrate technology into their curriculum to improve student learning through project-based and student-centered approaches. Over the course of 32 hours of classroom training and 16 hours of planning activities, teachers learn how to incorporate technology tools and resources into their curriculum. They create a technology-rich unit portfolio ready to use in their classrooms to develop students' 21st century skills. The course modules cover topics such as project-based learning, online resources, assessment, and facilitation with a focus on hands-on, practical application.
The technology plan outlines goals to provide foreign language teachers at the Command and General Staff School training on classroom technology like Smartboards, SharePoint, and Blackboard. The plan's objectives are to have 100% of teachers trained in these technologies by October 2013 and utilizing them in 100% of lessons by the following year. Progress will be evaluated twice a year through training assessments and classroom observations.
The technology plan outlines goals to provide foreign language teachers at the Command and General Staff School training on classroom technology like Smartboards, SharePoint, and Blackboard. The plan's objectives are to have 100% of teachers trained and using these tools in their lessons by October 2013, with evaluations conducted after training and in June 2013 to assess progress.
Week 7: Designing assessments and presentations of learningjonathan Dietz
Ìý
This document discusses module 7 objectives related to designing assessments and presentations of learning. It covers various assessment types including baseline, formative, and summative assessments. It also discusses implementing student-created assessments and physical and online presentations of learning. The document provides principles and characteristics for classroom assessment and reflection, and readings related to student-designed assessments and presentations. It outlines practical applications, assessment types, and videos demonstrating presentations of learning. Assignments include discussions on traditional assessments in project-based learning and creating a video to promote a unit.
The document summarizes a grant program called Leadership Innovation for Education (LIFE) that aims to improve student academic performance in core subjects through effective technology use. It provides details on professional development for educators, including workshops, online courses, and coaching/mentoring. It also outlines goals of developing student e-portfolios and online courses. Evaluation of the program will include surveys, observations, interviews and assessments of technology/literacy skills and student e-portfolios.
This presentation provides an overview of various study skills and techniques. It discusses active learning, managing test anxiety, balancing school with other commitments, time management, effective study habits, prioritizing tasks, using memorization techniques like acronyms, studying with notecards, deciding between library and internet resources, avoiding procrastination, and concludes by noting there are many aspects of studying students can explore to develop their own effective study habits.
A collaborative project to explore different types of study skills methods. The presentation was created in Google Drive and then shared with the class for uploading to ºÝºÝߣshare.
A working white paper of the topics, ideas, and challenges of working in a digital economy. This document was created from the notes taken during the CRR Un-Conference at The Ohio State University.
Visual metaphors of instructional design 503Steven Poast
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1) The document provides an overview of the history and evolution of instructional design from its origins in WWII training through modern applications of technology in education.
2) Key instructional design models are summarized, including ADDIE, Dick and Carey, and Smith and Ragan, outlining their approaches and contributions to the field.
3) Learning theories underlying instructional design such as behaviorism, constructivism, and information processing theory are briefly introduced along with example images linking the theories to practical applications.
Impact of technology on teaching and learningSteven Poast
Ìý
The document discusses the impact of technology on teaching and learning. It reviews how technology benefits student performance and engagement in both traditional and online classrooms. It explores how software programs and online learning help meet the needs of different learning styles. The document also examines how technology allows for more accessible education and helps develop 21st century skills. It concludes by looking at future innovations and the importance of integrating technology into education standards.
Evaluation report of beginner triathlete online training programSteven Poast
Ìý
The document evaluates an athlete's progress after three weeks of training using the Beginnertriathlete.com Half-Ironman training program. Data from the athlete's training log and two race results shows improvements in running time but decreases in biking and swimming times. While the overall finish time improved, the shorter swim distance means the athlete is not fully prepared for a half-Ironman and recommendations are made to focus on open water swimming.
Podcasting for middle and high school teachersSteven Poast
Ìý
This instructor guide provides an overview for a 3-hour professional development course to teach middle and high school teachers how to create podcasts using Audacity software. The course will begin with an introduction that outlines the purpose and goals. Teachers will then brainstorm podcast topic ideas. The guide outlines the steps to plan, produce, publish and promote a podcast. It includes presenting information and examples on planning a podcast format and run-down. Teachers will work in groups to create a 5-10 minute podcast using content from their classrooms. Their finished podcasts will be published on their classroom websites.
Podcasting for middle and high school teachersSteven Poast
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Creating E-Portfolios using Google Docs
1. South Harmon SD Technology WorkshopCreating E-Portfolios using Google Docs Steven PoastEDTECH 554
2. Professional Development Background South Harmon SD is in the beginning phases of implementing an E-Portfolio program for all middle and high school students. Through their research the administration has been advised to begin this process with a small group of teachers from each building. These teachers will serve as faculty mentors for all middle and high school teachers in later phases of the e-portfolio program. This group of teachers will learn the necessary methods, and technical skills needed to effectively develop electronic artifacts, digital images of work, and reflective writing of student learning, all vital for a successful e-portfolio.
