Wednesday, February 25, 2009

Journal Assignment #4

Getting Girls EX.I.T.E.D about Project Management
by Bjorn Norstrom, Carol Smith, and Annika Haglund


"As opposed to traditional subjects such as math, science, reading and writing, project management is not a skill set schools typically teach and assess."

ORIGINS:
EXploring Interests in Technology and Engineering (EX.I.T.E.) is a week-long summer camp that IBM sites around the world have offered to middle school girls. During the camp these girls have opportunities to work alongside female engineers on a specific project. The goal of the project is to get young girls interested in and exploring possible careers in the fields of technology and engineering. Norstrom, Smith and Haglund all participated in the program and decided to join forces to propose a new program that focused "on teaching the girls project management skills and teamwork through incorporating a variety of educational technologies."

VISION:
The four goals as established through a collaborative process between CMS and IBM:
  1. Establish a long-term mentor-mentee relationship between engineers and students
  2. Introduce students to the field of project management and connect it to educational technology
  3. Encourage girls to pursue further education and careers in science and technology
  4. Develop a replicable model that can be implemented in any K-12 setting on how education and corporations can collaborate around educational technology

PROGRAM & PROJECT:
The mentors are responsible for fulfilling a sort of dual role. Their first role is to provide support, guidance, and encouragement to the mentee. Their second role involves acting as a customer and investor of the project the girls managed by accepting, rejecting, or even asking for revisions of the work the girls submit.

Phases of the program for the female students involved:
  1. IDEA- the girls brainstorm ideas for fulfilling the needs of the project assigned.
  2. PLAN- the girls write a Statement of Work (SOW) and submit it to their customers. During this phase the girls would normally receive some sort of feedback and revise their SOW accordingly.
  3. CREATE- this is the phase in which the girls begin to implement their SOW.
  4. CHECK- the girls check their project against the original directions and discuss lessons learned.
The amount of technology used throughout the completion of the project is limitless and ever-changing.

RESULTS:
A greater sense of confidence was created within each young lady involved in the program. The article talks about how in the beginning sessions/meetings with the girls it was typical of a middle school group, but by the end of their time in the program the young ladies were more assertive self starters who eventually to charge in such meetings. Not only did each young lady gain a deeper understanding in the field of engineering and technology but they also gained a better sense of their roles as leaders.

Q1: How can such a program be used on a smaller level?

A1:
I believe a program like this could be designed on a community-based level with prominent community members or even members of the school district. The program would allow for students to develop innovative programs they believe would be beneficial for themselves and their peers.

Q2: What is the effectiveness of mentor-mentee relationships?

A2:
When students have someone they can look up to, they strive to achieve more. Also the level of accountability is greater than it was and thus the relationship builds more motivated students.

Software Review: Learning.com

Web Browsing:
Research and Citing Sources

Grades: 6-8

Click on the image below to access the page for the main website:
ISTE NETS Standards for Students

Browsing Basics
5. Digital Citizenship

Students understand human, cultural, and societal issues related to technology and practice legal and ethical behavior. Students:

a. advocate and practice safe, legal, and responsible use of information and technology.
6. Technology Operations and Concepts

Students demonstrate a sound understanding of technology concepts, systems, and operations. Students:

a. understand and use technology systems.
b. select and use applications effectively and productively.

URLs

1. Creativity and Innovation

Students demonstrate creative thinking, construct knowledge, and develop innovative products and processes using technology. Students:


a. apply existing knowledge to generate new ideas, products, or processes.

2. Communication and Collaboration

Students use digital media and environments to communicate and work collaboratively, including at a distance, to support individual learning and contribute to the learning of others. Students:


a. interact, collaborate, and publish with peers, experts, or others employing a variety of digital environments and media.
6. Technology Operations and Concepts

Students demonstrate a sound understanding of technology concepts, systems, and operations. Students:

a. understand and use technology systems.
b. select and use applications effectively and productively.

Web Searches
3. Research and Information Fluency

Students apply digital tools to gather, evaluate, and use information. Students:




b. locate, organize, analyze, evaluate, synthesize, and ethically use information from a variety of sources and media.
c. evaluate and select information sources and digital tools based on the appropriateness to specific tasks.

