Blog

Using Waterford Inspire Whiteboard Lessons

Interactive whiteboard technology is becoming a more apparent feature in classrooms. They are great for interactive group lessons. And with new software coming out all the time, students can interact with learning in a whole new way.

Waterford Institute™, understanding the benefits of interactive whiteboards, created Waterford Inspire Whiteboard Lessons™. These lessons give teachers quality tools to enhance classroom literacy with little or no preparation needed. The lessons are easy for teachers to use, and they complement teachers’ classroom resources.

The lessons available include Phonological Awareness series and Reading Comprehension series:

Reading Comprehension Series

After a sing-along music video, each lesson focuses on one specific phonological awareness skill such as identifying repeated sounds in rhyming words, identifying the count in syllables in words, and blending individual phonemes (sounds) to form words.

Phonological Awareness Series

After the shared reading of a digital big book, each lesson includes activities to build vocabulary and foster comprehension through active discussion. In addition, each lesson focuses on one specific comprehension strategy such as sequencing events in a story; comparing characters in a story using a graphic sequencer (Venn diagram); understanding the plot of a story by identifying the setting, characters, and central conflict; and more.

See for yourself how Inspire Whiteboard Lessons are used in the classroom. View the video.

 

Technology in Education

Each school year, children spend 180 days or 1,080 hours in the classroom. Of that time, only 280 hours are instructional and only three hours are provided for individual instruction. That’s only one minute a day children receive of personalized learning.*

It’s no secret that all children learn differently. What one child learns in one way, another child learns better in another. Yet, with the way a typical classroom is set up, children don’t receive the learning that works best for them. With 15 to 20 students in each classroom it just isn’t possible for teachers to spend more than that one minute on each child’s individual instruction.

Hence the need for technology. Just like any other delivery system, more energy or work is needed to provide the best outcome. Technology provides that energy, as seen in engineering, communication, transportation, etc. So why not in education?

In the early 1970s, founder of Waterford Institute, Dr. Dustin Heuston, read an article that helped him understand the potential of technology in education. The article was by Gordon Moore, cofounder of Intel, which developed the first microprocessor chip. Moore stated that the number of transistors that fit on a computer chip would double every two years for the foreseeable future, all at no additional cost (this is also known as Moore’s Law).

If we take a closer look at idea of doubling, we see the following: If in year one the number of transistors on a computer chip were one, by the next year, that would be two, and the next four, and the next eight. Ten years later would equal to 1,024 transistors. 20 years would equal to 1,048,576 transistors. And on and on. In 2006, Intel released the dual Core Intel® Itanium® 2 processor, which used more than 1.72 billion transistors.

With this understanding, Dr. Heuston realized the possibility of a new source of work available to help individualize instruction for every child. That energy source would double every year. Imagine the teaching ability with such a resource. Through the use of computers, children could learn at their own pace, and they could receive more one-on-one with a “personal tutor.”

As technology has evolved, so has the ability of Waterford Institute’s educational software. Waterford Early Reading Program™ and Waterford Early Math and Science Program™ together include over 450 hours-worth of content. This includes over 7,000 activities, 335 songs, and 357 digital books. That is a lot of content: four years of instruction, enough for preschool through second grade.

More importantly, however, is the personalized learning path now possible with ever-improving technology. The program provides individual instruction by monitoring and responding to each child’s performance in order to present activities that match each child’s skill level. Struggling learners receive more instruction, more practice, and intense review where needed. Children who master a skill early skip explicit instruction and spend more time in practice and application of the skill.

It’s now obvious why technology is a great resource in education. Teachers can provide all their students the individual instruction they need, and they can monitor their students’ progress easily through educational programs like Early Reading Program and Early Math and Science Program.

Dr. Heuston goes into further explanation of the work technology provides in his book The Third Source: A Message of Hope for Education, now available through Amazon. Get a copy of the book and learn how technology empowers the education system.

*Data from Eaton H. Conant, Teacher and Paraprofessional Work Productivity: A Public School Cost Effectiveness Study (1973).

