Tuesday, May 9, 2017

A Few Words on Educators in Career Transition

Educators are people with Intestinal Fortitude. They are people with courage and perseverance to stand up in front of a group and speak to them with authority; not everyone can do that. Persistence, too, is a quality that is characteristic of Educators. They learn early in their profession that it is important not give up on people, but instead set clear goals and make every ounce of their energy available to others in order to help them reach those goals. Educators are also extraordinarily perceptive, trained to listen, to be sensitive to the reactions of others, and to gain feedback as to whether or not their message gets through. If the cliché is true that 90% of the problems of most businesses could be solved by better communication, then people with those skills would be in demand ... and they are! You can find them leading programs within businesses and as public relations specialists and "change agents".
Here are some other perspectives on Educators:
Educators are disciplined organizers who must learn early on in their careers to manage their time and that of others, wisely. Although their classroom hours may be structured for them, all that they do in the preparation and creation of new approaches and the monitoring, et al is performed in an unsupervised environment. This means that they have to set the structure themselves, on their own time, and maintain the discipline required to keep at it. Have you ever known an Educator who does not have strong scheduling, planning, time management and administrative skills? Just to be minimally effective requires careful planning as to course content, materials to be used, pace of learning, plus the optimum mix of role playing, testing, lecturing, drill, and more - very similar to project managers in business and industry.
Educators ARE project managers - and good ones too! They HAVE to be in order to get through the day, week and year. They are normally assigned duties beyond the classroom: Parent and teacher meetings; conferences; professional development workshops; associations meetings; coursework; and presiding over one or more student activities. It is left up to them to provide the organizational structure, goals, milestones for progress, and they are the final authority on matters that might be in dispute. At the same time, they have to understand group dynamics, build consensus, and enlist/enroll others to contribute so that they get the most out of the raw enthusiasm and talent that their students can bring to an activity. Too, it is they who see that things get done and the objectives are met, day-by-day, hour-by-hour, and minute-by-minute.
If an Educator fails to function well as an expert project manager and leader, the evidence is glaring and staring them in the face. A poor newspaper article, a yearbook that doesn't come out on time, a junior prom that flops, an art show with unfinished projects, an archaeology club with no field trips... lack of results has immediate and harsh consequences. When you think about it, time after time and year after year, Educators as a group do turn in outstanding performances in these many roles they are asked to fill.
Educators are also creative professionals. They continually find new and refreshing ways to present material and make it interesting. They are adept at thinking on their feet, solving problems, taking on new challenges and managing "surprises" such as the audience that looks for inconsistencies in an attempt to trip them up if can - it makes news.
Educators are Public Relations, Communications and Community Affairs professionals as they are regularly involved with group and individual sessions with parents/providers/administrators/unions/board members... Often different aspects of the community are touched by Educators' activities, thus tactful and carefully thought-out communications is a must. This has become especially critical in recent years as schools have been asked to take over more and more of the roles formerly filled by families and the community. For those who are creative and/or thrive on new challenges, it's a jolt of adrenalin every day.
Educators are Counselors and Consultants. They are expected to provide the psychological and emotional support that many of their students AND families require. They also counsel and consult with each other. This requires the qualities of a good listener, advanced communications skills, a person who gets beyond the symptoms to the causes, a perceptive person who is supportive, compassionate and bold ... all these come to the foreground in the Educators who function as counselor and consultant. And finally...
Educators are trainers, motivators and coaches too. They take bodies of information and then design and implement procedures to make sure that audiences (clients, classes, teams) absorb that information. But they do more: They teach people to think for themselves and to develop the skills they need to learn on their own. This creative group of leaders, public relations professionals, program managers and trainers instill a desire in their listeners to take an interest in the subject matter and to work hard at mastering it. When you consider that they do not always have a willing audience, and that the subject matter is not always of the greatest interest to the audience, their motivating feats can be appreciated more fully! They are what's more, the ideal trainer.
Many formal Educators are General Managers who have started and run small businesses during the summer. It makes little difference whether it is a concession stand at the shore, a landscaping or house painting company, part ownership in a local restaurant; a summer camp, a basketball clinic or running tours for students. In any of these businesses, they learn what it means to meet a payroll and what cash flow and generating revenue are all about; and they learn to deal with the pressures involved in making a profit. They understand the importance of systems to control operations, costs and quality, and tat of good customer service ... and "selling" too. They oversee operations, plan direction, serve as spokespersons, train and organize, recruit and motivate, and more. They know how to "act in the moment" and make adjustments when things aren't going as planned. These Educators also understand logistics and supply chain and many other aspects fundamental to running a business. In general, they can do almost anything good managers of successful small to mid-size businesses can do, and accordingly, for all the Educators who have run or helped others run businesses, there are tens of thousands of potential employers, and that include just about every small and medium-sized business in the U.S.

