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Effects of technology in teaching
Effects of technology in teaching
Effects of technology in teaching
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Respond to the following for each of your PGEs: 1. Provide a context of the professional situation that indicates what need you are addressing. Prior to 2011, I used a multiple choice clicker system, exit slips, observations, or asking individual students to share their answers to formatively assess my students during class. The clicker system allowed me to ask only multiple choice questions which limited my assessment methods and what information I could gather. When using exit slips to formatively assess my students, I would often have to wait until the next day to address misconceptions, struggles, and learning gaps because it took time to grade them. Or my students would have to wait as I graded them during class which used valuable class …show more content…
These experiences include webinars, sessions at the state mathematics conference (include years), sessions at T3 International Conference (include years), and a 3 day intensive TI summer workshop. With the Navigator System, a wireless network connected with my students’ TI-Nspire CX handhelds, I have a variety of question types to use to assess my students. In addition to multiple choice questions, I create true/false, agree/disagree, open-ended questions, and a variety of specific mathematical type questions. Using pre-planned questions or spontaneous questions with a blank answer screen, I engage both shy and dominating students by requiring all students to respond. In addition the system allows me to monitor the progress of students by periodically viewing all students’ screens on my computer. This allows me to monitor students to determine who is on the right track, who is struggling, or who is not on task. I immediately see students’ errors allowing me to adapt my instruction; for students who are not on task or who made a small mistake, I send a message to them through the calculator or address them individually in class. When the majority of the class is struggling, I stop the class and interject with additional directions or examples. This allows me to assess all of my students during class providing specific, actionable, and immediate feedback. Consequently, I have observed that my students are more active in class activities increasing student
There are many different types of student response systems. The most common student response system includes a set of handheld devices, otherwise called the input device, software to develop the questions and collect the data, and a projection system. Input devices come in three basic types with a variety of shapes and sizes. The first type is an input device that merely sends the student’s response to the computer software which collects the data, with no feedback to the students. The second type is an input device that sends and receives information, to indicate if the question was responded to ...
After completion of the guided questions and annotations, student will peer assess their answers in debrief circles. Students will be encouraged to respectfully agree or disagree with one another's answers. Once the students have come to a consensus on the answer for that segment, they will rotate and move to the next question for a discussion. They will be actively, using our class laptops, adapting their answers and revising their conclusions.
... a higher level learning in the future, I will teach them the way of making study plans, and self-evaluating skills. Besides, I will improve the skills of monitoring by designing diverse assignments. From my teaching approach, students will think critically through using self-monitoring report and group discussion in class.
Arguably, the most important element in a student’s education is class size and one¬-on-one time with the teacher. Right now, states are spending close to $100 million to reduce class sizes in an effort to increase student achievement (Hancock). Most studies and reports on class size by the U.S. Department of Education were conducted from the mid-1980 and late-1990. These studies are not relevant to technology available to campuses today, and do not reflect the average student’s classroom. With the introduction of certain technology, large class sizes are becoming more student-friendly and based less on lecturing.
Additional anecdotal notes recorded by the teacher and a checklist, Appendix F will be used to track students’ progress, motivation, and engagement as they interact and participate in the lesson
Many students are at different levels of their education. Some students retain information better than their classmates. This method of learning has given the students that are struggling the opportunity to spend time on material they are struggling on. Also, this gives students the ability
Famous American author Mark Twain once said, “I have never let schooling interfere with my education” (The Quotations Page). School is sometimes a difficult place to learn. Teachers can’t be expected to give an individualized lesson to thirty students at once. This task increases in difficulty when not all of the students are behaving or when the students are at different levels of learning. Some schools, however, are attempting to make learning easier on both students and teachers. The methods of tracking and ability grouping are revolutionizing the way teachers teach and students learn.
Research has also explained the importance of holding students accountable for the activities assigned during stations, as well as their behaviors during stations. More often than not, the form of holding students accountable is through an “I Can” list, which are a list of things that students are allowed to do at each particular station. Other research has stated that a vital component of holding students accountable at each station, ensuring they are engaged in the activity and completing it, is a form of tracker. As a result of that, classroom teachers must design an accountability tracker, suitable for their own students, to include in the literacy workstation model, so as to ensure they are completing required activities, and are on
Kelly Uriacer reflects that “Technology has improved many aspects in our lives.” She goes on to ponder, “Therefore it’s natural to wonder: Can technology be used to improve a student’s math skills and close achievement gaps?” In this section of the blog, a number of critical points were made about using technology in teaching and learning mathematics in the 21st Century. Important concepts addressed include technology use endorsements by a prominent math organization and an educator, what current research indicates, the need for teacher preparation, and a brief look inside classrooms.
to do his or her homework; but often times, the student forgets how to do the problems taught in
Learners’ satisfaction and results of the project are shown through interviews and surveys. Teachers say that the apps were a studying tool and that learners used numbers and phonics more confidently. Insightful results in independent test show good academic results. Results show improved scores.
This active learning allows students to bring abstract concepts more real-world to the students’ and allows a deeper understanding of mathematical concepts. Some great ways to utilize instructional technology in the classroom includes: creating own tutorials, creating video problems, taking real-world video to solving mathematical problems, playing games to learn and practice a variety of concepts, using virtual manipulatives and interactive diagrams to understand concepts, mathematical art, etc. (The Reflective Educator, n.d.). Some additional uses of instructional technology includes: tracking students work and answers, enhancing lessons with virtual manipulatives, providing online activities and online assessments based on math standards, and creating differentiate lessons based on students’ tracked answers (Moss,
Wenglinsky, H. (1998). Does it compute? The relationship between educational technology and student achievement in mathematics. Princeton, NJ: Educational Testing Service. Retrieved March 6, 2002, from ftp://ftp.ets.org/pub/res/technolog.pdf.
allows teachers and students to keep up with things they learn or are taught by letting them try
As I reflect on my past assessment process, I realized how much my assessments have changed over the years. In my early years, I used tests for informational recall as my assessments. I felt these were appropriate guidelines in which I needed to follow in order to substantiate a student’s grade. Every assignment or tests was given a point value and then based on the amount of points, a grade was given. Every student’s assessment was exactly the same, and the assessments did not contain any subjectivity. I felt confident in giving the grade based on a valid point system. However reflecting back, I see that I did not include any performance-based assessments or individual learning styles in my early assessment. I also did not take into consideration the individual needs of my students. My assessment approach was awful. I am embarrassed that I use to assess students in this manner.