 

Teach Children When They’re Young

Imagine a class full of 20 or more first-grade students, each learning the same skills, each learning at different levels, each receiving only a minimal amount of personalized instruction. Johnny is far behind his other classmates, reading at a lower level. As the teacher instructs the class, Johnny pays attention, but because he is behind, he does not comprehend all that his teacher says. He needs one-on-one time to help him catch up to his peers. But with only 180 school days in a year, a full curriculum of required teaching material, the teacher’s requirement to meet the needs of the brightest students as well as the students who need more help, and an entire class of students who need the same one-on-one instruction, Johnny will not receive the personal time he needs, maybe only three minutes out of 180 days.

After implementing a software program in second- through fifth-grade classrooms in a New York school in 1989, Dr. Dustin Heuston, founder of Waterford Institute, found that second-grade was too late to teach children to read because their frustration with learning would begin to interfere with their instruction and attitude toward school. He later discovered research from Brigham Young University that clarified the need for serious instruction to begin in the youngest grades: kindergarten and first grade. And other data, yet, showed that children needed to learn before they enter school. This, of course, puts the responsibility to prepare young children to learn on the family.

However, as research shows, children from lower socio-economic status (SES) families don’t receive the language and extra education time as those from higher SES. When they enter school, lower SES children are behind their peers and stay behind throughout their academic years. And even after receiving a vast amount of knowledge throughout the school year, when they go home, their retention is minimal compared to higher SES. They go back to school even more behind than when they left.

Why? It has to do partly with lack of resources and knowledge. Parents from lower SES typically don’t have the same educational background as those from the higher SES. This also means their vocabulary isn’t as dense as those from higher SES; lower SES children are already 32 million words behind their peers upon entering school. And when these children come home for the summer, they don’t go back to a stimulating environment that will help them retain all they have learned throughout the school year.

It comes down this simple fact: not all children receive the same educational preparation as many of their peers and are never able to catch up once they begin formal education. Basically, students need to learn before they enter school in order to be prepared to receive the formal instruction offered, and parents need resources to help prepare their children.

How can we solve this devastating reality?

When he founded Waterford Institute, Dr. Heuston envisioned a source of “work” or help that would allow all children to receive the finest education, be prepared to learn in school, and continue to receive daily, personalized instruction. He discovered that technology provided a “work” that would allow him to provide the same quality education to children in multiple locations or, as he envisioned, to every child, everywhere.

But the most compelling feature of technology is how it can be offered to children. Dr. Heuston explains that technology is the Third Source of education that partners with parents to provide the knowledge and resources that many parents just don’t have. To keep kids from falling behind before they enter school, parents can use the third source to help their children receive pre-reading skills such as ABCs and vocabulary.

An example of this Third Source is UPSTART (Utah Preparing Students for a Rewarding Tomorrow)—a home-based preschool program sponsored by the State of Utah that uses Waterford Institute’s educational software. Through the program, families who qualify participate in a year of in-home preschool in which their young children use the program for just 15 minutes a day, five days a week. The program teaches basic reading, math, and science skills to prepare children to learn in school.

As part of the program, UPSTART was offered to Ibapah, a small, isolated town in Utah that is hard to access. Waterford Institute placed every eligible Ibapah preschooler in the UPSTART program. A teacher, when asked if she thought the children benefited from their participation, said they “absolutely benefit from the program. They come to school with more overall confidence, pre-reading skills, alphabet knowledge, and number knowledge.” In essence, they come to school ready to learn.

Dr. Heuston would say that an important feature of UPSTART is the support it offers to families. To help keep parents and children motivated to continue to use the program, Waterford Institute provides information through materials, training, and an ongoing dialogue with parents and caregivers.

The UPSTART program, of course, is not the end-all solution. But, children need daily, personalized instruction in the home to help prepare them for academic success. Having access to UPSTART’s educational software and learning support center works. Through the program, children receive the personalized, engaging learning that prepares them to learn when they enter kindergarten and, ultimately, prepares them for successful futures.

