Sentences with phrase «support student access to technology»

Not exact matches

Haskayne's Information Technology (IT) group has highly trained and skilled individuals committed to supporting Haskayne faculty, staff and students» technology needs by providing access to information and technology Technology (IT) group has highly trained and skilled individuals committed to supporting Haskayne faculty, staff and students» technology needs by providing access to information and technology technology needs by providing access to information and technology technology resources.

«We're looking for extra support for these students, particularly technology assistance, but in terms of access to parents, I don't think there's ever been a chancellor or has done more.»

The broader access to modern technology and infrastructure enabled by these funds will support our work to ensure that all students have the tools and resources they need to excel in school and come to college ready.

Provide Access to Speech - to - Text Tools: Assistive technology accommodations can support students with dysgraphia in their classroom writing tasks in all grades.

The federal government has a critical investment role to play in 1) supporting the replication and scale - up of the best providers through its grant programs; 2) improving access to low - cost public facilities for charter schools through its own funds and by leveraging existing public - school space; 3) pushing states and local districts toward more equitable funding systems for all public school students, including those in charter schools; and 4) supporting efforts to create early - stage, innovative, and scalable models that incorporate greater uses of learning technology.

Eastwood imagines that over time these technologies would also know the different students based on their reading levels, numeracy, background knowledge, and other areas, such that it could provide access to the appropriate OER content to support that specific child in continuing her learning.

The promise of a personalized education system is enormous: we are witnessing an era when new school models and structures, often supported by technology, can tailor learning experiences to each student and allow students more choice in how they access and navigate those experiences.

Enquiry - based, problem - based and exploratory learning are all facilitated by the use of technology and students are increasingly supported by new technologies to take control of their learning through accessing resources, monitoring their progress and connecting with peers to gain feedback.

Having decided not only to allow consumer technology into the classroom, but also to encourage its widespread use by installing a wi - fi cloud in the school via a managed wireless solution so that students can access the internet on their handheld devices, the school had to ensure that all its staff were on board and could support the school's innovative approach.

They fear the possible end to traditional print books altogether, that too much control over our children's education will be in the hands of Apple, that outfitting each student with an iPad and requisite IT support will create additional financial burdens on school budgets, and that existing access gaps may be widened when some schools can not afford the technology.

This session will discuss why schools should embrace and create policies that support the use of student - owned devices as mobile learning devices to increase equitable access to technology, enhance the learning experience, and teach digital responsibility.

This analysis will include not only the speed of Internet access, the technical training of teachers, how many hours a day students have access to computers, and whether this technology is available to students with disabilities, but also whether «students have access to necessary technology outside of school and how school districts support students who do not have Internet access at home.»

These innovations include virtual courses for students (e.g., Virtual High School and Florida Virtual School); ubiquitous technology programs in which every student and teacher receives a laptop and every school has wireless access (e.g., in every public grade 7 and 8 classroom in Maine); technology used to support inquiry - based learning (e.g., the Missouri - based eMINTS program), and online courses and workshops for preservice and in - service teachers (e.g., the EDC EdTech Leaders Online program).

The report recommended that: policy makers ensure curriculum and assessments are aligned at state, district and local levels; districts survey teachers on test prep activities and keep those that are highly rated, while dropping those that aren't; districts expand access to technology so students can develop skills before taking tests and teachers can support them; and districts only use interim tests aimed at predicting performance on end - of - the - year tests, if teachers believe they are high - quality.

The report provides both national and state - by - state data and examines teacher and student access to instructional technology, teachers» efforts to integrate technology in mathematics instruction and assessment, student use of technology in mathematics learning, and the technology - related development and support that states provide to teachers.

Technology - based learning can help FE institutions provide a personalised learning experience to encourage registrations and retention through engaging course content and delivery, ensure a motivational learning experience and support flexible access that helps students manage their time.

Educational technology can be used to support school culture by providing parents, teachers, and students more opportunities for collaboration, easy access to in - the - moment data, and provide alternative ways to monitor progress toward individual student and school culture goals.

As the consumption - based model of technology integration transitions to a participatory approach and technology transitions from a tool for accessing information to a tool to (a) support student authoring and creativity, (b) facilitate collaboration, communication, and social learning, (c) allow for more efficient organization and accumulation of resources, (d) provide venues for student voices through publication and sharing, and (e) support student immersion in learning environments, educators also transition from «extending learning beyond what could be done without technology» (Mason et al., 2000) to «use technologies to promote effective student learning» (Hicks et al., 2014) In the revisioning of the first principle, the authors did a commendable job of affording increased value to range of tools, methods, content, abilities, and varied contexts of social studies classrooms.