4. Critical Thinking, Problem Solving, and Decision Making

Students use critical thinking skills to plan and conduct research, manage projects, solve problems, and make informed decisions using appropriate digital tools and resources. Students:




c. collect and analyze data to identify solutions and/or make informed decisions.
5. Digital Citizenship

Students understand human, cultural, and societal issues related to technology and practice legal and ethical behavior. Students:

a. advocate and practice safe, legal, and responsible use of information and technology.

Validity and Sourcing
1. Creativity and Innovation

Students demonstrate creative thinking, construct knowledge, and develop innovative products and processes using technology. Students:


a. apply existing knowledge to generate new ideas, products, or processes.

2. Communication and Collaboration

Students use digital media and environments to communicate and work collaboratively, including at a distance, to support individual learning and contribute to the learning of others. Students:


a. interact, collaborate, and publish with peers, experts, or others employing a variety of digital environments and media.
b. communicate information and ideas effectively to multiple audiences using a variety of media and formats.
5. Digital Citizenship

Students understand human, cultural, and societal issues related to technology and practice legal and ethical behavior. Students:

a. advocate and practice safe, legal, and responsible use of information and technology.
b. exhibit a positive attitude toward using technology that supports collaboration, learning, and productivity.


MINI REVIEW
: This series of tutorials did a great job at relaying basic web browsing skills. Browsing Basics taught students basic information about how to use a web browser to find information on the World Wide Web, including the use of URLs, links, home pages, scroll bars, and navigational buttons. The lesson on URLs taught students the basic makeup of a URL and the lesson also touches on bookmarking pages and basic troubleshooting of error pages. The lesson on Web Searches taught students effective Internet search strategies using keyword and phrase searches as well as truncation. The lesson also teaches students how to determine the relevancy of information found with a web search. The lesson on Validity and Sourcing taught students about information privacy, website credibility, copyright and fair use laws, and sourcing. There are no evident barriers to success when using this program in the classroom. It is very engaging and would prove to keep the students attention. I would recommend this program to any teacher that desires to mix up their lesson a little bit by getting the students involved in using technology in the classroom.

References:
1. (2009). Learning.com. Retrieved February/March 2009, from website: http://www.learning.com/home/index.htm.
2. International Society for Technology in Education. (2009). ISTE's Educational Technology Standards for Students. Retrieved March 2, 2009, from http://www.iste.org/Content/NavigationMenu/NETS/
ForStudents/2007Standards/NETS_for_Students_2007.htm.

Thursday, February 19, 2009

Journal Assignment #3

ALL ABOARD!
New Curriculum-Development Review Process
by David and Margaret Carpenter

The curriculum is an essential element of the learning process. Nothing can be taught or learned without it. Often times teachers will get a curriculum they have to teach, but will have had no part in developing the curriculum and may sometimes find themselves pressed for time when teaching. This article explores an innovative way to get the teachers involved in the development of their curriculum while using technology as a means to make the learning experience a more productive one.

A collaborative team is formed in which the teachers are basically in charge. There are several teams involved with one lead teacher from each grade level represented plus learning specialists, administrators, instructional technologists, and media specialists. This new way of developing curriculum emphasiszes participation and "ownership" of the curriculum by providing multiple perspectives, which help to eliminate redundancies as well as build upon students' skills sequentially. In the beginning stages of the collaboration each team evaluates essential elements that are important in developing a curriculum, while also developing an assessment that will allow the teachers to come back and evaluate the effectiveness of their curriculums developed at the beginning of the academic school year.

KEY ELEMENTS OF THE NEW CURRICULUM PROCESS
: (as taken from the article)
  • Best practices for instructing 21st-century students in a standards-based school
  • Assessment-driven curriculum improvement
  • Differentiation for gifted as well as struggling students and various learning styles
  • Integrated technology and information literacy skills
  • Curricular decison-making documentation to meet the needs of various audiences
  • expansion of the Collaboration Team to include learning support, ESL, and other specialists to further design the curriculum to meet the needs of all students

Q1: In reading about this way of devloping curriculum, I wounder how many schools are already doing it? Also, what would it take for the school I'm interested in teaching at adopting this way?

A1: I'm not sure how many schools are using this program, but in order for it to be used at the school in which I will be teaching I'm sure all it would take is informing the principal about the program and convincing him of how efficient it would be in developing curriculum at his school.

