Monthly Archives: April 2015

How to Get Your Children Interested in Engineering or Science

Because children are naturally curious about the world in which they live, they have a unique ability to develop new interests and really devote themselves to it. Unlike adults, who are held back by mundane things like paying bills, children are still seeing things for the first time, and they have an innate sense of joy when they are allowed to do things like creatively record their findings in a scientific journal. Science and engineering are some of the fastest growing fields, so, if you want your child to be a success in the future, you might consider using the information here to influence them today.

Visit Science Exhibits

Kids spend a large part of their day sitting in a classroom. No matter how interesting the material is, by offering it to them in more than one format, you can help cultivate a genuine interest. Your kids may not understand all of the jargon at science exhibits, but they will at the very least be entertained by some of the demonstrations. Not only that, but they will be happy just to spend the day with you. Keep an eye out for local exhibits and museums. If need be, travel to someplace like the Museum of Science and Industry in Chicago, and spend the entire weekend browsing the advances made in science and engineering over the years.

Promote Questions

Science would never make any strides if no one asked questions. Kids are more than willing to address their questions to you. Are you willing to answer them? Even if the questions aren’t science or engineering related, by keeping an open dialogue and promoting that kind of curiosity, you’re encouraging your child to use his or her powers of observation—something that is a must in the field of science.

Build a World around Science

For some families, science is just another class in school. For others, science is their favorite class in school, because those families understand that just about every academic skill you need to develop can be done through science. From developing rudimentary math skills to learning sequencing through documentation in a lab notebook, children can build their academic standing just by focusing on science. All of the other areas of study will develop on their own as a child’s skills in science develop.

Have Ongoing Projects at Home

You have a lot of things to do as a parent. Your child always wants to spend time with you. Combine those two things to encourage your child to learn about science. Do you need to fix the mower? Have your child help and explain the mechanics of things as you go. Something like this can be a simple project for you, but a complex learning experience for your child. It doesn’t hurt to go out of your way to challenge your child, either, and let them learn from their environment. Encourage him or her to collect rocks and explore what those rocks are made of. They can also collect plant specimens and research them to find uses, as well as understand why they grow in your area and why others don’t.

As you work to encourage your child to be interested in science, be sure to provide the tools they need. Provide real tools, and not toys, so your child will take it seriously. Something as simple as a real scientific notebook where he or she can document their findings can go a long way toward developing lifelong learning skills in science.

Demand for Engineers and Scientists Continues to Increase

As technology continues to evolve, so does the demand for science, technology, engineering, and math (STEM) workers. Currently, there is a shortage of qualified and educated people with these skills, leading to a higher demand in job markets, not just here in the United States, but globally throughout the world. Part of the job shortage is largely due to the amount of commitment and time needed to pursue a degree in a STEM field. Students studying STEM subjects have to spend between one-third and one-half more time to review materials, and to complete projects and other course work, compared to those studying non-STEM subjects. In addition, students are expected to learn how to properly utilize cleanroom notebooks, scientific notebooks, laboratory research notebooks, and engineering notebooks.

Over the next several years, STEM jobs are expected to be one of the fastest growing job segments, following just behind the number one expanding job segment: healthcare. Previously, STEM workers only accounted for about five percent of jobs, with careers in computer programming, engineering, and research and development. However, technology has expanded far beyond these types of career fields and into sales, marketing, manufacturing, transportation, management, and so on. Demand is starting to grow, and is expected to continue to expand into the foreseeable future, for well-educated people with degrees in science, technology, engineering, and math.

Companies are now starting to realize the challenges of doing business in a global economy. Many foreign firms have already started to adapt by hiring STEM workers to fill positions in non-traditional areas within their organizations. For instance, one company recruits engineers to work in their sales department to sell their products to engineering and manufacturing firms. The reason they want engineers in sales positions is because it is easier for one engineer to sell products to another engineer.

What Educational Courses Should Someone Concentrate On at a University?

In the past, university students could find many opportunities by taking liberal arts courses. Today, that is no longer the case. Students who want the most job opportunities after graduation need to take science, technology, engineering, and math courses, and related degree programs. However, employers also desire students with interpersonal and literary skills. Minors or general educational coursework should focus on literature, communication, grammar, and interpersonal relationships. One of the biggest complaints by companies about STEM workers, in the past, is their not being able to effectively communicate with others, their poor interpersonal relationship skills, and their not being able to properly write corporate communications, emails, or memos, or to effective convey their message with those outside of STEM fields.

How Well Do STEM Careers Pay Compared to Other Jobs?

STEM careers pay higher starting salaries compared to other jobs. In many cases, those holding a degree in a related science, technology, engineering, or math field are paid much higher than another person with a higher degree. For instance, a person who has an associate of science degree for a STEM field typically earns around sixty percent more than a person who has a bachelor degree in a non-STEM subject. A student pursuing a bachelor degree of science in a STEM career will earn around sixty-five percent more than someone with a master’s degree in a non-STEM subject.

Whether you are a university student or instructor, or starting your career in a STEM-related job, you can obtain all of the scientific, engineering, and lab notebooks you require by contacting Scientific Notebook Company at 800-537-3028 today.

