Sunday, November 19, 2006

Critical Issue: Technology: A Catayst For Teaching and Learing in the Classroom

Research is showing that technology is a key to opening higher order thinking skills and nurturing students to be self-directed learners. This situation happened in my classroom when my first grade learning disabled student wanted to learn a skill that he did not have to learn until he latter part of the second grade, but his friends were learning the skill and it was in an entertaining format, but was presented in a clear, very logical, and very easy to remember way. It was truly a well designed lesson.

Some computer programs and /or online sites can either by the way it is set up or by the information it provides can assist with the development of synthesis, evaluation, analysis and accessing information. Students who have been exposed to this approach exhibit more self-sufficiency in developing information.

When students are taught in a way, so that deeper understanding is able to take root, students will be able to excel on high stakes tests that measure the schools ability to educate their students, because deep as opposed to surface understanding is able to take root.

Stakeholders such as School Board members, School Administrators, teachers, and parents all have a stake in helping all students have access to this technology, whether handicapped or non-handicapped, bilingual or native English speaking, rich or poor have continued access to this technology, because it will enable academic proficiency to take root among all segments of the student population. Teachers must have sufficient training to use technology as the extremely valuable tool that it is.

The article lists many useful and effective websites that are good resources.

Wednesday, November 01, 2006

Using Technology To Improve Student Achievement

DES seems to be a well regarded manufacturer of software. A researcher, Murphy, noted improvements in both reading and math. Schacter found that schools using programs that taught higher order thinking skills had bigger gains in achievement. Students in Missouri using the eMints program, including those with special needs, scored significantly higher on the Missouri Assessment Program than those not exposed to eMints.

  1. Educational Goals And Vision Of Learning Through Technology

Inclusion is important for special ed students.

  • Educators need to have clear goals.
  • Have a clear goal as to how technology will improve teaching and learning.
  1. Professional Development. - Teachers need to be supported in their use

of technology.. Teachers not only need to learn how to use the new technology,

but also how to provide meaningful instruction and activities in the classroom..

  1. Structural changes in the school day. - Longer class periods are needed to provide

for team teaching and interdisciplinary work. For example. students searching the

Internet to complete online research need time to complete their research.

4. Technical Infrastructure and Support – Technology and support must be enough to

make a real difference in the classroom.

  1. Evaluation – Must be ongoing. To make sure that the technology is appropriate,

adaptable, and useful. This type of evaluation facilitates change if the learning

goals are not being met.

Technology is not regarded as educational by itself but must be viewed with these factors in mind. But with these conditions, technology can become transformative. Goldman, Cole, and Syer have said that – “Technology at its best, can facilitate deep exploration and integration of information, high-level thinking, and profound engagement by allowing students to design, explore, experiment, access information, and model complex phenomena,"

  • Teachers are encouraged to - Encourage students to collaborate on projects and to use peer assessment to critique each other's work.
  • Another suggestion is to ask students to keep electronic portfolios.

Caveats- Construct technology budget carefully! Make sure required items are provided for.

Technology must be used with learning goals and teaching strategies that are student-centered, collaborative, engaging, authentic, self-directed, and based on development of higher-order thinking skills.

Thursday, October 19, 2006

Penny Boivin:

Does It Compute
The Relationship Between Technology and

Student Achievement in Mathematics

It behooves us to pursue the development of higher order thinking skills in the use of technology. We should met the following conditions: Computer use was associated with increased performance when the following conditions are met:

  • Students have adequate access to up-to-date computer technology (e.g., computers, peripheral equipment, Internet connectivity).
  • Computers are employed to help students learn higher-order concepts (e.g., for 4th grade students, learning games; for 8th grade students, real-world computer simulations and applications).
  • Teachers are adequately trained in computer technology to permit them to assist students in the use of computers to learn higher-order concepts

In order for the benefits apply to all:

It follows that:

  • Teachers need to be well prepared in using computers with curriculum to foster "higher-order" learning activities.
  • Student access to up-to-date technology to take advantage of simulations and other multimedia software.
  • Particular attention should be paid to providing adequate technology and training to teachers in minority and poor districts, both rural and urban.