 

Keep Your Child Learning This Summer

Three months of summer vacation is a long time with only 12 months in a year. Sure, the summer gives children a much-needed break from the classroom. But that doesn’t mean they have to stop learning. In fact, to help them maintain what they have learned during the school year, it’s good for children to be engaged and active in learning activities.

Researchers tell us that by the end of the summer many children forget much of what they have learned in school. And when they start the new academic year, they’re forced to play an endless game of ‘catch up’. During the summer, children can fall behind as much as three months, which can accumulate to 18 months by the 6th grade.

So, to help your child keep learning during these summer months, here are just a few ideas you can incorporate into your child’s schedule (suggest these ideas to parents if you are a teacher):

Trips to the Library

Daily, weekly, or biweekly trips to the library will help your child find an interest in books and reading. No matter your child’s age, she can find a book to fit his or her interests. Let your child pick out a book. If your child cannot read yet, make sure you set aside time to read with her. If your child can read, stay engaged in her learning by having conversations about the story.

Science Experiments

These don’t have to be complicated science experiments. And no need to prepare for a science fair with erupting volcanoes and strategically placed balls to form a solar system. You can find simple ways to learn about science topics such as the wind, animals, plants, etc.

If you have a garden, enlist your child for help. But instead of turning gardening into a chore, turn it into an adventure. Teach your child about how plants grow. Take pictures each day of your garden’s progress. Teach the importance of the different kinds of bugs found in the garden. Are some bugs good? Some bugs bad? Look up plants on the Internet and learn together with your child.

You can also have fun and learn with other science topics. Star gaze with your family and learn about the constellations. Make windmills out of paper. Get down close to the bugs with a magnifying glass. Track the progress of the sun throughout the day.

Math Games

If you’re looking for something to maintain your child’s math skills, you can find games on the Internet. Plus, you can find plenty of math activities to keep your child busy throughout the house, in the car, while waiting for a doctor check up, etc. If your child is preschool age, get him ready for kindergarten by counting odd things around the house. How many apples are on the counter? How many glasses do you need for the dinner table? How many rooms are in the house? You can also teach your child to recognize numbers by pointing them out on license plates, signs, and addresses. If your child is older, you can give him math problems to do in his head, while you’re setting the table, baking cookies, eating breakfast, or cleaning the house.

You can find creative ways to keep your child learning by the everyday things you do. Keep flying kites, go on road trips, and enjoy the summer sun. But also make sure your child’s mind is staying active. Keep your child asking questions and finding answers. Keep your child learning.

 

Who Uses Waterford Institute Products?

Waterford Institute™ has an array of products that are used in schools and the home. Children, teachers, and parents are able to benefit from software programs that enhance the classroom experience and increase a child’s learning. Plus, the programs are fun and engaging. Children can be heard not only singing with the program while playing, but singing the educational songs they learn in the car, at the park, and around the house.

When Dr. Dustin Heuston founded Waterford Institute 35 years ago, he wanted to provide high-quality education to every child. His dream is being realized as children around the globe are learning and increasing their skills with Waterford Institute products.

Used in School

Waterford Institute’s Waterford Early Reading Program™ and Waterford Early Math and Science Program™ are used in schools across the nation. Children in preschool through second grade benefit from these programs, which are designed to increase reading, math, and science skills through fun activities, songs, and stories. The program presents children with personalized instruction as it adapts to each child’s skill level and provides the activities that will help each child increase learning.

Teachers have implemented the programs into their classrooms for Response to Intervention (RtI) differentiated tiers, English language learners, at-risk students, advanced students, and special education students. The program allows teachers to easily monitor and modify each of their students’ curriculum. Plus, teachers can view and print students’ progress reports to inform whole-group or differentiated instruction.

Waterford Learning At Home

Through Waterford Institute’s home portal Waterford Learning At Home™, children can benefit from Rusty and Rosy Reading℠, a reading program that includes a complete language arts curriculum. By using the program just 15 minutes a day, five days a week, children can make significant progress in increasing their reading skills. The program (designed for children aged four to eight) is easy for children to use and adapts to each child’s learning performance. Packed with thousands of activities, songs, and stories, Rusty and Rosy Reading empowers children with reading confidence.