Cleanroom Notebooks

Famous Inventors and Scientists Who Relied Upon Scientific Notebooks

Long before there were typewriters, computers, tablets, and smartphones, inventors and scientists had to record their research in scientific notebooks. Documenting research, hypotheses, theories, problem solving, thoughts, ideas, and other concepts in research notebooks allowed famous investors and scientists to develop solutions to a wide range of problems, and create new inventions and methodologies of problem solving.

  1. Nikola Tesla: This inventor and scientist recorded a wide range of information in his notebooks, from schematics and equations about alternating currents, to general musings about his life.
  2. Thomas Edison: Mr. Edison relied upon notebooks to prove his theories mathematically. Being one of the top inventors of history, his notebooks are a wealth of information about his thought processes and how he created his inventions.
  3. Albert Einstein: Albert Einstein significantly contributed to the development of modern physics and science. His complex thought processes, equations, and ideas were recorded in his laboratory notebooks and continue to provide insight today into this great thinker.
  4. Leonardo da Vinci: Mr. da Vinci is regarded as a multi-talented artist, inventor, engineer, and mathematician. Most of his concepts for inventions were discovered after his lifetime, because he documented and recorded most of his theories, art, and ideas in notebooks.
  5. Thomas Jefferson: Besides being one of the Founding Fathers of the United States and the third President, Thomas Jefferson was also a talented inventor. The former president relied heavily upon notebooks to document a wide range of topics about his life, inventions, and other concerns during his lifetime. He even took the time to alphabetize his notes.

Some of the most famous scientists, inventors, and thinkers of our time would not have achieved success without recording and documenting their findings in lab notebooks. In fact, most of what we know today is largely based upon the information recorded in their notebooks.

The Benefits of Using Scientific Notebooks in Today’s Technology-Driven Society

While some people might think the use of scientific notebooks is no longer necessary, there are still several benefits to documenting and recording research by hand. One of the biggest is in regards to establishing your rights to patent your ideas, concepts, and inventions. Proving you were the first to conceptualize, record, or develop a new invention is easier if you have hand-written notes recorded in lab notebooks. In the event you have to challenge another person’s claim on your invention in court, it is simpler to demonstrate to the court exactly when the invention was created by providing actual hand-written documentation.

Next, technology like computers, tablets, and smartphones are never 100% reliable. In the event the storage device fails, all of your hard work could potentially be lost forever. Additionally, with the number of data security risks and hackers, your ideas might be stolen if they are stored on an Internet-connected device. Rather than fully rely upon electronic storage devices, notebooks provide a much more dependable storage source.

For more information about professional scientific notebooks, research notebooks, and lab notebooks, contact Scientific Notebook Company today at 800-537-3028.

Research Book

Studying Tips for Engineering Students

Being a successful engineering student starts by forming proper studying habits. There is a higher learning expectation at the university level, compared to what you were used to in high school. Engineering students often find they must spend more time studying in order to successfully pass their engineering classes and complete course work on time. Part of successful studying is ensuring you have the right materials and supplies before you even set foot inside a classroom, such as pens, pencils, calculators, and engineering notebooks. A materials and supplies list can be obtained either from your college’s academic office or your academic advisor.

General Engineering Studying Tips

  • Never Miss Class: Missing a class could put you far behind your peers. If you have to miss due to illness, make sure to ask a fellow classmate for notes, and make an appointment with the instructor or their teaching assistant to cover any questions you might have about the material.
  • Get to Know Your Instructors: Take the time to learn your instructors’ office hours, whether they have teaching assistants, and the teaching assistants’ office hours. Developing relationships with your instructors not only makes it easier for you to approach them whenever you require help, but also gives you suitable references to use later on when you apply for internships and jobs.
  • Participate in Study Groups: Everyone has their own methods for problem solving. Being part of a study group greatly helps expand your problem-solving skills, especially in situations where you are stuck on a problem or not entirely sure whether you are approaching the problem correctly. In addition, it allows you to develop relationships with your classmates should you miss class and need class notes or help catching up on assignments.
  • Take Notes: Notes should be taken during class lectures and problem demonstrations, as well as while you are completing reading assignments. It is better to use engineering notebooks and hand write notes rather than rely upon laptop computers or tablet devices. However, it is beneficial to use the microphone in these devices and record lectures for review later.
  • Review Materials Several Times: Review reading assignments, notes, and other materials more than once. Preview the assigned reading before reading through the chapter, and then read the entire chapter before the next class. Remember, as you are reading, to take notes on important concepts and topics you can utilize in class to help answer questions.
  • Avoid Working: If at all possible, avoid working if you have a full class load. Your engineering courses are going to take more time out of your schedule to study and complete assignments. If you do have to work, try to limit your work schedule to no more than fifteen hours per week, or, if you must work full time, take no more than one engineering course and one general education course per semester.

By following these engineering studying tips, you are on your way to developing prospering studying techniques and successfully passing your engineering courses. You can obtain professional engineering notebooks and student notebooks directly from Scientific Notebook Company by calling 800-537-3028.