Science Fair Project Ideas - Quick and Easy Project #1 - Parachutes - Part 1

It can be tough coming up with science fair project ideas on your own. Sometimes we need a little help. Here is a science project that might work for you.
For this project you will need to know a little bit about skydivers. A skydiver is a person who jumps from an airplane while it is flying. The airplane must be flying a certain number of feet off the ground or altitude for the skydiver to be able to jump and land safely with a parachute.
The skydiver jumps from the airplane and will free-fall for a little bit before pulling the rip cord to open the parachute. The parachute will then slow down the skydiver's fall so he or she will land safely on the ground. If the skydiver falls too fast, his landing wouldn't be nearly as gentle and the skydiver would probably get hurt. Remember, as science fair ideas go, this is a topic and experiment overview.
How does the parachute work?
When the skydiver jumps from the airplane, the force of gravity it pulling him or her to the ground at a very high speed, the parachute is able to slow the skydiver's fall because of air resistance or drag. Air gets underneath the parachute and pushes it back up. This creates a force, which is opposite of the force of gravity, which is pulling the skydiver down.
While the skydiver falls slowly, these two forces of pushing air up and gravity pulling him down are close to being equal or in balance. The air resistance force is just a little less than the gravity force and because of this the skydiver floats down to the ground.
So ask yourself this question, is the size of the parachute important? Could it be smaller or larger and still work the same way? What does the diameter of the parachute have to do with the size of the parachute?
Research Topics
If science fair project ideas like this one appeals to you, I may know a little about the words you will be using a lot of if you do this project, but you will still want to research them. You will need to know more in order to do the project well. Here is a list of the subjects you will want to do some research on, so that you will have a better understanding of what they are and what they mean.
  • Parachute
  • Air resistance
  • Drag
  • Load
  • Gravity
  • Surface area
Questions
All experiments and science fair projects have a question to answer. The answer to the question is the reason we do experiments. We want to know the answer. Here are some questions you might have with this project.
  • How does a parachute work?
  • Does the size of the parachute make it work better?
  • Will the parachute work, if it were larger or smaller?
  • Will increasing the diameter of the parachute make it bigger?
Materials and Equipment
This is a list of some of the items you will need to complete your project.
Heavy weight garbage bags Metric ruler Scissors Washers Twist ties Light weight string Stopwatch
This article on science fair project ideas using parachutes is continued in "Science fair project ideas - Quick and easy project #1 - Parachutes - Part 2".
Your next step is to download a free copy of Easy Steps to Award-Winning Science Fair Projects to lead you through your own project.
A great resource for science project ideas, as well as how to do them, is the science project blog. Definitely worth bookmarking.
Good luck!

Electronics Systems Technology Schools - Career Training Options

When looking to pursue a career in electronics systems technology there are a number of different options to choose from. You will need to obtain an accredited higher education in order to enter the workforce. This can be done in several specialized areas of study at different levels of training. You can select from a variety of career training options available through electronics systems technology schools. Begin by learning more about available opportunities and enroll in a program today.
There are three main specialty areas that you can choose to obtain an education and career in. Studies will require various lengths of time and coursework depending on the area. You can enroll in an accredited school or college to begin training in areas like: 
  • Electrical Engineering
  • Electronic Repair Technology
  • Electronics
Once you have decided on the specific area of study you can learn more about the levels of education and career options for that area. This will help you seek out the profession and training that is right for you.
The level of education that is available will depend on the specialized area of study that you choose to enter into in the field of electronics systems technology. Opportunities exist at various levels to allow you the chance to prepare for an exciting new career that meets your needs and goals. Training can be completed at the: 
  • Certificate Level
  • Associate Degree Level
  • Bachelor Degree Level
  • Master Degree Level
  • Doctoral Degree Level
...to help you obtain the level of education that is necessary for a successful career. Once the area and level of educational training is decided on you can look forward to studying a variety of topics that relate to the career you dream of pursuing.
Obtaining a higher education in electronic systems technology can take anywhere from several months to eight years. Completion of a program will help you seek the employment you long for. You can prepare by completing the required training and coursework. Studies will vary but can include topics that allow you to learn computer repair, communications technologies, technical math, networking systems, control systems, and much more. With an education that covers these topics you will be ready to seek employment and find work in engineering, communications, medical imaging, satellite installation, and many other exciting areas. Begin by learning more about training opportunities and enroll in a program to start the path to a new career today.
Accredited electronics systems technology training programs are able to offer you the best quality educational preparation that is available. This is due to full accreditation by agencies like the Accrediting Board for Engineering and Technology ( http://www.abet.org/ ) and other accrediting agencies. Full accreditation will ensure that the education you receive will prepare you with the skills and knowledge to succeed in your chosen career. You can begin the path to a new career by finding a program and enrolling today.
DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.
Copyright 2010 - All rights reserved by PETAP.org.
Renata McGee is a staff writer for PETAP.org. Locate Electronics Systems Technology Schools as well as a number of Online Electronics Systems Technology Schools at PETAP.org, your Partners in Education and Tuition Assistance Programs.

