Personal progress and academic growth is what I take away from this course. I did not only learn new technology tools, but increased my experience and desire for further success in my future professional environment. I plan to give my students a positive educational change in their lives. I was able to reaffirm my professional goals; which will facilitate my efforts educating a linguistically diverse population of students. I learned basic concepts, productivity technology tools while addressing ethical, social and cultural issues and how they relate to technology within education. I have been enabled this understanding for a successful, efficient and useful purpose that will promote my creativity as a teacher.
The United States is becoming more ethically, racially and linguistically diverse over time. This growth in diversity is especially noticeable within the educational system. It is very important that as a bilingual teacher to always build upon and connect existing cultural backgrounds of students. Deep understanding and cognitive engagement are more likely to be generated in contexts where instruction build on student’s prior knowledge and learning is supported by cultural and active collaboration within of learners (Cummins, Brown and Sayer pg. 47). The sensitivity and insight regarding cultural diversity, will give every one of my students an equal chance to succeed academically within a national system. Sometimes school districts are not aware of the impact of having a strong bilingual or ESL program for multicultural students. Unfortunately many times schools do not provide adequate support for teachers with the appropriate materials and/or the pedagogical theory behind it. The U.S. population has shown consistent trends of growth in diverse population, which not only will call for specialist, but also additional training for regular teachers. The use of computers and other technologies have proven to reinforce the teaching of English.
This semester I learned how to make the best use of new technologies (Blog, Podcast, Wikkies, Captivate, etc.). The educational impact that technology offers to teachers and students will transform the approach to oral and literate education within the ESL and bilingual programs.
As a result of this course, I was able to develop my abilities in meshing to enhance the learning experience in education and performance. The interaction that I had this semester with peers helped me tremendously to gain more confidence expressing myself. They were all very supportive and caring. I really enjoyed how everybody collaborated by sharing a piece of their knowledge on helping to contribute to the development of the U.S. Education System. I believe in fostering personal and academic growth and that is what I achieved this semester.
Cummins, J., Brown K., and Sayers, D. (2007). Literacy, Technology and Diversity:
Teaching for Success in Changing Times. Boston: Allyn &
Bacon.
Tuesday, May 8, 2007
Tuesday, May 1, 2007
Sotware Evaluation # 3
Title of Software: Adventure Workshop (1st-3rd Grade). Clue Finders: Mystery of the Monkey Kingdom.
Producer: Riverdeep Interactive Learning Limited, 2002. The Learning Company.
Target students (e.g., age or grade-level of students): 1st through 3rd Grade Students. (7-9 yrs. old)
Proficiency level (e.g., beginning, intermediate, advanced): Targeted different levels of math.
Description: This is a math software program where the student can learn and build on math reading comprehension, listening, writing, oral and visual skills, problem-solving, etc., during a fun variety of playing time.
Mystery of the Monkey Kingdom, is a computer software where the child together with the cartoon animated characters, they are solving the mystery of finding a scientist that is lost in the forest by getting hints and solving math problems. This fun and creative activities contains quizzes and challenge on different stages. Also, characters helps them reinforce beginning math skills while encourages them to continue on next step. This is a good program where children can learn and understand basic mathematical skills: addition, substraction, multiplication, division and develop their higher order thinking skills while playing.
Language skills targeted: Basic Communication Skills
Evaluation:This is a math program for students because of the different math activities that will expose the students to variety of fun. The student can monitored their own progress by selecting a math level and receiving immediately feedback. The only thing is that it takes too long for the activities to appear. It is more a cartoon than a learning object.
Sunday, April 29, 2007
US College Enrollment
Significant changes have ocurred in the recent yers. in the status of women and men and their interaction of work and at school. According to the U.S. Department of Education currently 135 women received Bachelor's degrees for every 100 men. Predictions estimate that there will be 3 million women students thatn men in 2015.
Tuesday, April 24, 2007
Quickshare!! Rockyou.
Monday, April 23, 2007
Accelerating Hispanic Progress in Higher Education
By Shilpa BanerjiMar 20, 2007, 22:37
As the Hispanic community continues to grow in this country, efforts to accelerate and expand student success in higher education will be critical to the nation’s future competitiveness, says Excelencia in Education President Sarita Brown.
Excelencia, a nonprofit organization aimed at increasing Hispanic student achievement in higher education, also released figures on the state of Hispanics in higher education and a separate study concerning Hispanic women in the science, technology, engineering and mathematics programs.
There were approximately 1.8 million Hispanic college students in 2004, representing about 11 percent of the total student enrollment in higher education. The figure represents a 6 percent increase from 1990, when 782,400 Hispanic students were enrolled. But despite increases in enrollment, only 25 percent of college-age Hispanics — those 18 to 24 years old — were enrolled in college, compared to about 42 percent of Whites, 32 percent of Blacks and 60 percent of Asians.
“The number of Hispanic women going to college has increased more rapidly. In 2004, Hispanic women represented almost 60 percent of all Hispanics in higher education,” said Deborah Santiago, vice president for policy and research at Excelencia. She noted that about 58 percent of Hispanic undergraduates are enrolled in two-year institutions.
But while Hispanic women enroll in college in greater numbers than Hispanic men, men greatly outnumber women in engineering programs. In 2005, undergraduate Hispanic women represented just 22 percent of Hispanics in engineering programs.
Among STEM faculty, Hispanic women are more likely to teach in biological sciences. By contrast, Hispanic men have their strongest representation in mathematics and computer sciences.
As the Hispanic community continues to grow in this country, efforts to accelerate and expand student success in higher education will be critical to the nation’s future competitiveness, says Excelencia in Education President Sarita Brown.
Excelencia, a nonprofit organization aimed at increasing Hispanic student achievement in higher education, also released figures on the state of Hispanics in higher education and a separate study concerning Hispanic women in the science, technology, engineering and mathematics programs.
There were approximately 1.8 million Hispanic college students in 2004, representing about 11 percent of the total student enrollment in higher education. The figure represents a 6 percent increase from 1990, when 782,400 Hispanic students were enrolled. But despite increases in enrollment, only 25 percent of college-age Hispanics — those 18 to 24 years old — were enrolled in college, compared to about 42 percent of Whites, 32 percent of Blacks and 60 percent of Asians.
“The number of Hispanic women going to college has increased more rapidly. In 2004, Hispanic women represented almost 60 percent of all Hispanics in higher education,” said Deborah Santiago, vice president for policy and research at Excelencia. She noted that about 58 percent of Hispanic undergraduates are enrolled in two-year institutions.
But while Hispanic women enroll in college in greater numbers than Hispanic men, men greatly outnumber women in engineering programs. In 2005, undergraduate Hispanic women represented just 22 percent of Hispanics in engineering programs.
Among STEM faculty, Hispanic women are more likely to teach in biological sciences. By contrast, Hispanic men have their strongest representation in mathematics and computer sciences.
Sunday, April 22, 2007
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