Teaching Mathematical Problem Solving Math, Technology Education, And Special Education

Special education students often lack the necessary mathematical skills needed to be independently successful in the secondary classroom. These students face challenges in applying the basic math skills needed as well as retaining basic math skills from grade level to grade level. Lack of understanding, in addition to causing classroom difficulties, can cause other personal and social dilemmas for the special education students. Lack of motivation, anger, lack of self value, and other disruptive

school special education teacher in a 1:8 resource classroom. I give specialized math instruction to two sixth grade classes, two seventh grade classes, and two eighth grade classes. The majority of my students perform between a kindergarten and second grade level. The exhibited math achievement gap across my classes is disturbing. Even though my students are identified as special needs, they should have made gains to their ability levels by middle school. Math skills are necessary skills. Math is everywhere

technological advances in the 21st century comes the increased need for the incorporation of technology in the educational field. The classrooms in America can all benefit from the use of technology to increase the understanding of academic content whether in the general education or special education setting. For the purpose of this research paper, the disability I will address will be autism and the technology will be the use of Tablets to teach a third grade self-contained classroom of students mathematics

(1982) states that problem-solving ability lies “at the heart of mathematics” (p.73). The report also identifies in Para 243 the importance of offering the opportunity to pupils to engage in problem-solving including the application to everyday situations. This has been further promoted through the importance of the Cross Curricular Skills of the Revised Northern Ireland Curriculum which promotes using mathematics, using communication and using information and communications technologies (uICT). The curriculum

Pursuing every available opportunity to teach at various levels of education has granted me the opportunity to interact with students at all stages of life, from basic school to high school and university, both in classroom and in one-on-one settings even internationally. With the view to improving and focusing on my own skills, my genuine goal is to bring this experience, together with a commitment to continue learning and adjusting to my future career as a mathematics lecturer. As I develop my

Assistive Technology The use of technology in educating children with special needs has widely grown in the past few decades, and has since has changed the way people with disabilities live, work, and learn” (Winzer, 2002, p. 98). Individuals with special needs are unique and all have different areas in which they need assistance. Due to the advancements in assistive technology, computer programs, software, and other technology tools, have helped people to find useful and easier ways to become

Assistive Technology The use of technology in educating children with special needs has widely grown in the past few decades. Individuals with special needs are unique and all have different areas in which they need assistance. Due to the advancements in assistive technology, computer programs, software, and other technology tools, it has become much easier for people to find useful and easier ways to become educated. Because of this, “technology has changed the way people with disabilities

Literature Review(10) One of the areas that students find most challenging is math. For the past three years I have been teaching The Flexible Learning program, which covers 6th, 7th and 8th grade Mathematics. The curriculum is was created by both the district curriculum staff as well as the federal programs department of the school system. The Flexible Learning Program (FLP) focuses on mathematics for grades 6-8 for students who are at the highest risk academically. The program is supplemental

about education that remain with them for the rest of their lives (Kostelnik, Soderman, & Whiren, 2011). High quality early childhood education programs and highly effective, passionate teachers or care providers will not only promote young children’s development and academic achievement but will also foster a lifelong passion for learning. ECE programs and educators utilize learning centers to contribute to young children’s acquisition of literacy, numeracy, creative thinking, problem solving, and

Constructivism in the classroom usually means students are engaged in activities like experiments, or real-world problem solving to increase knowledge, followed by a reflection of how their understanding of the concept has changed (Brooks, Ed.D, n.d.). Cognitivism methods of instruction are commonly integrated with the levels found in Bloom’s Taxonomy: knowledge, comprehension