Article: “A Project for Everyone, English Language Learners and Technology in Content-Area Classrooms”
From: ISTE “Learning and Leading with Technology”
This article is about teaching classes in which some of the students are not fluent in English which is a very interesting subject to me, since I would like to teach in Escondido and there are a high percentage of primarily Spanish speaking children compared to the rest of the country.
Question 1: What activities support English Language learners in learning English and the subject content?
An important part of the answer is to interact with fluent English speakers in a meaningful way on an interesting project. This particular example involves researching the Vietnam War, and some of the kids are speaking English as their second language and below grade level. The best way to encourage them to improve their English is to have small groups that include English language learners (ELLs) and native speakers. So if 4 of them are working on the PowerPoint presentation then 1 or 2 of them could be English language learners. There are also ways to expose the ELLs to English in meaningful ways but with some help, such as showing them web sites that have visuals along with the text. Graphs, maps, spread sheets, and other data that support the content being researched are examples of graphic helpers. The Find feature in the browser can save a slow reader a lot of time.
Question 2: Can technology be used for ELLs to practice and improve their spoken language?
There are audio e-mail software packages such as Talksend, with which ELLs can practice what they want to say and record over until they are pleased with the e-mail they send. Speech recognition software might be a good help for correct pronunciation. ELLs can also use the recording feature of PowerPoint to add explanations for slides so they can work on it ahead of time instead of during the presentation.
Friday, April 27, 2007
Sunday, April 22, 2007
Journal 9
Article: “Ready, Set, Code! Starting a Computer Team” by Justin Solomon
from: Learning and Leading with Technology
This article was about student computer teams that compete to write computer programs. Apparently, it’s not a big thing in this country, but about 150 competitors from the U.S. competed in the Computing Olympiad along with 1,000 international students. There is an American organization, The USA Computing Olympiad (USACO) at www.usaco.org that has information about competitions as well as resources for learning the skills necessary to compete.
Question 1: That sounds like it’s for kids with advanced computer skills that aren’t taught at my high school. Where do they learn them?
Over 14,000 students in the U.S. took the AP Computer Science A exam last year or an introductory computer science course, so some students either have the class offered on site at their school, or take the course in a virtual classroom (See Journal 8), or commute to a college for the classes. Information about the Advanced Placement test is at www.collegeboard.com/student/testing/ap/sub_compscia.html?compscia
Question 2: What kind of activities does the team do on a daily basis?
In a computer team the students can practice the skill of working as a team on a computer program, as well as skills like algorithm analysis, program design, and program testing. There are hands-on activities to illustrate how algorithms work and programming techniques available at the USACO web site above.
from: Learning and Leading with Technology
This article was about student computer teams that compete to write computer programs. Apparently, it’s not a big thing in this country, but about 150 competitors from the U.S. competed in the Computing Olympiad along with 1,000 international students. There is an American organization, The USA Computing Olympiad (USACO) at www.usaco.org that has information about competitions as well as resources for learning the skills necessary to compete.
Question 1: That sounds like it’s for kids with advanced computer skills that aren’t taught at my high school. Where do they learn them?
Over 14,000 students in the U.S. took the AP Computer Science A exam last year or an introductory computer science course, so some students either have the class offered on site at their school, or take the course in a virtual classroom (See Journal 8), or commute to a college for the classes. Information about the Advanced Placement test is at www.collegeboard.com/student/testing/ap/sub_compscia.html?compscia
Question 2: What kind of activities does the team do on a daily basis?
In a computer team the students can practice the skill of working as a team on a computer program, as well as skills like algorithm analysis, program design, and program testing. There are hands-on activities to illustrate how algorithms work and programming techniques available at the USACO web site above.
Journal 8
Article: “Virtual Schooling” from Learning and Leading with Technology
By Niki Davis and Dales S. Niederhauser
If you think that Virtual Schooling is simply reading some online material and taking a multiple choice test at the end, think again. For K-12 Virtual Schooling there are lots of people involved in the process and lots of support for the student. This is a fully supported function of many schools now according to this article. In fact, the phenomenon is growing very fast, 100 % between 2005 and 2006!
Question 1: How many people are involved in delivering k-12 Virtual Schooling to students?
First of all there’s a real teacher at one end and real remote schools for the real students. Also at the remote school is a support person called an IT specialist for technical details. Then there’s anther support person at the remote school to interface with the students and their parents.
Question 2: How does a teacher run a virtual class?
The main ingredients are usually an online learning management software system and the Internet. Sometimes TV broadcasting or teleconferencing is used also. The learning management software is sometimes WebCT, our old friend! The students do a lot of self study, of course, using an online textbook and other online sources. The learning management software is used for asynchronous communications such as submitting assignments, discussion boards, and e-mail.
By Niki Davis and Dales S. Niederhauser
If you think that Virtual Schooling is simply reading some online material and taking a multiple choice test at the end, think again. For K-12 Virtual Schooling there are lots of people involved in the process and lots of support for the student. This is a fully supported function of many schools now according to this article. In fact, the phenomenon is growing very fast, 100 % between 2005 and 2006!
Question 1: How many people are involved in delivering k-12 Virtual Schooling to students?
First of all there’s a real teacher at one end and real remote schools for the real students. Also at the remote school is a support person called an IT specialist for technical details. Then there’s anther support person at the remote school to interface with the students and their parents.
Question 2: How does a teacher run a virtual class?
The main ingredients are usually an online learning management software system and the Internet. Sometimes TV broadcasting or teleconferencing is used also. The learning management software is sometimes WebCT, our old friend! The students do a lot of self study, of course, using an online textbook and other online sources. The learning management software is used for asynchronous communications such as submitting assignments, discussion boards, and e-mail.