1. How can technology influence student performance? It can motivate a student to learn

a skill considered advanced, as what happened with my so called first grade learning

disabled student who mastered a skill in math not normally taught until second grade

and for non- handicapped students considered challenging. It improves student

performance when the application addresses learning objectives applicable. It must

be integrated with curriculum and assessment.

2. How can technology improve student motivation, attitude, and interest in learning?

It happened to one of my learning disabled students. He noticed his older friends

interested in an activity they were engaged in at the computer. Technology

improves performance when the application provides opportunities for student

collaboration. ( As in what occurred between my student and his friends in my

class.) Technology improves performance when the application adjusts for prior

experience and knowledge. This application did address the students where they

were presently in skill level. The game was interactive, so it provided immediate

feedback to the students on their answers.. I think in this case, there would be more

improvement in student achievement if the administration approved and provided

technology hardware, such as projectors and Smart boards for all students, instead of

just regular ed students from the upper grade classrooms. Getting equipment was

anything but easy when it was a projector. I was abler to get an Averkey, a device

that displays what is on the computer onto the TV screen., because

other teachers did not know about them and therefore did not check them out..

It is a different mindset when the administration makes the technology available to all

teachers and students.

3. How can technology prepare students for the workforce? This applications help the

students when these skills are used in jobs. Computer skills are frequently used in

the world of work.

4. What strategies result in effective integration of technology? Administrative support

of the purchase of programs that involve problem solving and real world application of technology, such as spreadsheets, databases, word processors, charting programs, outlining programs and multimedia presentation software. Technology must be systematically integrated into school plans. Teaching strategies need to be matched to student learning needs.

Locating, Using, and Integrating Internet-Based Mathematics Materials

Makes engaged learning. Students change from passive to active learners. A teacher does not have to have all the answers can ask a scientist and get the answer immediately. Ist of How to Guides for the Internet. Inner city schools become more competitive for college entrance. The teacher’s role changes. He or she becomes a co-learner.

Materials must e appropriate, follow State standards ,must be cost effective.

A list of excellent web sites is given.

Penny Boivin:

Does It Compute
The Relationship Between Technology and

Student Achievement in Mathematics

It behooves us to pursue the development of higher order thinking skills in the use of technology. We should met the following conditions: Computer use was associated with increased performance when the following conditions are met:

  • Students have adequate access to up-to-date computer technology (e.g., computers, peripheral equipment, Internet connectivity).
  • Computers are employed to help students learn higher-order concepts (e.g., for 4th grade students, learning games; for 8th grade students, real-world computer simulations and applications).
  • Teachers are adequately trained in computer technology to permit them to assist students in the use of computers to learn higher-order concepts

In order for the benefits apply to all:

It follows that:

  • Teachers need to be well prepared in using computers with curriculum to foster "higher-order" learning activities.
  • Student access to up-to-date technology to take advantage of simulations and other multimedia software.
  • Particular attention should be paid to providing adequate technology and training to teachers in minority and poor districts, both rural and urban.

1. How can technology influence student performance? It can motivate a student to learn

a skill considered advanced, as what happened with my so called first grade learning

disabled student who mastered a skill in math not normally taught until second grade

and for non- handicapped students considered challenging. It improves student

performance when the application addresses learning objectives applicable. It must

be integrated with curriculum and assessment.

2. How can technology improve student motivation, attitude, and interest in learning?

It happened to one of my learning disabled students. He noticed his older friends

interested in an activity they were engaged in at the computer. Technology

improves performance when the application provides opportunities for student

collaboration. ( As in what occurred between my student and his friends in my

class.) Technology improves performance when the application adjusts for prior

experience and knowledge. This application did address the students where they

were presently in skill level. The game was interactive, so it provided immediate

feedback to the students on their answers.. I think in this case, there would be more

improvement in student achievement if the administration approved and provided

technology hardware, such as projectors and Smart boards for all students, instead of

just regular ed students from the upper grade classrooms. Getting equipment was

anything but easy when it was a projector. I was abler to get an Averkey, a device

that displays what is on the computer onto the TV screen., because

other teachers did not know about them and therefore did not check them out..

It is a different mindset when the administration makes the technology available to all

teachers and students.