With decreasing costs and increasing functionality, usability, and access, the potential of technology in the social studies classroom to support transformative and innovative instructional approaches and more meaningful and appropriate learning opportunities for students is greater than ever.

Over half of teachers in high - poverty schools, «agreed that the «lack of resources or access to digital technologies among students» is a challenge in their classrooms» and that its «results are strongest when the uses of technology... are combined with strategic teacher support...» (Darling - Hammond et al. 2014).

Complex technology projects, such as the development of a statewide educational network to ensure Michigan students have access to the bandwidth needed to support classroom initiatives; expanded use of online learning for students and educators and delivery of online assessments; broad - based technology purchasing strategies; and a host of other capacity - building efforts have been positively impacted by Luke Wittum's leadership and involvement.

The goal, ultimately, is to increasing student achievement through access to technology supported by broadband internet.

While teachers use technology to access and manipulate data, gather resources, and enhance instruction, teachers who support student - centered instruction fully understand that in the hands of their students, technology offers the potential to problem solve in a real - world context (Lajoie, 2000) and to construct knowledge through global interaction.

The Student Support and Academic Enrichment (SSAE) program is intended to increasing the capacity of local educational agencies, schools, and local communities to provide all students with access to a well - rounded education, improve school conditions for student learning, and enhance the use of technology in order to improve the academic achievement and digital literacy of all stStudent Support and Academic Enrichment (SSAE) program is intended to increasing the capacity of local educational agencies, schools, and local communities to provide all students with access to a well - rounded education, improve school conditions for student learning, and enhance the use of technology in order to improve the academic achievement and digital literacy of all ststudent learning, and enhance the use of technology in order to improve the academic achievement and digital literacy of all students.

Digital learning — Any instructional practice that uses technology to support student learning, including digital learning content (which may include openly licensed content, software or simulations); access to online databases and to primary source documents; online and computer - based formative and cumulative assessments; interactive collaborative environments which may allow student collaboration with content experts and peers; hybrid or blended learning; and fully online course opportunities.

For the promise of personalized learning to be realized, the following combination is needed: a rigorous digital curriculum, technology that enables access for all students, an implementation plan that provides professional learning and support for educators, and ongoing evaluation against program goals.

Impactful personalized learning requires: establishing a common vision; providing educators with professional learning opportunities to successfully implement personalized learning techniques and technologies; a qualified teacher to guide and support students; and access to high - quality digital curriculum that supports student learning.

Launched in 2011, Project Leadership and Investment for Transformation, or L.I.F.T., is a five - year initiative in nine low - performing schools in Charlotte, North Carolina.35 The project focuses on innovative strategies to provide students with extended learning time and increased access to technology while supporting community engagement and excellent teaching.36 Project L.I.F.T. worked with Public Impact — a nonprofit organization that works with school districts to create innovative school models — to design hybrid teacher - leader roles that «extend the reach» of high - performing teachers to more students.37 These «multi-classroom leaders» continue to teach while leading teams of teachers and assuming responsibility for the learning of all students taught by their team.38 For this advanced role, teachers earn supplements of up to $ 23,000 annually, funded sustainably by reallocating funds within current budgets.39

In the Youth Tekies project through IDRA's Parent Information Resource Center, IDRA is working closely with emerging student leaders, parent leaders, and community - and faith - based organizations in the Rio Grande Valley to support intergenerational access to technology and engagement in school reform.

Students with disabilities receive access through the delivery of resources and accommodations tailored to each student's individual abilities and needs, including assistive technologies and individualized support.

An NCTM (2008) statement on the role of technology in mathematics education asserted that «with guidance from effective mathematics teachers, students at different levels can use [technology] to support and extend mathematical reasoning and sense making, gain access to mathematical content and problem - solving contexts, and enhance computational fluency» (para. 1).

Establishes Florida Virtual Campus at the postsecondary level to provide access to online student & library support services & to serve as statewide resource & clearinghouse for technology - based public postsecondary education distance learning courses & degree programs.