3. Learner Background Technology use surveys were given to all South Harmon teachers during the spring of the previous school year. The teachers selected for this PD workshop have demonstrated Tier 1 and 2 levels of technology integration in their classrooms. These teachers have stated a familiarity with Microsoft Office applications PowerPoint, Word, and Excel in either personal or professional use. Each teacher has indicated an ability to use the internet along with a desire to learn how to implement technology into their classrooms in a manner that will enhance student learning. By participating in this workshop these teachers have also agreed to serve as mentor teachers in their respective schools. They will provide support to other teachers in their buildings who are not at Tier 1 or 2 technology levels.
4. Objectives In this workshop learners will:Use Google Docs to enhance lesson plansCreate their own professional E-Portfolio using Google DocsDevelop lessons to introduce and implement E-Portfolios into their classroomDevelop procedures and time-line for continued integration of E-Portfolios by all teachers in the South Harmon SD, which will be implemented into the District Improvement Plan.Plan school and district meetings to review workshop materials, provide peer-feedback, and brainstorm new ideas to enhance student learning through technology
5. Workshop InformationLocation - School District’s largest computer/media lab; alternative - set up meeting room location within a building and either bring computers in (laptops) or allow learners to go to classrooms to practice skillsDate/Time - 2 day workshop will take place just prior to the beginning of the school year. Arrangements will have been made in advance to those participating as well as those hosting the professional development.Artifacts - Learners will be expected to bring professional artifacts in digital form to use in creating their E-Portfolio and a selection of lesson plans (including plans for the upcoming year) for the technology enhancement activity
6. Agenda - Day 1Introduction - 30 minutesWhat are Web 2.0 tools? Google Docs?What are E-Portfolios?How can they enhance student learning?How does this apply to South Harmon’s Vision Statement?Review workshop agendaAM Session (3 hours) - Google Docs Presentation and exploration by learnersAccess Google DocsExplore Documents - Create document for classroom useExplore Presentations - Create a 3-4 slide presentation for classroom useExplore Spreadsheets - Create a spreadsheet for classroom use
7. Agenda - Day 1PM Session (3 hours) - Enhance Lessons with Google DocsReview morning presentationQuestion: What ways can Google Docs be used to enhance student learning?Provide samples of: Enhanced lessons, Enhancement Checklist, and RubricLearners will work with partners (by grade and/or subject) to develop two enhanced lessons (1 previous lesson and 1 future lesson)Reminder of homework for Learners (communicated prior to workshop)Bring in samples of professional work to put into your E-PortfolioPictures, Lesson plans, articles published, etc.
8. Agenda - Day 2AM Session (3 hours) - Creating E-PortfoliosReview of Day 1Question: How can E-Portfolios help you become a better teacher?Provide samples of E-Portfolios for learners to model- Learners create E-PortfoliosUsing artifacts saved either to school server or on flash driveAccess Google Docs, utilizing the Documentation, Presentation, and Spreadsheet applicationsLearners should include 4-5 artifacts in their E-PortfolioLearners will write an initial reflection piece for 1-2 artifacts in their portfolioThis will serve as a starting point for their professional E-PortfolioNew artifacts will be added throughout the year and an updated version will be presented at mid-year and end-of-year meetings.
9. Agenda - Day 2PM Session (3 hours) - Developing E-Portfolio lesson plans for studentsSelected learners (instructor’s discretion) will present their E-PortfoliosSharing of ideas to improve and enhance professional E-PortfoliosLearners will work with partners (by grade and/or subject) to develop an E-Portfolio unit for their studentsFuture Planning and ConclusionEstablish contact persons for each schoolDevelop procedures and time-line for continued integration of E-Portfolios by all teachers in the South Harmon SD, which will be implemented into the District Improvement Plan.Set meeting times (school and district) to share progress, evaluate lessons, and brainstorm ideas throughout the yearComplete E-Portfolio learner survey
10. Impact on Student Learning Students will be able to engage in content by creating artifacts for their E-PortfolioStudents will learn to develop critical thinking skills through reflective writing about their artifacts and how they have grown in their learning.
11. Improve Teacher EffectivenessGoogle Docs provides a means to present information for students to view both in and out of the classroom. Therefore extending time for learning.Increase ability to gain student attention and engagement through technology enhanced projectsProvides teachers opportunity to reflect on their own work as well as student progress
12. Taking skills to the classroomOne future lesson enhancing technology will be developed during the workshopTeachers will be meeting periodically to discuss how skills are being used and brainstorm new ideas to better utilize these skillsTeachers will serve as mentors for other teachers in their respective buildings, helping them to utilize Google Docs to enhance lessons
13. Differentiating LearningGoogle Docs provides different platforms for presentationTeachers can use Google Docs to help adjust how content is taught and how content is processed and presented by the students
14. Measuring Teacher LearningProgress of professional E-PortfoliosEvidence of new applications within the classroomStudent use of Google Docs and E-Portfolios
15. Measuring Student LearningProgress in number of students using Google Docs in class workEvaluation of student E-Portfolios from beginning of school year to end of school yearStudent E-Portfolio satisfaction survey
16. Resources for Google Docs and E-PortfoliosGoogle.comGoogle Docs and Differentiated InstructionE-Portfolio Lesson PlanPD Guide for implementing E-PortfoliosE-Portfolio Rubric ideasTeacher Technology Survey