3. How can technology prepare students for the workforce? This applications help the

students when these skills ar3e used in jobs. Computer skills are frequently used in

the world of work.

4. What strategies result in effective integration of technology? Administrative support

of the purchase of programs that involve problem solving and real world application of technology, such as spreadsheets, databases, word processors, charting programs, outlining programs and multimedia presentation software. Technology must be systematically integrated into school plans. Teaching strategies need to be matched to student learning needs.

Locating, Using, and Integrating Internet-Based Mathematics Materials

Makes engaged learning. Students change from passive to active learners. A teacher does not have to have all the answers can ask a scientist and get the answer immediately. Ist of How to Guides for the Internet. Inner city schools become more competitive for college entrance. The teacher’s role changes. He or she becomes a co-learner.

Materials must e appropriate, follow State standards ,must be cost effective.

A list of excellent web sites is given.

Thursday, October 05, 2006

Penny Boivin

Mapping A Page For the 3D Web

Important people in the com[uter and gaming world met together to plan multiple Virtual Worlds. Important people attended from Microsoft, Google, Hewlett Packard attended/ There was real interest in developing multiple virtual worlds. It was thought that perhaps Google would led the way to developing it, because they have created Google Earth. Microsoft was also thought to lead the way in creating this because they have made an open ended virtual world, entitled Second Life.

Lead Don’t Lecture

The teacher becomes the facilitator, not just the leader. One teacher conveys geometry to students very concretely through blocks that was very concretely and the students understood.

Another group of students tested the quality and fly-ability of paper airplanes they had made by throwing them on simulated “runways”.

Working in groups is an important dynamic of this type of instruction. Teaching is not stand and lecture. It involves coaching. He makes it a point to understand the specific needs and skills of his students. These teachers give their students experiences through concrete objects, like blocks. This type of teacher wants the students to be resources for and coach each other.

This type of teacher works with letting students view their colleagues as resources that can greatly help each other.

I think these methods foster and maximize learning, assists the children to see each other as resources and helps them to be self-directed learners.

Thursday, September 21, 2006

Penny Boivin

Standards for Math, Science, and Technology Education

pp17-1

Standards are used as guidelines for what you want your students to learn and what is assessed. They are the mechanism for holding schools accountable.. Standards were embraced as a way to improve education. They are used for shaping content, instruction and assessment. They reflect changes in instruction, such as inclusion of statistics, probability, and discrete mathematics in the K-12 mathematics curriculum. Standards were specified for problem solving, communicating, reasoning, and making connections High standards are emphasized as well as challenging and supporting students. .Educators wanted to set a comprehensive and coherent set of goals. for their students. Another goal is the technological literacy of all citizens. to become informed decision makers and participate fully in a technological society. It engages inquiry based learning.

Helping Your Child Reach the New Standards In mathematics, Science, and Technology

Goal – To help students in New Jersey. .The following goals are articulated:

· To be actively engaged in their learning.

· To be interested in and excited by what they are learning.

· High expectations.

· Collaborative learning

· Performance is evaluated in a variety of ways.

· Are enabled to apply their learning in future activities.

· Utilize calculators and computers as tools.

· Science as a way of thinking and investigating the world.

· Important set of math concepts.

· Challenged by math in useful ways see application in their lives.

· Pursue science to explore and investigate technology.

· Students collaboratively brainstorm.

Content of math and science concepts are discussed,

Ways p rents can hekp their children n in math and science are explained.

Sunday, September 03, 2006

What Is A Web Quest?

* Web Quest- A web quest is an interactive learning exercise involving an interesting and doable task using Internet resources. There are two types of Web Quests, short term and long term. Short term web quests are between one and three class periods. The purpose of a short term web quest is for knowledge acquisition and integration. Long term web quests last between one and four weeks. The purpose of long term web quests is for the extension and refinement of knowledge.

* Elements of Web Quests: reflection, collaboration, cooperation, social skills, such as, consensus building, open minded thinking, multiculturalism, critical thinking, problem-solving, and an inter-disciplinary approach.

* Makes active learners who need to use reasoning skills, while engaging in a problem solving process while applying information gleaned from Internet research.

* Students must use critical thinking skills in order to interpret, analyze, evaluate, and draw inferences from the information that is obtained.