Different Uses of Near Infrared Technology

Monitoring bioprocess media has been done using near infrared (NIR) technology since the early 90s. The technology is very important in real-time detection of chemical contents and vital substances found in a bioreactor. With NIR technology, people are now able to properly time the control of nutrients, and compounds are now easier to optimize.
NIR technology uses methods involving the near infrared region of the electromagnetic spectrum to determine the chemical properties of a substance, such as near infrared reflectance. This technology is invaluable to medical diagnostics, since testing blood samples are made easier. It has also seen extensive use in pharmaceutical research to produce more effective medicine.
Aside from examining the human body, NIR can also be used to examine the most distant things known by humankind. Near infrared rays can be used to examine how the atmospheres of cool stars behave. Through NIR technology, astronomers can determine a star's age, spectral type, mass, and even chemical composition by looking for signatures from certain substances.
Scientific equipment using near infrared transmission measure and analyze the chemical composition of the object being scanned. Examples of NIR instruments are spectrometer, spectrophotometer, and the spectrograph. They are also called near infrared analyzers, and each instrument is capable of detecting both mammalian and microbial cell cultures like traditional chemistry methods.
NIR technology plays an important role in different industrial sectors today. NIR instruments are essential for determining the type of carpet fiber being recycled to create newer carpets. They also help sort out different kinds of textile materials such as nylon, polyester, cotton, and wool. When combining polymers, NIR instruments help to identify which ones will blend together. Formulation of medicine such as tablets and capsules also rely on these instruments to make sure they are perfectly manufactured and effective.
Today, more industries are gradually integrating near infrared technology into their operations. Constant technological developments and ongoing scientific research paved the way for more advanced NIR technology designed for different purposes. Near infrared technology is on the rise, and it wouldn't be surprising if today's MRI scanners are rendered obsolete by NIR devices.

Wednesday, December 28, 2016

Elementary Science Experiments Made Fun and Easy

Elementary science experiments can be a ton of fun. At this age, there isn't the pressure on the students that there is in the higher grades. Science fair projects are all about fun! Children are naturally curious and full of questions and energy so it shouldn't be hard to get them to come up with a topic. All you have to do is find something that will get them to think of something that interests them, and then help them get started on their project.
One elementary science experiment the children may enjoy is to see if water always drains in the same direction. They can test this out around the school, in toilets, sinks and drains. All they need to do is grab some paper and a pencil and head off to a washroom to begin. Have them flush the toilet and make note of which way the water drains. You can get them to check a second toilet to be sure they both drain the same way. Then get them to put a plug in a sink drain and fill it with some water. Pull the plug and have them observe which way the water drains in the sink. Next, if there is a floor drain around, if possible pour some water over the drain and have them observe which way it flows down the drain. Did the water always drain in the same direction?
If this elementary science project isn't for you, you could have the students test different brands of popcorn. In this project, they test to see if different brands of popcorn leave the same amount of in-popped kernels. Have fun!
For more elementary science experiments and step-by-step instructions, visit www.easy-kids-science-experiments.com. Be sure to check out the site for tons of simple science projects elementary science experiments, middle school, and high school science.
© Copyright 2008. Feel free to reprint this article on your site as long as the article is not modified in any way and the resource information (about the author) is listed as above.