Q2: How podcasts be used?

A2: Podcasts are a good tool for teachers to use when attempting to assess from the student's point of view how effective lessons were. At the end of a session, academic year, or term students can be given an assignment to record a podcasts by which they inform the teacher of what worked and what did not work.


Wednesday, February 18, 2009

CSUSM's Future Educators

Newsletter Webpage URL...
http://docs.google.com/Doc?id=dc7ntg9p_5d6dmtrfs


Yvette Givens
If I were to describe myself in three words they’d be genuine, loyal and teachable. These are all characteristics I believe will make me an affective teacher. I have always been a hard-working student who enjoys learning. My favorite subject is mathematics, which is why I decided to pursue an undergraduate degree in it. I find math to be a very intriguing subject. I love the fact that there is always one answer but multiple ways of getting there. I guess problem solving is something that attracts me not only academically but also in life.

The courses I took as a math major originally seemed unnecessary for what I wanted to do. There were many times when I was in class wondering why I had to take certain courses if all I wanted to teach was high school math. In making it through these courses I got to experience how it felt to be a frustrated math student, which I feel will better help me relate to the students I will have in my classroom who are frustrated as well. Furthermore, I am better equipped with the background knowledge I need to be an effective teacher.

Early on I realized I have a passion for young people. This coupled with my enjoyment of mathematics has been why I’ve decided to pursue a career as a math teacher. I love to serve others, and I believe teachers are some of the greatest servants that exist in this world. One of my favorite quotes is one by Gandhi: “Be the change you wish to see in the world.” As a teacher I believe I will be able to live out this motto. Teachers spend so much time with their students not only teaching them a subject matter but also being a role model to them. By no means do I believe I am a picture perfect human being. I am constantly striving to be the best version of myself. If I can make this evident to my students while simultaneously inspiring them to have the same mentality I believe change can happen.

If you wish to know more about me please feel free to email me at: Yvette.Givens@gmail.com
You may also check out my blog at: http://vetsedu422.blogspot.com/

High School Mathematics
"Math is like love-- a simple idea but it can get complicated." When we get down to the bottom line of things everyone wants love in their life, so if math is like love why wouldn't anyone want math in their life? While I'm using humor to talk about math in one's life, the truth is math cannot be escaped. Even if one went their whole life without stepping foot into a mathematics classroom they would need to know how to count, add, subtract, etc. In conducting everyday activities like purchasing food or clothing, cooking, and balancing your checkbook math is involved. These may seem like simple tasks at first, but there are times when it can get complicated. Math has always been a subject I've enjoyed, and I look forward to the opportunity to teach it. I would like to teach the high school level because it is at this point when students become disgruntled with the subject, feeling as though there is no need for it in life. I like to make connections from the classroom to real life and feel as though I will be able to do so in an effective way for my students.


Not only is math essential for being able to perform certain tasks in life, but knowledge in the subject will also better equip students for future careers they may pursue in which they may not even know math is involved. The subject matter is also an effective tool in teaching individuals problem solving skills. As one proceeds in their educational endeavors they will find that math only gets more and more complicated, but hopefully with me as their teacher they will learn to appreciate all that is involved in math in the development of character, patience, and understanding. Math can be an enjoyable subject. Some areas are more interesting than others, but the exciting thing about high school level math is there are so many subject areas to be touched that provide each student with an opportunity to find some kind of interest in mathematics. There is much information available on California Mathematics Content Standards for teachers, students, and parents. There are also many websites available for students who are interested in getting extra help or practice during the summer and other school vacation periods. The following website is very helpful in helping students to gain more knowledge on some of the mathematical subjects talked about in the California Mathematics Content Standards website: http://mathworld.wolfram.com/

My name is Krysteena Moraga. I am twenty years old, in my 3rd year of college, and first prerequisite semester of the ICP program. I have wanted to be a teacher for just about as long as I can remember. I have always loved reading and writing, and was always the first person to volunteer to write on the board and assist the teacher with whatever they needed. I would always make my sisters sit around and play school with me, and even make up homework assignments and worksheets for them to work on. One summer I even set up an entire lesson plan that included all of the core subjects and implemented a PE program. Ever since then I have known that teaching was what I was meant to do.


