Here are 4 great reasons to use ISM in your school or district:
You've worked tirelessly, for months or maybe years, and now you finally have the computing power your district's teachers and students need. But you still face two pressing challenges:
You know that, unless you overcome these challenges, your technology plan will not succeed. You've invested thousands, if not millions, of dollars in hardware because you've seen the potential of one-to-one computing to empower learners, improve teacher efficiency, and save money in the long run. You've made the commitment. The money's on the line. How are you going to truly unleash the potential of your district's computers?
Teachers tell us that the math classroom poses its own set of challenges, when you're trying to make the shift from textbooks to computers.
Interactive School Mathematics (ISM) makes the transition from textbook-based learning to computer-driven learning easy, effective, and cost-efficient.
We took two years to assemble a team of 22 distinguished math educators from across North America. We've drawn on our 10 years of expertise in developing educational math software to build a completely computer-based middle school math curriculum.
In other words, we've made technology integration amazingly simple. Once you introduce ISM into your district, your instructional materials and your technology will no longer dwell in separate spheres.
Math educators have long known that it's the interaction with math concepts that ultimately leads students to understand how math really works. We learn by experimenting with ideas, not passively absorbing them. ISM takes the learning-by-doing philosophy to a new level. It's like a mathematical playground because it encourages mental gymnastics, experimentation, and—let's not forget the greatest motivator of all—fun.
ISM gives students and teachers the power to dive right into the middle of math concepts—to explore and interact directly with them.
Each ISM lesson provides a student workout: it features specially designed mathematics-driven applets to guide students through highly visual, interactive explorations of everything from multiplication to the simplification of algebraic terms.
These interactive applets truly distinguish ISM from traditional textbooks, where students can merely read about and observe illustrations of the math they are studying.
A perfect example is the treatment of multiplication.
ISM replaces traditional static presentations of multiplication tables with an interactive grid and color-shaded areas representing partial products. Using the grid, students can enter their own numbers and actually witness the underlying mechanics of what takes places when you multiply.
Unlike textbooks, ISM delivers instant feedback on all of the exercises and problems that the student answers within a lesson. It also gives them access to a series of problem-solving tools, including a powerful graphing calculator, a note pad, a glossary and a list of key formulas.
ISM's interactive approach to math produces self-reliant learners. Thanks to the built-in assessment tools, students using ISM will become much more capable of determining what they need to do to master the math. Instead of delivering concepts through a lecture, teachers will be free to coach students through the learning process. The software enables teachers to respond to individual student needs and still get through all the required material.
You might think that bringing about such radical changes in the math classroom would mean a huge time investment for teachers. Everyone has experience with print and electronic curricula that sound too good to be true… and, in the end, are. Realistically, you don't have the time or money to invest in expensive re-training for your teachers. Our development team knows that; most of the teachers involved in building ISM have 20-plus years of experience as math educators.
ISM takes full advantage of the expertise your classroom teachers already have.
Because we know first-hand the challenges you face in training your teachers, we're making sure that teachers who use ISM will just have to learn the software, not an entirely new way of teaching. Our basic motto in developing ISM has been “Evolution, not Revolution.” We realize that you can have the greatest curriculum on the planet, but if you need to spend massive amounts of time and cash re-inventing how your teachers teach, it will never work.
Most teachers follow a textbook-based curriculum and use a variety of print and paper-based supplements. They spend most of their time preparing and teaching the content in the textbook so students can meet the required learning outcomes.
In many classes, teachers also use graphing calculators, so they spend a great deal of additional time every day coaching students through the often complex keying sequences needed to make their calculators work.
Add to this all of the time spent marking and handling other administrative tasks and there is little time left over for anything else.
Computers can be a nuisance and a distraction, if they are only used as a tool or an add-on and are not central to the delivery of your math curriculum. You can require students to surf the Web, send e-mail, write essays or reports, or possibly do some work with Excel spreadsheets.
However, none of these activities come ready-made to be integrated with the curriculum in the textbook. It takes a highly-motivated teacher to devote the extra time to figuring out how all the pieces of the puzzle fit together. Even Excel, software which has obvious mathematical potential, takes time to learn, and the payoff for the time invested is seldom worth it.
Some teachers surf the Web and find collections of interactive math applets. These can be useful, but teachers have to spend hours trying to find good ones and then working out how to integrate them into their lesson plans. Even when this work is done, teachers can never be certain these applets are going to work or be available on-line during their math classes.
Q: Where does this leave you?
A: Back in the math classroom with textbooks and graphing calculators.
Q: What does this tell you?
A: That unless you can find a way to eliminate textbooks and graphing calculators your efforts to integrate technology into your math classrooms will be severely restricted.
Because it integrates technology and curriculum, ISM gives teachers the time they need to make technology work in their classrooms. At last, everything is in one place. The technology is the curriculum, and the curriculum is the technology. Teachers no longer need to scrounge around the Web looking for applets and struggling to weave them into their curriculum.
With ISM, everything is integrated and ready to go, right out of the box. With ISM, plug-and-play technology finally comes to the classroom.
A great print textbook is like a stylish new car. It's shiny, loaded with lots of bells and whistles, and smells great. But, it loses its sheen the minute you drive it off the lot. Publishers start working on the next edition of a textbook almost as soon as the current edition hits the printing press. Just when your teachers get really comfortable with the pedagogy and the problem sets, a new edition appears, and they have to learn the ropes all over again.
The terrific thing about ISM, on the other hand, is that its rich features only appreciate over time. Purchasing ISM is an investment, not a cost.
ISM can save you money in the long run because it can grow organically over time with the needs of your teachers and students.
Rather than having to purchase a new textbook every five to seven years, your subscription fee to ISM will enable you to keep your teaching materials up to date without having to update your budget, too. You can continually enhance your original purchase by taking advantage of yearly updates.
With ISM, you can permanently eliminate from your budget the cost of graphing calculators.
What you can't eliminate, of course, is the cost of upgrading your hardware. Unfortunately, computers, we all know, depreciate even faster than new cars. That's why it's imperative that you find ways to cut your costs for instructional materials. You simply can't afford to have both your computers and your teaching materials depreciating. Since your state-of-the-art computers are rapidly depreciating as you read this, you need to halt the depreciation of your curriculum.
A Subscription to ISM Will Make your Overall One-to-One Computing Initiative More Sustainable.
Redirecting the money you'd put into highly-depreciable textbooks into integrated mathematics software will free up funds for you to re-invest in hardware.
It will give you the financial breathing room you need to take your vision of technology in the classroom to the next level—whether that's the next class, the next subject, or the next school.
You've purchase a five-year subscription to ISM, and you're now three years into using it.
And what about you?
You're actually looking forward to doing this year's budget because you're confident you have the financial resources you need to make learning happen in your district.
Now that you've invested in a solid digital asset, ISM, you can see your way clear to further expanding the role of technology to support students and teachers.
A completely computer-based middle school math curriculum that makes the transition from textbook-based learning to computer-driven learning easy, effective, and cost-efficient
A highly interactive approach to learning mathematics that gives students and teachers the power to dive right into the middle of math concepts — to explore and interact directly with them
A new and effective means of fusing your technology and your curriculum that requires very little professional development
An approach that transforms the technology in your district from a time-eater to a time saver
A digital instructional asset that will hold, or even increase, its value over time
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