Evidence supporting the third Project RED hypothesis: Continuous access to a computing device for every student leads to increased academic achievement and financial benefits, especially when technology is properly implemented.

Schools and districts must support students» reading skills and access to technology simultaneously as a student can not take full advantage of available digital resources without both digital literacy and the necessary technological tools and connections.

• Efficient and effective use of technology • Student engagement and voice in the educational process • Teachers as facilitators and mentors • Integrated learning experiences, including makerspaces, genius hour, project - based learning, and online instructional strategies • 24/7 access to learning • What career and college knowledge, skills and dispositions are critical • Transforming the learning environment beyond the walls of the classroom and the defined school day schedule • Competency based curriculum to support mastery learning

Instead, schools and districts must start to invest more in education technology, ensuring all students have access to the tools they need, while all teachers have the support and training necessary to confidently use new technologies in the classroom.

(1997) E652: Current Research in Post-School Transition Planning (2003) E586: Curriculum Access and Universal Design for Learning (1999) E626: Developing Social Competence for All Students (2002) E650: Diagnosing Communication Disorders in Culturally and Linguistically Diverse Students (2003) E608: Five Homework Strategies for Teaching Students with Disabilities (2001) E654: Five Strategies to Limit the Burdens of Paperwork (2003) E571: Functional Behavior Assessment and Behavior Intervention Plans (1998) E628: Helping Students with Disabilities Participate in Standards - Based Mathematics Curriculum (2002) E625: Helping Students with Disabilities Succeed in State and District Writing Assessments (2002) E597: Improving Post-School Outcomes for Students with Emotional and Behavioral Disorders (2000) E564: Including Students with Disabilities in Large - Scale Testing: Emerging Practices (1998) E568: Integrating Assistive Technology Into the Standard Curriculum (1998) E577: Learning Strategies (1999) E587: Paraeducators: Factors That Influence Their Performance, Development, and Supervision (1999) E735: Planning Accessible Conferences and Meetings (1994) E593: Planning Student - Directed Transitions to Adult Life (2000) E580: Positive Behavior Support and Functional Assessment (1999) E633: Promoting the Self - Determination of Students with Severe Disabilities (2002) E609: Public Charter Schools and Students with Disabilities (2001) E616: Research on Full - Service Schools and Students with Disabilities (2001) E563: School - Wide Behavioral Management Systems (1998) E632: Self - Determination and the Education of Students with Disabilities (2002) E585: Special Education in Alternative Education Programs (1999) E599: Strategic Processing of Text: Improving Reading Comprehension for Students with Learning Disabilities (2000) E638: Strategy Instruction (2002) E579: Student Groupings for Reading Instruction (1999) E621: Students with Disabilities in Correctional Facilities (2001) E627: Substance Abuse Prevention and Intervention for Students with Disabilities: A Call to Educators (2002) E642: Supporting Paraeducators: A Summary of Current Practices (2003) E647: Teaching Decision Making to Students with Learning Disabilities by Promoting Self - Determination (2003) E590: Teaching Expressive Writing To Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Limit the Burdens of Paperwork (2003) E571: Functional Behavior Assessment and Behavior Intervention Plans (1998) E628: Helping Students with Disabilities Participate in Standards - Based Mathematics Curriculum (2002) E625: Helping Students with Disabilities Succeed in State and District Writing Assessments (2002) E597: Improving Post-School Outcomes for Students with Emotional and Behavioral Disorders (2000) E564: Including Students with Disabilities in Large - Scale Testing: Emerging Practices (1998) E568: Integrating Assistive Technology Into the Standard Curriculum (1998) E577: Learning Strategies (1999) E587: Paraeducators: Factors That Influence Their Performance, Development, and Supervision (1999) E735: Planning Accessible Conferences and Meetings (1994) E593: Planning Student - Directed Transitions to Adult Life (2000) E580: Positive Behavior Support and Functional Assessment (1999) E633: Promoting the Self - Determination of Students with Severe Disabilities (2002) E609: Public Charter Schools and Students with Disabilities (2001) E616: Research on Full - Service Schools and Students with Disabilities (2001) E563: School - Wide Behavioral Management Systems (1998) E632: Self - Determination and the Education of Students with Disabilities (2002) E585: Special Education in Alternative Education Programs (1999) E599: Strategic Processing of Text: Improving Reading Comprehension for Students with Learning Disabilities (2000) E638: Strategy Instruction (2002) E579: Student Groupings for Reading Instruction (1999) E621: Students with Disabilities in Correctional Facilities (2001) E627: Substance Abuse Prevention and Intervention for Students with Disabilities: A Call to Educators (2002) E642: Supporting Paraeducators: A Summary of Current Practices (2003) E647: Teaching Decision Making to Students with Learning Disabilities by Promoting Self - Determination (2003) E590: Teaching Expressive Writing To Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Adult Life (2000) E580: Positive Behavior Support and Functional Assessment (1999) E633: Promoting the Self - Determination of Students with Severe Disabilities (2002) E609: Public Charter Schools and Students with Disabilities (2001) E616: Research on Full - Service Schools and Students with Disabilities (2001) E563: School - Wide Behavioral Management Systems (1998) E632: Self - Determination and the Education of Students with Disabilities (2002) E585: Special Education in Alternative Education Programs (1999) E599: Strategic Processing of Text: Improving Reading Comprehension for Students with Learning Disabilities (2000) E638: Strategy Instruction (2002) E579: Student Groupings for Reading Instruction (1999) E621: Students with Disabilities in Correctional Facilities (2001) E627: Substance Abuse Prevention and Intervention for Students with Disabilities: A Call to Educators (2002) E642: Supporting Paraeducators: A Summary of Current Practices (2003) E647: Teaching Decision Making to Students with Learning Disabilities by Promoting Self - Determination (2003) E590: Teaching Expressive Writing To Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Educators (2002) E642: Supporting Paraeducators: A Summary of Current Practices (2003) E647: Teaching Decision Making to Students with Learning Disabilities by Promoting Self - Determination (2003) E590: Teaching Expressive Writing To Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Students with Learning Disabilities by Promoting Self - Determination (2003) E590: Teaching Expressive Writing To Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About InclusioTo Students with Learning Disabilities (1999) E605: The Individualized Family Service Plan (IFSP)(2000) E592: The Link Between Functional Behavioral Assessments (FBAs) and Behavioral Intervention Plans (BIPs)(2000) E641: Universally Designed Instruction (2003) E639: Using Scaffolded Instruction to Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Optimize Learning (2002) E572: Violence and Aggression in Children and Youth (1998) E635: What Does a Principal Need to Know About Inclusioto Know About Inclusion?