UPSTART

UPSTART (Utah Preparing Students Today for A Rewarding Tomorrow) is an in-home preschool program sponsored by the state of Utah that uses Waterford Institute’s software. Children in the program receive learning in reading, math, and science with a focus on reading instruction. They and their parents also receive special assistance through Waterford Institute’s Learning Support Center. Year one children completed the program at the Kindergarten Advanced level and teachers have commented that UPSTART children are ready to learn when they enter kindergarten.

Community Center

Waterford Institute’s Community Center is a free community program provided for children aged four to six (preschool age) in specific areas within Utah. Through the Community Center, children learn basic reading, math, and science skills through Waterford Institute’s award-winning curriculum. A teacher assists the children through computer usage and through interactive classroom activities.

Global Reach

We can’t, of course, leave out the countries that also benefit from Waterford Institute’s programs. The United States represents only a fraction of the pre- and primary school-aged children in the world who are using the company’s award-winning software curriculum. Waterford Institute is reaching children in Romania, Senegal, Rwanda, Israel, India, China, and Taiwan.  These children are receiving instruction in English reading, math, and science, while many are also learning English as a Second or Foreign language.

 

Waterford Institute’s Software: Engaging Learning Tool

The use of learning software is a arguable subject at times. This could be because some parents worry about their child spending too much on the computer or wonder if the child is really learning from a product that seems more entertaining than academic.

Parents don’t need to worry with Waterford Institute™ educational software. Each computer program Waterford Institute creates is based on proven methods and keeps both the child and the parent or teacher in mind. Here are just a few components of Waterford Institute software programs that make them ideal for your child in the school or home.

Curriculum vs. Entertainment

Waterford Institute creates complete early reading curriculum software programs designed for young children. The curriculum design includes fun activities, memorable music, engaging graphics and video, as well as diverse characters and cultures to keep children motivated and engaged in the learning experience. However, although the programs contain some game-like components that may be viewed as entertainment, the instruction contains a variety of research-based activities created to teach fundamental reading, math, and science skills.

The activities children receive through programs such as Waterford Early Reading Program, Waterford Early Math and Science Program™, and Rusty and Rosy Reading are based on each program’s built-in personalized and adaptive instruction that provides activities based on each child’s individual needs. As children demonstrate their understanding of skills taught, the program adjusts to their learning level and provides the instruction and activities necessary to master each skill. In this way, Waterford Institute’s early education programs work as personal tutors, presenting all of the instruction needed to develop a solid academic foundation.

Based on National Standards

In 2000, the National Reading Panel identified five components critical in early reading instruction:

  • Phonemic Awareness (hearing and manipulation of words)
  • Phonics (letter and sound recognition)
  • Fluency (ability to read words accurately and quickly)
  • Vocabulary (development of word usage)
  • Text Comprehension (language structure and conventions)

Waterford Institute’s reading software incorporates all five recommended reading instruction elements, as well as language concepts (language structure and conventions).

Importance of Usage

By using the program just 15 minutes a day for five days a week, children will retain and build upon the academic skills they have received. Studies have shown that daily use of the software significantly increases a child’s learning, as opposed to longer usage in a single session.

You can learn more about Waterford Institute’s software through the products tab at the top.

 

UPSTART Preschool Program

UPSTART—an in-home preschool program sponsored by the state of Utah—is in its third year, and parents and children continue to enjoy this free program for Utahans who qualify. Because children learn the most when they are young—the most critical time for them to develop important learning skills—Waterford Institute has worked with Utah to help provide a preschool program for children between four- and five-years-old.

Through the program, children not only receive learning through powerful educational software, but their parents or caregivers benefit from Waterford Institute’s Learning Support Center. The UPSTART support organization maintains frequent contact through

  • Written materials
  • DVD and online training
  • E-mail
  • Phone calls

The goal of the support center is to provide families with a steady stream of data on children’s usage and performance as well as to introduce motivational strategies for maintaining parent and student interest. This unique support system forms a partnership with parents to ensure their children obtain the education necessary to start them on the path to success in school.

