Saturday, 17 May 2014

Computer Literate Basic Skills

Keyboarding Program Basics

Course Objectives:
  • Students will know where home row is located
  • Students will identify the location and purpose of the keys
  • Students will demonstrate correct posture
  • Students will demonstrate proper finger placement and movement
  • Students will demonstrate how to locate and insert characters not available on the keyboard
Advanced Skill Development:
  • Students will identify function and fingering for keyboard shortcuts
  • Students will demonstrate alphanumeric touch keyboarding
  • Students will operate the numeric keypad using proper finger placement
Keyboarding instruction, as an integral part of the elementary classroom program, lays the foundation for the effective use of computers as tools for thinking, for communication, for research, and for creative expression.
Additional benefits include:
  • Prevention of chronic "hunt and peck disease"
  • Prepares students to be efficient computer users
  • Instills healthful habits
  • Provides opportunity to coordinate skill development with productive uses of the skill throughout the curriculum
Proper technique forms the foundation for successful keyboarding and the efficient use of the computer keyboard. The importance of demonstrating and continuously encouraging proper technique with the students cannot be overstated. Technique should be observed and monitored whenever students are operating a computer keyboard, whether they are keying a business document, composing, or practicing keyboarding drills.
It is extremely important to encourage and develop good keyboarding habits. Daily practice and reinforcement of proper technique should take place and will assist in developing the students' skills. It is suggested that 10 to 20 minutes per day be devoted to developing keyboarding skills specifically.
The following recommendations will help ensure greater improvement in keyboarding proficiency.
  • Plan for an implementation period exceeding 12 weeks.
  • Arrange schedule to allow for daily practice.
  • Have one computer per student.
The following are some additional considerations regarding computer use instruction and training.
1.Table Height
In many communities, computer keyboards are on standard 36" tables and people use whatever chair is available. Typically, this means that hands are up too high (like a puppy on its hind legs). These are conditions for developing inappropriate computer use habits and can lead to potential health impairments.
Be creative in solving this problem. Get a desk from a junior grade but use a regular chair. Or sit on a couple of text books.
When hands are on the keyboard, they should be about the height of your waist.
2. Sit Tall
It is very important to sit up straight when keyboarding. Students will spend greater amounts of time at the computer such as on line courses, learning activities in the classroom, etc. They will be spending many hours on the keyboard in their lifetime. If they slouch while reading the screen, composing, or sending messages, they can develop physical impairments that can be a life long problem.
3. Feet Flat Floor
When practicing keyboarding skills or working at a computer, keep feet flat on the floor. Good posture will allow users to be more efficient and productive.
4. Palms Off
When keyboarding, keep the palms of your hands off the keyboard. This means that you move your whole hand and arm (and not just your fingers) when keyboarding. This helps prevent computer related repetitive strain injuries such as carpal tunnel syndrome or arthritis like symptoms where finger joints become very painful.
5. Fingers on Home Keys
When keyboarding, keep the ends of fingers gently resting on the home keys. For the left hand the home keys are a,s,d,f. For the right hand, they are j,k,l and ; thumbs rest on the space bar.
6. Where To Look
When keyboarding, look at either:
A. The screen; or
B. Whatever is sitting to the left or right of the computer.
Avoid watching fingers and looking for the right key on the keyboard. Usekeyboard covers such as a cloth or piece of paper. Keyboard covers are used to prevent students from looking at their hands or the keyboard while they type. This increases accuracy and promotes proper keyboarding.
7. Keyboarding Practice
Do 10 -15 minutes of practice in the keyboarding program, daily. By doing keyboarding practice daily, students will increase their accuracy and efficiency and can focus more on writing and communication, rather than worrying about keyboarding skills.
Use keyboarding games for a fun activity. This is the only time I would let the concept of speed enter into the program. We are not concerned with speed, but accuracy, efficiency, and productivity.
8. Progress
Keep progress on a chart that students can mark as they complete their lessons. Use student lesson books (see Course Materials) to record and document student progress. This is done by marking off lines with a highlighter upon review at the student’s workstation. Develop a system for monitoring daily progress. See rubric: Keyboarding Skills - Daily Performance Assessment. Download printable PDF copy of rubric.
Assessment of Keyboarding Skills
I have found a performance-based assessment is most informative and accurate. Have student select a passage from a favorite book or personal writing. This only needs to be two to three paragraphs. Read passage at an appropriate rate so that student can keyboard passage. Observe to see that student has acquired the skills defined above. You can tell by the end of the first sentence the level of proficiency. If there appears to be skill deficiency, then reassign lessons for remediation. Typically, only a low percentage of the students have to redo lessons. Students know right from the start of the program how they will be assessed. In references below, are two URL’s that have check list type rubrics.
Keyboard Instruction
Internet sites/references available to help support your classroom instruction and program development, and used to formally compose this document. Links will open in new browser window.
Tips for program implementation.

Computer literacy in the first world


Computer literacy is considered to be a very important skill to possess in developed countries. Employers want their workers to have basic computer skills because their company becomes ever more dependent on computers. Many companies try to use computers to help run their company faster and cheaper.
Computers are just as common as pen and paper are for writing, especially among youth. There seems to be an inversely proportional relationship between computer literacy and compositional literacy among first world computer users.[2] For many applications - especially communicating - computers are preferred over pen, paper, and typewriters because of their ability to duplicate and retain information and ease of editing.
As personal computers become common-place and they become more powerful, the concept of computer literacy is moving beyond basic functionality to more powerful applications under the heading of multimedia literacy.
It is frequently assumed that as computer and Internet access is common-place in the first world, everyone in those countries must have equal and ready access to this technology, and to skills in how to effectively use it. There is, however, a significant digital divide in even the most technologically advanced and enabled countries, with digital haves and have-nots. Older workers who do not use the internet at home and are computer illiterate may be frozen out of the job market even for relatively unskilled jobs such as clerking in anauto parts store.[3]
The Digital Inclusion Forum,[4] a consortium set up through joint participation from the Wireless Internet Institute,[5] IBMIntelMicrosoft and Ohio's One Community,[6] is just one organization developed to address this. Their organizational mission in this is to provide a "comprehensive resource center to inform, educate and share best practices among state and local government leaders, industry and institutional stakeholders on identifying and implementing sustainable market solutions to bridge the digital divide in North America."
A variety of private sector nonprofits and foundations also contribute to this, in addressing the needs of underserved communities. Per Scholas, for example runs programs offering free and low cost computers to children and their families in underserved communities in the South BronxNew YorkMiami, Florida and in Columbus, Ohio.[7]