In recent years, research in the field of educational technologies has created a clearer picture of how technologies affect education and training. Today, almost every school in the United States uses technology as part of its teaching and learning, and every state has a software program tailored to them. For example, educational technology creates an active environment in which students not only consult but also identify issues that are important to them. This activity will integrate the topics of technology, social research, mathematics, science, and linguistics with the possibility of creating a student-directed activity. However, most educational technology experts agree that technology should be incorporated not as a separate topic or project, but as a way to enhance and expand student learning on a daily basis.
Currently, teachers in the classroom may not have personal experience with technology and present an additional challenge. In order to incorporate activities and projects into the technology curriculum, these teachers must find time to learn how to use tools and understand the conditions necessary to participate in projects or activities. They must be able to use technology to enhance learners ’learning and pursue personal professional development.
Instructional technology enables students to improve their skills and concepts through many images and improve perception. Advantages include greater accuracy and speed in data and image collection, real-time visualization, the ability to collect and analyze large amounts of data, collaborate on data collection and interpretation, and display more diverse results.
Technology must play an important role in academic content standards and their successful implementation. Expectations that reflect the correct use of technology must be intertwined with the standards, norms, and indicators of the university. For example, the standards should include the expectations of students to calculate freely with pencil and paper, and the use of technological and mental methods, computer graphics, or computers to develop and analyze mathematical relationships.
These expectations are aimed at supporting a technology-rich curriculum rather than limiting the use of technology to specific skills or levels. Technology provides materials to all students, including students with special needs. Options are expanded to help students achieve maximum strength and progress in a standards-based curriculum through the use of technology-based interventions and supports. For example, special techniques increase students ’abilities to meet the physical challenges of developing and demonstrating mathematical concepts and skills. The impact that classroom technology must have on the efforts of math and science educators to give each student “opportunities and resources to develop the language skills they need to achieve and participate in life goals cannot be overstated.” Fully informed and productive members of society. ”
Students need appropriate lower-level classroom experiences to learn and do science actively, in a science-based way, where technological tools, resources, methods, and processes are readily available and widely used. While students integrate technology to learn and do science, there is a need to emphasize how they think about problems and projects, not just what they think.