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aerospace engineer

What does an Aerospace Engineer do?

Every day millions of people all over the world take to the skies in a wide range of aircraft, from single engine planes to gigantic shuttles designed to carry hundreds of passengers. Each of these planes was once only a vision deep inside an aerospace engineer’s mind, one which came into existence through the skilled work and testing of its creator.

An aerospace engineer has been trained to design airplanes, spaceships, new forms of aircraft, and even satellites and missiles for use by the military. They also test all prototypes to ensure they work as designed. Because of the work they do, aerospace engineers have taken us to the moon, have designed the devices that have taken flight beyond our solar system, and allow us to reach our destinations easily and comfortably through the use of their creations.

The profession is challenging and enjoyable, and has direct applications that can benefit humankind. Today, aerospace engineers have come to realize that the sky is no longer the limit and are looking for new and exciting ways to apply their knowledge to take us beyond the limits of what we know, making this one of the most sought after careers.

What sort of training and education will prepare me to become an aerospace engineer?

When you are looking to become an aerospace engineer, you will need to place a large focus on subject such as math, physics, aerodynamics, computer science, and chemistry during high school. As you enter college you will have to major in engineering, which will advance your skills in this area to prepare you for an advanced degree in aeronautical engineering.

Once you have graduated, you will very likely enter the workforce as a junior engineer, but experience and continued training will allow you to step up the ranks until you earn a position that will allow you to research and work on original products, giving way to breakthroughs in all areas of aeronautics and design. Being an aerospace engineer will require great knowledge of current and new technology, which is why it is said that you will never stop learning new things, making it one of the most satisfying careers in existence today.

What does a Biomedical Engineer do?

Biomedical Engineers are vitally important to advancing medical technology. Many Biomedical Engineers are involved in ground breaking research and medical testing. Biomedical Engineers may work in research and development designing new medication delivery methods, they may design new prosthetics, engineer and conduct experiments with diagnostic testing devices and are often involved in the creation and testing of surgical equipment. Some Biomedical Engineers work to install or repair medical equipment and others may work in more theoretical fields which require computer drafting and 3-D designing skills.

biomedical engineer

New technologies involving stem cells and lab created organs and tissues often are created and cultured under the watchful eye of a Biomedical Engineer. These positions are on the forefront of new medical technologies and offer significant opportunity to be involved in important advances in medicine.

Biomedicine remains a generally small field with little competition within medicine, however many specialized skills are necessary to succeed as a Biomedical Engineer. The ability to work long periods on a single project with intensive focus is a benefit, as Biomedical Engineers often must succeed through much trial and error. Intensive knowledge of chemistry, physics and anatomy is necessary to understand how medical equipment will function on a day to day basis. People skills are also beneficial, as Biomedical Engineers may be tasked to train others on the equipment they create.

Education requirements for Biomedical Engineers are high, with most of the scientists at the forefront of their fields obtaining a Ph.D. Entry level positions are available for individuals with a Bachelors Degree, though specialized training is often necessary and hands on experience is valued. A highly varied curriculum with advanced education in chemistry, engineering, mathematics, and anatomy is required and many students find their university years challenging. Often students take on substantial student loan debt to earn a degree in this field. However, students who perform well in school can command high salaries and significant perks after graduation, as this field has grown in demand in recent years.

What does a Chemical Engineer do?

Chemical engineers work in a variety of industries, including pharmaceuticals, health care, food processing, biotechnology, as well as industries that address environmental health and safety. Regardless of the specific industry, chemical engineers rely on their knowledge of chemistry, physics, biology and biochemistry. This, combined with their understanding of mathematics and economics, enables them to address the issues that affect the production and use of goods such as our food, fuel and pharmaceuticals. As a chemical engineer, you may be involved in improving food processing techniques, developing new fertilizers or constructing synthetic fibers for clothing. Chemical engineers are also active in the development of solutions for public health hazards, such as pollution control.

chemical engineer

In short, a chemical engineer uses their knowledge, training and skills to improve the world around us. They play a vital role in improving public health and safety, as well as developing new processes and products that advance the economy.

Work Environment

The field of chemical engineering is very broad and will include several different kinds of work environments. Most chemical engineers will work out of an office or a laboratory. However, they may also be active on industrial plants and refineries. In these environments, a chemical engineer will supervise production and operations, addressing issues and concerns as they arise.

How Can I Become A Chemical Engineer?

In order to become a chemical engineer, you must first acquire a Bachelor’s Degree in Chemical Engineering. Your coursework will include chemistry, biology, and advanced mathematics such as calculus and statistics. Because a chemical engineer works with a lot of different people in several different industries, communication skills are also important. Classes that pertain to developing written and oral communication are well-suited for someone interested in the field of chemical engineering. Beyond this, your studies will largely be influenced on what area of chemical engineering you are interested in.

Chemical engineers play an important role in the development of our economy, as well as the health and safety of the public. They are an intricate part in a large number of industries, from the production of synthetic fibers to the processes that guarantee food safety.