Tuesday, August 12, 2014

16 Super Science Supplements

Science. Your kids probably either love it or hate it. I know few kids who are in between. For those who love it, the suggestions in this article will thrill them to no end. And for those who would rather take a trip to the dentist than perform a science experiment, these supplements will help to put the fun into science. In fact, they'll be having so much fun they'll forget they're actually learning something about the subject they can't stand.
Here are 16 suggested supplements to turn your child into a science "love it" kid, after all.
1. HOWS AND WHYS OF SCIENCE. This complete "lab" is perfect for the child who loves to discover how things work. Explore spider webs, how to make a rainbow, and many other HOWs and WHYs of the world. Conduct experiments and draw conclusions. Recommended for ages 8+
2. MAGIC SCHOOL BUS JOURNEY INTO THE HUMAN BODY. Fasten your seatbelt and join Ms. Frizzle and the gang on a trip through the human body. Includes a life-size poster with 8 sheets of sticker body parts. Recommended for ages 5+
3. VEGGIEHEADS GAME. A fun board game for older kids that teaches about health, body basics and making good food choices. Recommended for ages 12+
4. MY FIRST THREE NATURE GAMES. Three games in one box! Includes Baby Animals Memory Game, Who's afraid of the Fox, and Hide-and-Seek Dominoes. Recommended for grades PK+
5. TASTY SCIENCE. Combine snack time and science with this tasty kit. Includes ingredients, lab equipment, and recipes. Recommended for ages 6+
6. THE INVENTION GAME. This is a wild game of wacky inventions. Think you can guess what each invention and gizmo does? Choose the most correct answers and you win! Recommended for ages 12+
7. THE SOLAR SYSTEM GAME. Explore space and learn interesting facts such as which planet could float on water and which planet has the highest mountain. Game features actual NASA photographs. Recommended for grades 3+
8. BUGGO. Adults might rename this game YUCKO. But kids will love digging for bugs in the sand. Enhances memory and counting. Recommended for ages 5+
9. OCEANOPOLY. Swim around the board as your favorite sea creature. Teaches fascinating facts about the ocean and everything in it. Recommended for ages 8+
10. TOTALLY GROSS! Yes, some science is, indeed gross! Stretch your slime around the board and perform various totally gross antics. Recommended for ages 8+
11. ICE CREAM KIT. Your kids will scream for science with this yummy kit. Learn about solids, liquids and gases while inventing your own ice cream product! Recommended for ages 8+
12. REACTION. This competitive game tests chemical reactions. The player who builds the most molecules, wins! A great introduction to chemistry. Recommended for ages 10+
13. SKELETONS IN THE CLOSET. 6 fun games in 1! The first player to assemble their skeleton wins! No bones about it! Recommended for ages 7+

Friday, May 9, 2014

Schools and the Need For Educational Indicators

In considering schools, we need to value the fact that they are not on the regular platform of making and delivering goods or services to the public and hence are very far away from commonly used concepts of handling the supply and demand continuum. Schools, on the other hand, are service-oriented organizations that endeavor to provide a basic platform to the students to encourage them to grow towards the direction of success and excellence. Developing educational indicators in schools is not as easy as it looks. It is the sole responsibility of the school to cater to a big number of students, offer a number of courses, and handle other related factors to achieve their ultimate goal of better serving the society. All these are put into play in the development of such indicators.
Upholding the rate of literacy of a nation is of utmost importance - a task that is performed by educational organizations based on the land. This is so because the economic progress of a certain country attains a particular intellectual level that serves as its significant factor. Another advantage that stems from the high level of the academic world is the steady pace at which research and development accelerates in the country. Being advanced in this area can make a vast transformation between a developed, prospering nation and an under-developed, striving nation.
Taking into consideration the responsibility of the task shouldered by academic institutions, it becomes more obvious that an educational performance tool be utilized. Systematic and logical dominance inhabitants depend on the quality of education provided by educational institutions themselves. This makes a fascinating cause to examine the standard of studies being granted by the institution to the students. An educational performance tool fits perfectly in this regard as it formulates the possibility of collection and presentation of quantifiable pieces in the form of key performance indicators or KPIs. A person can follow the developments being attained in intentions through concise calculations and assignment of standard values to the educational tool. In the event that distraction occurs from the supposed values, necessary revisions can be done appropriately.
Key performance indicators help in the performance management of schools in the form of balanced scorecards to align the methods with the school's objectives. In schools, a performance indicator can be configured under four key viewpoints, namely Resource Deployment, Academics and Satisfaction, Skills, and Academic Learning. Resource deployment shows how good the resources of the academy are, which are being used through the help of the performance indicators such as percentage increase in the total budget, the level of spending on the school materials such as books and other educational requirements, normal cost per student, and others.
Academics and satisfaction takes into account KPIs, such as the percentage of parents that are contented with the programs and services, the satisfactory level of teaching skills, and the student to teacher ratio. The academy's performance can also be measured through the use of the performance perspective tool, through the number of graduate rates, attendance rates, and the number of students who dropped out. Lastly, the education and learning perspective consists of KPIs, such as the amount of extracurricular activities held per semester, the percentage of international students, and the percentage of ethnic minorities in the campus.
With the presence of educational indicators, key issues that greatly affect the standing of the school are kept at bay. In summary, it is every school's goal to convey high standards of education to meet the growing demands of the society and this can be justified through the support of performance tools such as balanced scorecards.
If you are interested in Educational Indicator, check this web-site to learn more about educational indicator.