Plus, training and support are provided in both English and Spanish to make the program accessible to as many children as possible.

Year one UPSTART Children completed the program at the Kindergarten Advanced level. This means that those who completed UPSTART finished the program at the same level as advanced kindergarten students. (This average includes students from rural and urban settings, all ethnicities, and upper and lower SES levels.)

Here’s just a sample of what UPSTART parents are saying about the program:

“My son has autism. It’s hard for him to focus on things for a long period of time, and now [because of the UPSTART program] he has a better focus of what’s going on.” – An UPSTART parent

“Our child has not entered kindergarten yet, but she can already read. This is a big deal for my husband and me. Camp Consonant is not only teaching our daughter how to read, but it has taught my husband and me that she is a multi-sensory learner; we now have tools to help her learn.” – An UPSTART parent

“I have spent time volunteering in the kindergarten classes of my children and talking to the teacher about the UPSTART program. She said she can tell the children who have been involved in the program.” – An UPSTART parent

The award-winning software UPSTART uses includes

  • Rusty and Rosy Learn with Me™ – a comprehensive reading, math, and science curriculum that adapts to each child’s learning level. Every activity is specifically chosen for each child’s needs, challenges, and strengths.
  • Waterford Camp Consonant Reading™ – a multi-sensory tutoring program that uses focused instruction and repetition to teach children fundamental reading and writing skills.
  • Waterford Assessments of Core Skills Reading™ – an adaptive computer-administered test that gives an accurate indication of reading readiness and competence.

Learn more about UPSTART at www.utahupstart.org.

Waterford Institute: A History

Waterford Institute™ has 30 years of rich history in the education world, starting with its founder, Dr. Dustin Heuston. Take a look.

1954

Dr. Dustin Heuston received bachelor’s degree from Hamilton College in New York.

1959

Received master’s degree from Stanford.

1959–1962

Taught at Brigham Young University.

1969–1977

Served as headmaster of Spence School, a prominent girl’s school in New York City.

1976

Founded Waterford Institute, Inc. in New York City.

1977

Waterford Institute, Inc. moved to Utah.

1978

Pioneered interactive training using computers and videodiscs. Used a grant from the National Science Foundation to produce the world’s first educational videodisc, The Development of Living Things. Received contracts from the U.S. Army, the U.S. Navy, and various industrial clients.

1980

Began developing the Waterford School model.

1989–1993

Implemented a test model using serious computer-assisted materials in several New York City public schools as part of the New York City Public Schools Integrated Systems Project. Foundations, civic leaders, and the New York City system raised over $10,000,000 for the project. The data suggested (1) that it was imperative to work with the youngest children, as early as preschool and into Kindergarten; (2) that the software need not be adapted to foreign languages; in fact, it was preferable to have the children work directly on the software in English to accelerate their learning; (3) that the reading software needed by the market would have to be much richer and deeper than previously thought; and (4) usage is the key to success, but only about 15 minutes a day is needed (2700 minutes a school year).

1991

Began development of Waterford Early Reading Program™, the first third-generation reading program to fit the research findings from the NYC experiment.

1992

Introduced Mental Math Games Classroom Edition, a software package that increased students’ speed and accuracy in recalling basic addition, subtraction, multiplication, and division facts. Received Technology and Learning’s 1992 Award of Excellence for Mental Math Games (precursor to Waterford Early Math and Science™).

1994

Mental Math Games received a Codie Award from the Software & Information Industry Association for Best Elementary Education Program.

1995

Launched Waterford Early Reading Program. Level One was installed statewide in Idaho kindergarten classrooms. Initiated development of Waterford Early Math and Science.

1996

Signed a distribution agreement for the United States with Addison Wesley Longman which was owned by Pearson®, the world’s largest educational publisher. Selected by Microsoft—after a nationwide evaluation of available education software—to provide an education product for Microsoft’s software offerings.

1997

Released Waterford Early Reading Program Level Two (beginning reading).

1998

Released Waterford Early Reading Program Level Three (fluent reading).