* Interpret the significance of the information collected and synthesize this information in order to generate hypotheses, form conclusions, and complete a specific task.

* Use of cooperative learning, the collaborative process of discovery facilitates the learning that is taking pace,

* Reflection is an essential aspect of Web Quests..

* Part of a Web quest: Introduction- Sets the stage and provides background information.

* Task- What the learner will accomplish during the exercise.

* Process- States the steps learner must do in completing the task.

* Resources- List of pre-selected web pages needed to accomplish the task.

* Evaluation- How the task is evaluated, usually in the form of a rubric.

* Conclusion- Gives the learner the opportunity to summarize and reflect on his learning. Evaluate which resources were most helpful, how was the collaboration process among the members of their group and how valid and relevant were the resources that were provided.

Thursday, August 31, 2006

Characteristics of Constructivist Learning and Teaching

Jonassen’s ideas:

Create real world environments that provide the contexts I which learning is relevant.

Focus on realistic approaches to solving real world

problems.

The instructor is a coach and the analyzer of the

Strategies used to solve these problems.

Stress conceptual interrelatedness, providing multiple perspectives or perspectives on the content.

Instructional goals should be negotiated, not imposed.

Evaluation should serve as a self-analysis tool.

Provide tools and environments that help

learners interpret the multiple perspectives of the

world.

Learning should be internally controlled and mediated

by the learner.

Focuses on knowledge construction, not reconstruction.

Provides real world, case based learning environments. Enable context and content dependent knowledge construction.

Authentic tasks

Collaboration with peers.

Wilson & Cole

Real world environment enables problem-solving.

Errors serve as feedback.

Learner control.

Allows for diagnostic teaching to pinpoint learner errors.

Attention to metacognition

Use of multiple representations of mathematical concepts

Awareness of the importance of goals for the learner.

According to Honnebein (1996), There are 7 goals”:

Provide experience with the knowledge construction process.

Provide experience with multiple perspectives.

Paul Ernest commented on:

1) The sensitivity to the learner's previous constructions.

2) The teacher is oriented towards diagnostic teaching.

3) Attention to metacognition.

4) Use of multiple representations of mathematical

concepts.

5) Awareness of the learner's goals and the difference

between the learner's and the teacher;s goals.

6) Exploit the use of school mathematics for real life.

Honnebein has 7 goals for constructivist learning environments:

1. Provide experience with the knowledge construction process.

2. Provide experience and appreciation for multiple perspectives.

3. Embed learning with realistic and relevant contexts.

4. Encourage ownership and voice in the learning process.

5. Embed learning in social experience.

6. Encourage the use of multiple ways to present your information.

7. Encourage the learning in the students about the knowledge construction process.

According to Vygotski there are three kinds of learning tasks:

1. Those the student can not perform.

2. Those that he may be able to do.

3. Those he can do with help.

Scaffolding lets students do things that would normally be beyond his ability without help. S scaffolding is a constructivist tool.

* Appropriate teacher support can allow students to function at the cutting edge of their individual development.

o Activities, opportunities tools , and environments encourage metacognition.

o Problem solving, higher order thinking skills, and deep understanding are emphasized.

o Learners have an opportunity for apprenticeship, for more rapid knowledge acquisition.

o Collaborative and cooperative learning exposes students to other viewpoints.

o Assessment is authentic and is interwoven with teaching.

o Concept interrelatedness and interdisciplinary learning is valued.

Applying Technology to Restructuring and Learning

Reflects constructivist philosophy which says that knowledge is not fixed, but rather constructed by individuals through their own experiences. Research suggest that classrooms based on constructive philosophy are effective.

  • Students were more active, autonomous and highly engaged. Much of the time students worked collaboratively.. Role of the teacher is facilitator.
  • Professional development improved the effectiveness of teachers!
  • Use of technology came with increased with the increase of teacher confidence.
  • One computer for every five students seemed like a good ratrio.
  • Those campuses led by principals who understood and supported the use of technology and constructivist practices saw the greatest changes in classroom practice.
  • The greater the number of teachers using appropriate technologies within a school, the more change in teaching practice took place.
  • Evaluation an awesome article!!!

