Posted
on March 21, 2009, 6:32 pm,
by Ragini,
under Bijawar
Note: What you see here is only the part of my summary that deals with issues and future plans. Click here to see the whole summary, which includes background information and a detailed explanation of the work we did in three weeks.
Issues
Education
One of the major issues with computer literacy in Bijawar is basic English literacy because the quality of English education in these schools is poor. Since the options for computing in Hindi are so limited, the students and other people with whom we’re working have to be able to read and understand at least some English. Context menus and dialogue boxes are intimidating because learning the ways in which Windows prompts users to take certain actions are difficult enough without the additional language barrier. Students and even teachers are additionally unable to generate significant content – letters, CVs, lesson plans, essays – in English, which makes it difficult to establish a connection between the skills they’re learning and their lives. Using the Internet is also a challenge without good English skills. While there are efforts being made to generate content in Hindi, the amount of information in Hindi is a fraction of that available in English.
Learning to type in Hindi, using a Hindi font like Kruti Dev, might help with this issue. The problem is that learning to type in English is currently a necessity for operating a computer and using the Internet. While this can be accomplished through the use of free typing software, there is no software to teach Hindi typing. There are books available for this purpose, but it is an imperfect solution that is largely untested at the high school level. Speculatively, I would venture that it requires significant time and effort to learn to type in Hindi, but it certainly bears further research.
Maintenance
The maintenance of these computers is also a huge problem. When we first arrived, the computers were in terrible shape – slowed down by viruses and bloatware, suffering from incomplete Windows installations, and physically gathering dust. Portable USB drives are becoming more common, especially among those who already have a computer, and these thumb drives are vectors of infection. Although we cleaned the computers up, I have no doubt that once the students and teachers begin to use them, especially while connected to the internet, the hardware and software will inevitable develop problems. Our time spent in Bijawar elucidated the clear need for a knowledgeable part-time IT person to maintain the workstations; without someone to keep them running, the computers will be used until something goes wrong (even if that something is truly minor from our perspective) and then they will be basically abandoned. The issue of who these IT personnel are and how they are funded remains to be seen.
Electricity
The electricity situation in India, and especially in Bijawar, is also major problem because there simply isn’t enough electricity to supply everyone at all times. While we were in Bijawar, the electricity was following a three hours on, three hours off scheme. We had power for about 12 hours a day – from 3 am to 6 am, 9 am to 12 pm, 3 pm to 6pm, and 9 pm to 12 am. Besides making life generally difficult, this scheme means that desktop computers can only be run at certain times, limiting their usefulness. Although desktops are cheaper, more powerful, and more reliable, they don’t make a lot of sense in Bijawar because of this issue. The hours for the boys’ high school, for example, are from 12-4:30 pm, so there’s no electricity to run their ten computers when they’re in session. They do have a separate power supply, but desktop computers drain that pretty quickly, and it cannot handle too much of a load at once.
Physical Resources
In the boys’ HS school, specifically, the computers are being kept in a temporary room, crowded together, with no regard to proper wiring or connectivity. The fuse which they’re using cannot handle the load of ten computers running at the same time and periodically smoldered while we were there. The new computer lab that is half-built is stuck at the moment because the funds haven’t been released at the district level, the details of which are fuzzy to me. The people in charge of building this lab additionally don’t have the knowledge about what kinds of things are important when constructing a computer lab. The concrete slabs on which the computers will rest, for example, are only deep enough for a monitor – there is no space for a keyboard. The government sent them official blueprints, but they were unable to understand the plans and so have ignored them.
The final issue is that there are too many students and too few computers. We’ve found that students learn best, at least initially when they’re learning to handle the mouse and type, with one computer per student. There simply are not enough computers to teach everyone, especially when you take into account school hours and the hours during which electricity is available.
Possible Future Plans and Ideas
We are looking into multiple avenues to continue this project in the future. Our first and most important goal is to follow through on the pilot project with one or two sets of ten students, taught before or after school by some of the teachers who are either already somewhat computer-savvy or with whom we worked over the last three weeks. The logistics and details of this plan have yet to be worked out. I also want to check in with the teachers when they’re preparing their students’ marks sheets in March and April, after board exams, to see whether the templates are being used.
The possibility of opening up the computer lab, under supervision, for students or teachers to use by signing up is also something I’m interested in. This extra, free-form time would give students the opportunity to either practice what they’ve learned in their extracurricular classes or to explore the medium by themselves and would give teachers a chance to enter their marks in Excel or to hone their computer skills. In a similar vein, the option of providing computers elsewhere in Bijawar for the teachers to use in their off time is something to explore.
I’d like to find a way to connect this computer literacy to the students’ other subjects or to their lives. Computer-aided education is an entirely different subject, but it would be interesting if students could use Excel to do some math and science exercises related to their coursework. Producing essays and papers is more difficult, because students would have to be fairly proficient at typing in Hindi first.
There is a teacher training camp held every summer for two weeks, in which master trainers go through the coming year’s curriculum and instruct the teachers on how to teach their students. Some of the teachers with whom we worked suggested that one teacher from each school be trained at this camp so that they can train others when they go back to their school. This avenue is worth investigating further.
We want to find a way of contacting the M.P. Board of Education to understand more thoroughly what their plans are regarding computer literacy in rural areas where they’ve sent computers but have not made any visible effort towards developing a sustainable infrastructure within which to actually teach students. If we have more information about the official plan, we’ll be better able to tailor our work to fit with theirs.
In the distant future, I would be interested in exploring computer literacy at the elementary and middle school levels as well, to expose students to technology as early as possible. I’m unaware of any current government scheme to send computers to these schools, however. Students also only begin learning English in the sixth grade, which is a possible stumbling block. They might be able to use drawing software or play games, which would at least teach them basic mouse and keyboard skills and allow them to become familiar with Windows at an intuitive level.
To combat the electricity problem, I’m going to look into public and private schemes to implement alternative energy sources, especially solar power, to run computers.