1999

Established the Waterford Family Literacy Program, a multi-site community project focused on empowering families with fundamental literacy skills.

2000

Released Waterford Early Math and Science Level One.

2002

Began planning for first fourth-generation reading program, Central Park™.

2004

Released Waterford Early Math and Science Level Two and Level Three.

2005

Waterford Early Math and Science received TechLearning Awards of Excellence for Best Educational Software.

2006

Developed Rusty and Rosy Learn with Me™, a home-based platform for the Waterford Early Reading Program and Waterford Early Math and Science. Also converted Waterford Early Reading Program from C++ to Java to match Waterford Early Math and Science management and architecture (release 4.0).

2007

Released Rusty and Rosy Learn with Me in Canada.

2008

Released Waterford Assessments of Core Skills™ (adaptive reading test for young children) and Camp Consonant™ (multi-sensory reading intervention program). Waterford Early Reading Program received a Codie Award from the Software & Information Industry Association for Best Course/Classroom Management Solution and Waterford Early Math and Science received a Codie Award for Best Science Instructional Solution.

Waterford Early Learning 5.0 Highlights

Waterford Institute is getting closer to its release of Waterford Early Learning™ suite products Waterford Early Reading Program™ and Waterford Early Math and Science Program™ 5.0. As we get closer to the release, we get more and more excited to share product highlights. The following are just a few more new features schools, teachers, and students can expect to see with the 5.0 release. (See Waterford Early Learning 5.0 Preview for more highlights.)

Expect to see

  • Changes in deployment and implementation with a solution that is easily scalable with lower total cost of ownership and easier set up.
  • Data that will show the connection between progress, performance, and use—helping to inform decisions to improve student outcomes.
  • Curriculum to improve personalization and address curriculum that needs improvement.

Look for

  • Simplified install
  • Easy-to-follow Install Guide
  • New student app
  • New Waterford Manager
  • No more network management
  • New reports
  • And more

Parents, teachers, and students know the benefits of Early Reading Program and Early Math and Science Program. A special education teacher in West Orange, New Jersey testified how the instruction helped one of her students:

“C.D. is four years old. I have been working with him for over a year. He has never spoken one word at school or at home. In the weeks that C.D. has been using Waterford, he has started singing the alphabet song both at school and at home—and he can now identify his letters. We had tears in our eyes when we heard his voice for the first time.”

Learn more about Waterford Early Learning programs here.

EETC 2012 Call for Proposals

Early March of this year, Early Education and Technology for Children (EETC) conference held a successful event with attendees from around the world. We welcomed innovative minds such as Dr. Grover J. “Russ” Whitehurst, Dr. Marilyn Jager Adams, and Dr. Dustin “Dusty” Heuston who each shared their insights on education and technology in education. We also enjoyed presentations on topics such as disabilities in the digital age, children’s use of kindles, technology for early literacy instruction, involving parents in education, and much more.

You can now view the slides for each presenter and videos for each keynote and invited speaker on the EETC Website.

The EETC committee is now getting ready for EETC 2012 with a call for proposals. If you have a paper or research you would like to share, submit a proposal online. EETC is looking for submissions in the following topic areas:

Research/Evaluation

  • Evaluation of educational programs and their impact on children
  • Evaluation of emerging technologies for children in education
  • Assessment of technology’s influence on children
  • Usability/user studies for technology used with children
  • Computerized assessments for young children
  • Cross-cultural comparisons of instructional programs
  • Evaluation of educational technology internationally

Learning/Teaching

  • Teaching children using technology
  • Cooperative/collaborative learning with children
  • Interactive learning environments for children
  • Computer-mediated communication between teachers and children
  • Improving classroom learning for children
  • Intelligent tutoring systems for children
  • Computer-assisted learning and instruction for children
  • Design of educational technology systems for children

Presentations for the 2012 conference can be presented in three ways: Oral presentations, Roundtable Discussions, and Poster. Indicate which presentation type you would like to do on the submission form.

If you’re not interested in submitting a proposal, come for the conference and participate in the engaging discussions. Registration is now open.