Journal 7
Article:
Retracing Shackleton’s Journey to Antarctica to Connect Math and Literature
By Erin Colfax
I am always interested in articles that explore methods of teaching math that connect it to other subjects or “real life” and make math concepts interesting for students. I got all that and more from this article. It describes one imaginative teacher’s use of a scientific experiment using iScienceProject support from Onset Computer Corp. iScienceProject supports science education projects that use it’s HOBO instruments to gather data. The HOBO probes log data including temperature, barometric pressure, humidity, and light. There’s more information on the iScienceProject at http://www.iscienceproject.com .
Question 1: How did the students use the HOBO instruments for a science project?
The students designed an experiment that would involve the probes being used in various places near Antarctica to measure temperature. Before the probes were sent to the researchers on the spot they were calibrated and the experiment’s parameters were specified by the students. They made some predictions of the results in terms of the linear equation y=mx+b.
Question 2: How was this experiment connected to other subjects and “real life”?
The students had read a literary work, “Endurance”, by F.A.Worsley which tells the story of sir Ernest Schackleton’s expedition to Antarctica. After that they were able to design an experiment which connected the historical event to actual environmental conditions at locations along the route taken by the explorers. By graphing the data and trying to fit it to a linear equation they connected math to science to history to literature.
Question 3: What kind of teaching method is that?
I believe this is an example of progressive education or experimentalism teaching philosophy. This method is used to go very deep on a few projects instead of having the children memorize and drill. This is also a good example of using technology to teach higher order concepts as was mentioned in the Social Justice article in Journal 6.
Retracing Shackleton’s Journey to Antarctica to Connect Math and Literature
By Erin Colfax
I am always interested in articles that explore methods of teaching math that connect it to other subjects or “real life” and make math concepts interesting for students. I got all that and more from this article. It describes one imaginative teacher’s use of a scientific experiment using iScienceProject support from Onset Computer Corp. iScienceProject supports science education projects that use it’s HOBO instruments to gather data. The HOBO probes log data including temperature, barometric pressure, humidity, and light. There’s more information on the iScienceProject at http://www.iscienceproject.com .
Question 1: How did the students use the HOBO instruments for a science project?
The students designed an experiment that would involve the probes being used in various places near Antarctica to measure temperature. Before the probes were sent to the researchers on the spot they were calibrated and the experiment’s parameters were specified by the students. They made some predictions of the results in terms of the linear equation y=mx+b.
Question 2: How was this experiment connected to other subjects and “real life”?
The students had read a literary work, “Endurance”, by F.A.Worsley which tells the story of sir Ernest Schackleton’s expedition to Antarctica. After that they were able to design an experiment which connected the historical event to actual environmental conditions at locations along the route taken by the explorers. By graphing the data and trying to fit it to a linear equation they connected math to science to history to literature.
Question 3: What kind of teaching method is that?
I believe this is an example of progressive education or experimentalism teaching philosophy. This method is used to go very deep on a few projects instead of having the children memorize and drill. This is also a good example of using technology to teach higher order concepts as was mentioned in the Social Justice article in Journal 6.
Journal 6
Article:
"Social Justice, Choice or Necessity?" From: Learning and Leading with Technology
by Colleen Swain and David Edyburn
This article asks us if the use of technology in the classroom is just a personal choice of teaching style that the teacher makes or is a much larger issue. Clearly this issue is about hands-on use of technology by the children and not just use by the teachers to display content. There are several ways that children benefit when they use technology for learning. Social justice comes into the picture because proficiency with technology affects the future success of the student and because all students are not given the same amount and type of access to technology.
Question 1: How do the students benefit by the use of technology in the classroom?
The most obvious way the students benefit is to become more proficient and comfortable with the technology. It is important to use technology that enhances higher order learning in addition to quizzing the kids or practicing mundane skills. All students should have access to concept enhancing technology, not just the brightest. Also, technology can be used to mitigate learning disabilities in some cases by giving them extra work on an area of weakness.
Question 2: Why isn’t it simply a personal choice of the teacher whether to use technology in the classroom?
It’s not simply a personal choice by the teacher to use technology. When the students go to college they will be expected to hit the ground running with certain tools, and proficiency with computers and Internet usage will be assumed. Also, many of the jobs they apply for will be jobs that don’t exist today. That means we can give them the tools to be flexible and competent but we can’t teach them exactly what they will need to know. Technology will surely be one of the tools that will help the most.
"Social Justice, Choice or Necessity?" From: Learning and Leading with Technology
by Colleen Swain and David Edyburn
This article asks us if the use of technology in the classroom is just a personal choice of teaching style that the teacher makes or is a much larger issue. Clearly this issue is about hands-on use of technology by the children and not just use by the teachers to display content. There are several ways that children benefit when they use technology for learning. Social justice comes into the picture because proficiency with technology affects the future success of the student and because all students are not given the same amount and type of access to technology.
Question 1: How do the students benefit by the use of technology in the classroom?
The most obvious way the students benefit is to become more proficient and comfortable with the technology. It is important to use technology that enhances higher order learning in addition to quizzing the kids or practicing mundane skills. All students should have access to concept enhancing technology, not just the brightest. Also, technology can be used to mitigate learning disabilities in some cases by giving them extra work on an area of weakness.
Question 2: Why isn’t it simply a personal choice of the teacher whether to use technology in the classroom?
It’s not simply a personal choice by the teacher to use technology. When the students go to college they will be expected to hit the ground running with certain tools, and proficiency with computers and Internet usage will be assumed. Also, many of the jobs they apply for will be jobs that don’t exist today. That means we can give them the tools to be flexible and competent but we can’t teach them exactly what they will need to know. Technology will surely be one of the tools that will help the most.
Subscribe to:
Comments (Atom)