What is constructivism? – 3rd try

It says that people construct their own understanding and knowledge of the world through experiencing things and reflecting on them. In a classroom this translates as encouraging students to use active techniques, such as experiments and real world problem solving to create more knowledge and reflect on their learning and talk about how it is changing. The objective is to help the students learn how to learn.

Teachers help students restate their questions in useful ways. Teachers help the students construct knowledge rather than repeat back a series of facts.

The constructivist teacher provides tools, such as problem –solving and inquiry based learning,

How does this theory differ from traditional ideas about teaching and learning?

  • Pursuit of student questions and interests is valued.
  • Learning is interactive building on what the student already knows.
  • Teachers have a dialog with students, helping all to reconstruct their knowledge.
  • Teacher’s role is interactive, rooted in negotiation.
  • Assessment includes student works, observations, and points of view as well as formal tests.
  • Knowledge is seen as dynamic, ever changing with our experiences.
  • Students work primarily in groups.

What does constructivism have to do with my classroom?

v It prompts students to formulate their own questions.

v It allows for multiple interpretations and means of expression of learning.

v It encourages group work and the use of peers as resources.

Prior knowledge of the student is the raw material for the new knowledge that they will create.

It is the student who creates new understanding. The teacher’s role is to coach, moderate, and suggest, but allows the student to experiment, ask questions, and try things that don’t work. Student also helps to set his own goals and means of assessment.

Ø Students reflect on their own learning Teacher either consults with student privately or listens to his participation in a group. Teacher provides activities that allows the student to reflect upon his own prior knowledge and experiences. Talking about what was learned and how it was learned becomes really important.

Ø Teacher and student together assess: 1) What new Knowledge the student has created, 2) How the student learns best, and 3) the learning environment and the teacher’s role in it.

Ø The Constructivist classroom relies heavily on collaboration among students. They learn about learning , not only from themselves, but also from their peers. They can pick up strategies and methods from one another.

Ø Students use inquiry based methods to ask questions, investigate a topic, use a variety of resources to find solutions and answers. As students explore the topic, they draw conclusions. Exploration of question leads to more questions

Ø Students have ideas which they may later see were invalid. incorrect, or insufficient to explain new experiences. These ideas were temporary steps in the integration of knowledge. Student compares the new knowledge with that he already has.

Expert Interview

The most important thing I gathered from this interview is that after teachers have experienced constructivism they have no desire to go back to the way things used to be.

The History of Constructivism and How It Has Changed Over Time

Piaget believed that humans learn through the construction of one logical structure after another. Initially the modes of the thinking of children differed from that of adults. Constructivist thinking focuses on successive knowledge building.

Dewey called for education to be grounded in real experience.

Lev Vygotsky theorized that children solve problems beyond their actual developmental level, but within their level of potential development. Under adult guidance and in collaboration with more capable peers.

Jerome Bruner initiated curriculum change based o the idea that learning is an active social process in which children build new concepts, based on current knowledge.

Seymour Papert has been a leading advocate for computers in education. He created the Logo systems.

John Branford a leading researcher and author on constructivism

Ernest von Glasersfeld holds that since all experience is subjective, the interpretation of that experience is subjective also.

Eleanor Duckworth studied and collaborated with John Dewey for over 20 years.

George Forman is a proponent of Jean Piaget’s theories.

Roger Schenk is a leading researcher in the field of artificial intelligence and interactive multimedia programs

Jacqueline Grennon Brooks is the author of In Search For Understanding: The Case For Constructivist Classrooms.

Martin G. Brooke coauthored the above mentioned book with Jacqueline Brooks.

What are some critical perspectives?

  • Elitist
  • Imposes too much conformity “group think”
  • Lack of evidence of progress, because not so tied to formal testing.

Constructivists point out that in measures of higher order thinking skills, children who are taught by constructivist methods out perform their peers.

What do you think?

I prefer the constructivist approach.

Benefits of constructivism

· Makes active learners.

· Concentrates on thinking and understanding, rather than rote memorization.

· It is transferable children create organizing principles that they take with them when they move up in grade.

· Gives the students ownership of what they learn.

· Learning activities are grounded in an authentic real world context.

· Emphasizes collaboration and the exchange of ideas.