Engineering Notebook

Scientific, Engineering Notebooks Retain Value in Digital Era

With the widespread availability of cloud computing solutions, tablet devices, and document capture technology, it’s easy to assume that scientific and engineering notebooks have gone the way of the slide rule. Like many assumptions, rumors of the demise of bound notebooks in scientific research are incorrect.


Bound notebooks remain an indispensible tool for scientists and engineers, giving them a durable, reliable and adaptable platform to record important information concerning their work and share it with others. According to a recent study by Atrium Research and Consulting, about 75 percent of research academics use paper notebooks for recording results. The high degree of loyalty academics have to this simple, but useful method of recording data attests to the continued relevance and usefulness of this medium.

Scientific notebooks are often the institutional memory of research organizations, preserving the work of researchers long after they’ve moved on to other organizations or projects. By using these notebooks, future researchers not only get a look at the data recorded by past researchers, but they also gain insight into their methodology and thought processes from the handwritten notes jotted down by their predecessors.

Benefits of Scientific & Engineering Notebooks

  • Legal – Engineering and scientific notebooks often prove invaluable in disputes regarding patents. Because they are bounded, signed, and dated, these notebooks provide critical information about when and how concepts, ideas, and inventions were developed. Also, the handwritten word retains a lot of psychological impact among the general public, often making handwritten notebooks more compelling than printouts and spreadsheets.
  • Reliability – A key disadvantage of using technology to record lab notes is the possibility of device or software failure. Power outages, computer viruses, and failure of devices to work properly can cause researchers to lose data stored electronically. This possibility does not exist with hard copies of lab notes recorded in engineering or scientific notebooks.
  • Compatibility – Storage mediums are always changing. Researchers or engineers who record their findings on one medium and fail to update it when mediums change may have a difficult time accessing their data years later. Paper stays the same over time, and scientific and engineering notebooks provide a method of storing information that will be accessible in the future.
  • Tangibility – Paper notebooks provide a medium very conducive to human creativity. They are easy to manipulate and their users seem to enjoy the freedom they provide to draw and write.
  • Discipline – For students and young researchers, the task of writing down results in a notebook helps develop the habits they need to be effective scientists. Dutifully recording and logging information by hand helps young researchers learn attention to detail, the importance of documenting results, and the benefits of clear and concise writing.


Research Backs Paper & Pen Notebooks

Recent research by UCLA psychological scientists appears to back the notion that people engage more deeply with information they’ve recorded by writing than they do with information they type into a computer.

A recent study tracked students who took written notes and those who typed notes into a laptop to observe how well students were able to recall information and understand it. The study’s findings showed that both groups memorized the same number of facts, but students who used laptops to record information did not do as well as those who took hand-written notes when tested on the information.

The study reported that while laptop users were more likely to take notes verbatim, they did not engage with the information as deeply as students who took handwritten notes and who had to condense information to keep up with the lecture.

Even when given a week to review their notes, students who took handwritten notes were more likely to do well on tests than those who typed their notes. Researchers found that typing notes was akin to mindless processing, while writing notes in longhand fostered more engagement with the information presented. Researchers gave some credit to “motor memory” and the amount of time spent taking handwritten notes for the students who took longhand notes’ success.

For organizations that want their researchers to deeply engage with information, paper notebooks appear to be a great tool for encouraging that engagement.

Types of Notebooks Available From SNCO

Scientific Notebook Company is a well-established leader in the research notebook and engineering notebook industry. Since the late 1950s, SNCO has been a trusted name in research and engineering notebooks, providing quality products researchers have used to document projects and protect their intellectual property. The company offers the following lines of notebooks:

  • Laboratory notebooks – These notebooks are designed to meet the needs of laboratory researchers. Permanently bound and configured to host archival materials, SNCO’s scientific notebooks are ideal for logging important research notes. SNCO scientific notebooks are manufactured to industry standards and have often been used as evidence in court and administrative proceedings regarding patent and intellectual property.
  • Student notebooks – SNCO student notebooks are ideal for use in classroom settings by young scientists and engineers mastering the discipline of correctly logging results and research notes. Instructors can provide a more realistic learning experience by having students log their information in notebooks resembling those they will use in industry and academia.
  • Engineering notebooks – SNCO also produces notebooks for engineers. These notebooks provide the format engineers need to record their notes, pass their findings down to other engineers, or use in court to defend intellectual property rights. Sketches in engineering notebooks also work well when presenting information to authorities to secure a patent.
  • Cleanroom notebooks – Scientific cleanrooms have very exacting requirements regarding the avoidance of contamination. SNCO manufactures notebooks made specifically for work in cleanrooms. Manufactured with synthetic cleanroom bond stationary, these notebooks are compatible with cleanroom environments where particle and fiber generation must be kept to a minimum. The notebooks are specially packaged to avoid any pre-use contamination.


Paper and pen may be an old technology, but it retains a high degree of utility for recording scientific research. The benefits of this tested medium – as well as its popularity among researchers – makes its continued use in research and engineering endeavors worthwhile.