«Ensuring each of our high school students has a Chromebook ensures that they have access to high - quality resources and information that support their learning,» said Instructional Technology Coordinator Rachel Gorton.

Technology supported student learning by giving them [students] access to first hand accounts in a variety of formats.

Title IV Part A — Student Support and Academic Enrichment authorizes a grant to local school districts to identify and address technology readiness needs including Internet connectivity and access to school libraries.

The Center conducts research, builds software tools, teaches classes and supports faculty, staff and student projects on access to justice and technology.

Our dedicated, in - house technical support staff and redundant server technologies ensure 99.9 % system up - time, meaning students have convenient access to Your Michigan Basic Driver Improvement Course whenever they want it.

Registered Nurse / Instructor — Duties & Responsibilities Provide exceptional patient care and medical team support across multiple medical specialties Skilled in surgical, cardiac, pulmonary, medical, radiology, pediatrics, and emergency room medicine Maintain working knowledge of current medical technology, procedures, and standards of care Create workflows assigning tasks and responsibilities to the nursing team Responsible for scheduling, hiring, payroll, and evaluation of nursing team and support staff Trained in chemical paralytic agents, surgical airways, pericardiocentesis, chest needle compression, and intraosseous access Perform advanced cardiac life support procedures, vasculature access device insertion, and 12 lead EKG's Responsible for intubation, ventilator management, IV and oral medication administration, and monitor line insertion Transport critically ill or injured patients to healthcare facilities and respond to in house codes Maintain professional and courteous communications with patients and family Educate patients and family members in healthy lifestyles and disease management Train nursing students in accepted practices and standards of care Utilize high fidelity mannequins in a variety of situations to develop student critical thinking skills Lead traditional classroom education and scenario debriefs ensuring student comprehension Design and implement engaging curriculum to reach a variety of skill sets and learning styles Offer guidance and support to junior nurses, lab technicians, and medical technologists Oversee confidential patient information, customer service, phones, and other administrative functions as needed Demonstrate ability to remain calm and levelheaded in high pressure situations Perform all duties with positivity, professionalism, and integrity