Technology in Education

What does educational technology really mean? Most people consider technology use in education to mean the implementation of computers in the classroom. However, educational technology can mean so much more. Technology use in education commonly refers to technology that is used by students or teachers to present material, organize material, demonstrate student knowledge, or integrate learning and interaction.

The most common current technologies used in education today typically revolve around presenting or delivering material or knowledge. This includes common devices and programs such as overhead projectors, document projectors, smart boards, PowerPoint presentations, multimedia presentations, internet use for research, and software applications for educational purposes.

Moreover, most consider using these devices as the major function of educational technology. However, it is how you use the devices and the extent to which an educator uses them that makes them successful in improving student achievement and learning.

To truly impact the success of student achievement, educators must integrate technology in a majority of instruction not only as an occasional use, but more as a consistent means of instruction. This can mean presenting educational materials as multimedia presentations, incorporating a variety of student activities throughout instruction with software programs, and integrating technology use into assessment.

Technological devices that can aid educators in integrating educational technology include using smart boards and interactive white boards to present material to students that address multiple learning styles. Additionally, educators can use programs to help student create graphic organizers for material that integrates educational technology and a variety of teaching strategies that aid students in visualizing information, organizing material, and making connections to concepts and other materials. Finally, educators can provide students with multiple opportunities to use technology when demonstrating their knowledge in subjects.

As technology advances and access increases, educators will continue to use technology in the classroom that will only improve success for the current technologically driven generation.

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Science Software Applications

For students and young children interested in Science topics, but uninterested in science classes, a variety of science software games or applications can be useful in gaining or improving interest. Many of these games or applications can be purchased by the general public, by parents, or by teachers. They address anything from interactive encyclopedias to virtual trips to the zoo.

One software application that can help students or children become interested in science topics is encyclopedia software. These applications contain as much information as a printed encyclopedia; however, it also includes interactive material and videos that allow students to review information in full color and detail as well as watch live examples of the topic to engage interest and improve attention.

Another example of science software applications are software that allows students to participate in virtual science experiments, complete virtual dissections of animals, and explore the human anatomy. These applications encourage students to interact with the material as well as provide opportunities to complete the experiments multiple times. This encourages students to participate and explore outcomes as well as give them opportunities to understand how changes in the experiment or dissection change results or affect the overall experiment.

Yet another type of science software application includes games for younger children that encourage them to explore science topics such as whether, animals, different environments, and natural phenomena such as volcanoes, hurricanes, earthquakes, and tidal waves.

Science educational software programs can provide a variety of avenues for increasing student or children’s interest in science topics and science classes. Additionally, these programs can encourage students to explore topics on their own, outside of the classroom. Since many are available for purchase on the internet, then students, parents, or teachers can acquire them. This access can improve student’s interaction in science subjects outside of classrooms. Overall, these programs are a wonderful way to encourage students interest and understanding in science.

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Science related careers

How many times have you said or hear your child say, When am I ever going to need this. Many students face this same question day in and day out. For those students who are not interested in science, providing them with some real life examples of industries that use science skills may be helpful. Students always benefit from making connections to their personal lives, interests, goals, and experiences.

So what kinds of careers require science knowledge, which students many not think of?
Several career fields use scientific information. Among these may be a few that students do not think about or that they only know some aspect of. Examples include zoologist, nutritionist, environmental scientist, physical therapist, pharmacist, and marine biologist.

Zoologists and marine biologists study different types of animals and require extensive knowledge about biology. Nutritionist help patients develop nutritional diet plans and have to have extensive knowledge about human biology as well as chemistry to help determine what types of foods a person can eat and how foods interact with each.

Environmental scientists are another set professionals that have to know about several fields of science. These scientists have to have knowledge about biology, chemistry, and botany to understand how different factors impact the environment.

Finally two other options include physical therapists and pharmacists. Physical therapists require knowledge in anatomy to understand body parts as well as physiology to understand body movements. These sciences help the physical therapist determine the best treatment options for patients who are injured.

Pharmacists have to have knowledge of chemistry and anatomy to understand dosage requirements for patient prescriptions as well as possible side effects or medication interactions.

A variety of fields and jobs require some basic knowledge or use of science concepts. Helping students make these connections can improve their interest or participation in the classroom.

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What you need to know about Science Fair Projects

Science fair projects can be interesting and fun for students. They can increase interest in science topics and teach students about systematically approaching problems and challenges. However, a student’s first science fair project can be a bit overwhelming for both the student and the parents. A few tips should be considered when approaching a science fair project in an effort to make the experience more enjoyable and interesting throughout.

The first consideration should be choosing an appropriate topic. Help your child select a topic or experiment that will hold their interest for several months, that fits with the type of learning style your child prefers, and that is appropriate for their developmental level. These tips will help the student stay focused, reduce frustration, maintain interest, and ensure success.

Another tip is to ensure that the student has all the rules and guidelines for what needs to be included in the project. Often science fair projects require record journals, presentations of the project, and require that all six steps of the scientific method be included in the project. So make sure your student knows all the requirements and guidelines.

A third tip would be to find out or research what judges look for when judging science fair projects. Student should know and understand the judging criteria. Furthermore, parents can review the criteria and ask students to explain or demonstrate how they met each requirement. This aids the student in understanding the process, improving critical thinking skills, and self-reflection skills.

Finally, encourage students to create a timeline for their project and help them adhere to the timeline. This will ensure students complete the project, stay focused and reduce frustration.

Science fair projects can be a great way to encourage interest in science and provide an opportunity for parents to be involved with the student’s education. Using these few tips can help make the experience fun, enjoyable, and rewarding for all.

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How Can Science Be Made More Interesting?

There are some students who, if they could, would take every science course offered, especially in the higher grades where they can choose their subjects. However, there are other students who, especially in those schools where a certain number of science courses are required to meet graduation standards, do everything in their power to keep from taking any but the most basic sciences courses.

It is these students that can prove especially challenging to science teachers, and there may be different reasons why they are like they are. Some students may simply prefer other subjects, such as math, history, or the arts. Others may hold strong religious beliefs, and may feel that science is trying to do nothing more than trying to disprove everything they’ve ever believed.

These students, however, cannot be allowed to fall through the cracks, so teachers have to figure out ways to make science more interesting or, in some cases, less controversial to them. After all, there can only be so many experiments conducted and so many microscope exercises during a class period, although these are often two things that seem to pique even the most die-hard science hater.

With the help of online resources that are designed to help students cultivate an interest in science, such as those found on elearners.com, teachers can find different ways to present material in a stimulating way, making students want to find out more. These can include reference materials or study guides that provide more depth into one particular scientific field, since the reason for a student’s disinterest may be because they like one type of science but not another.

Other resources may offer insight into those scientists with strong religious upbringings who made great discoveries and did not feel as though their faith or beliefs were threatened. This may prove interesting to a student whose reluctance to approach science stems from this situation.

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