Another reason I know I am meant to be a teacher is my love for children. I have always been drawn to children and had such a natural ease forming bonds with them. I think having had such a influential hand in raising my own sisters has instilled that in me. I want to teach elementary school for about 10 years or so; but I intend on getting my Masters in History, teaching high school history, and eventually pursuing a PhD in history and teaching history at a college level. What I love most about our College of Education mission statement is its commitment to “life-long learning,” which I extensively believe in. I think that we are not giving our students an education for the day, or an education for the year, but for an entire lifetime. The knowledge we provide them is the basis of which they will build on for a lifetime. I feel like my own continuing pursuit of a further education while teaching is an apparent example of this.



Contact Information


Email: Morag001@cougars.csusm.edu


Blog Web Address: http://krysteenameduc422.blogspot.com/


First Grade and Beyond


In today’s day and age of technology where knowledge can be accessed by the click of a mouse, and where we have endless amounts of educational resources, it is astounding to learn that 20% of high schoolstudents are considered functionally illiterate. Even more staggering is that 42 million American adults are illiterate and 50 million cannot read at a level exceeding that of a fifth grader.



It is statistics like these that have both instigated and fueled my dedication to illiteracy. How these children move up through the grades, and continue to be pushed through the education system baffles me. But I have made a promise to myself to do even the slightest bit to minimize the illiteracy rates in if nothing else my district, or my school. I want to teach first grade, which of course is where the basics of reading and writing are laid out for children. I just want to feel like I have done my part to help spark the need for knowledge. The link below is to the California State Content Standards.


http://www.cde.ca.gov/be/st/ss/documents/elacontentstnds.pdf


Eventually I plan on moving up through all of the grades from elementary school, to high school, and eventually to a college level. I want to teach history, and history teachers are notoriously forgiving when it comes to paper writing, linguistics, grammar, etc. I on the other hand, will not be that teacher. I know for example at our college we have a writing standard that must be met each semester by each class, regardless of subject, I would definitely take advantage of this policy. I want to feel like I fully devoted myself to my students, and I personally would not want to feel like I let them down by letting them just slide through the system. When I think back to some of the best teachers that I had growing up, and how much they helped me and inspired me into this profession, I want to feel like I lived up to their expectations of me by holding my own students to the same standards.





Monday, February 2, 2009

Journal Assignment #2

Succeeding at Math
by Scott Huffmyer


Math is a subject that can be challenging to get students excited about learning, especially with a classroom full of students labelled "unreachable." Mr. Huffmeyer taught a multi-age classroom of students who were sent to him by the courts for multiple reasons. By the time the students have reached his classroom they have already built up a wall of defiance that provides an obstacle for him to overcome to be able to be an effective math teacher. Not only is he dealing with a challenging group of students, but he is also being forced to design an independent learning path for each student. Mr. Huffmeyer sought out a technology that would help him to accomplish what he needed to accomplish with these students and found Apangea Learning's SmartHelp. This system allowed him to construct an independent learning path for each student.

In the computer lab Mr. Huffmeyer was working with his students in there was already a system called NetOP which allows the instructor to see what the student is doing on their computer at any time and goes further in allowing the instructor to take over that computer if any inappropriate activities are taking place. Mr. Huffmeyer appreciated the benefits of both systems, and further wanted to integrate them. With the help of his school's IT department he was able to integrate the two systems, further allowing him to monitor the progress of the students and be of better assistance.

SmartHelp is a great system that includes math content that's based on the state academic standards, while allowing the instructor to making changes as they deem necessary for any particular student. The system is so great that it informs the instructor on what the student's strengths and weaknesses are. The system also provides instruction to the student themselves if they desire to use that tool. I find this system to be very inventive and inviting. A lot of times allowing students to get on a computer makes them more interested in what they're doing and this system seems like a great tool to get the students excited about math, while also providing them with a certain level of independence that leads to a greater feeling of confidence in the subject matter.


Q1: If teaching at a school that does not have this resource available, how can the students benefit from the system?

A1: Traditional teaching is still effective for most students, but if there are students in the classroom that are struggling with certain areas in the math class it might be good to invite them into the classroom during lunch or after school to use the system. While the technology is not available to all students at the same, it could still be used by students individually as needed.


Q2: Is this technology only available to math teachers?

A2: To my knowledge I cannot say for sure, but it would seem like this technology should be available in other subject areas also.