What Is Engineering Technology?
The profession of engineering technology (ET) has existed for centuries. In the ancient world, specialists were responsible for designing and building structures. Today, a similar profession exists in the modern world. As such, there are several jobs and education requirements for ET professionals. In this article, you will learn about the education and experience necessary to become an ET professional.
Jobs for engineering technologists
Engineering technologists support research and development efforts in a wide variety of industries. They use engineering principles to develop new products, processes, and technologies. They also implement engineering theories, conduct tests, and analyze data. They often coordinate efforts with junior engineers and support specialists. Engineering technologists’ duties and responsibilities vary depending on their role within an organization.
In addition to their technical skills, engineering technologists can also be involved in the design and production of equipment and systems. They can work with engineers to improve the design of equipment, conduct experiments, or create new models. They may also be responsible for improving the efficiency of products. If you’re interested in pursuing a career in engineering, check out the following occupations:
Engineering technologists must have a strong knowledge of materials, equipment, and processes to be effective in their work. They may also be required to provide cost estimates for projects and suggest ways to increase productivity. Engineering technologists can work in any of the four main branches of engineering, or in smaller, specialized branches. As a result, a degree in engineering technology can lead to excellent career prospects.
An associate degree in engineering is often required for jobs in this field. In addition, some positions require a four-year bachelor’s degree. Obtaining a bachelor’s degree will not only expand job responsibilities but also give you the opportunity to stand out from other candidates. It also increases earnings potential.
In addition, an engineering technologists must be able to understand and analyze information in a variety of ways. They need to be skilled in pattern recognition, as well as the ability to understand another person’s speech. They must be able to analyze technical documents, analyze graphical representations of civil structures, and test materials for their properties.
As an engineering technologist, you will find a variety of challenging jobs in a variety of industries. The Bureau of Labor Statistics projects a high growth in cloud computing, big data, and information security. For those who are interested in these fields, NJIT’s Career Development Services can help you find a job. They offer career counseling, co-op opportunities, and resume workshops. They also host a career fair, which attracts over 100 employers.
The job of an engineering technologist is similar to that of an engineer, but with a much more hands-on approach to problem-solving. Graduates of an engineering technology program will typically be prepared to immediately begin technical assignments. Some may even pursue graduate studies in engineering or business. If you’re passionate about solving problems with the help of science, you may want to consider a career in this field.
Salary for engineering technologists
A career as an engineering technologist can be lucrative, even if you don’t have a college degree. The median salary for engineers in this field is $55,810 per year, which is higher than the $37,690 national median for all occupations. The highest-paying roles are in the aerospace industry, while the lowest-paying ones are in environmental engineering. Salary for engineering technologists can range from $60,000 to over $100,000 per year, depending on the region and industry.
According to the US Bureau of Labor Statistics, a person with a bachelor’s degree in engineering can earn up to $59,160 annually. Salaries may vary based on location and responsibilities, and a master’s or doctorate degree may be pursued later. It’s important to note that engineering technologist positions are distinct from mechanical engineering technologist jobs.
The main function of an engineering technologist is to support research and development projects. They apply principles of physics and math to create new products and processes. They also perform tests and optimize production processes. They can work independently or with a team of engineers and support specialists. Depending on their level of responsibility, they may earn up to $80k.
An engineering technician typically works under an engineer. They may be responsible for designing, testing, calibrating, and modifying machinery. In most cases, an engineering technician should have an associate’s degree or equivalent. The average engineering technician salary varies according to specialization and experience, but is typically between $26 and $33 per hour.
Salary for engineering technologists varies by city. In New York, the median salary for an engineering technologist is $52,629, while the middle 57% of engineers earn between $103,742 and $164,086. As of 2018, an individual Engineering Technologist in New York will pay 6.57% in state and federal taxes. With these deductions, they can earn up to $84,512 a year, which is still above the national average.
Industrial engineering technologists help industrial engineers design and construct systems that make the most efficient use of resources. They help industrial engineers plan manufacturing processes, prepare machinery layouts, and analyze production costs. They may also conduct time and motion studies and consider worker performance. An entry-level industrial engineering technologol will earn between $36,550 and $45,040 per year. With experience, however, salaries tend to increase.
Government jobs as an engineering technologist are generally classified under the GS payscale. The minimum paygrade is GS-1, while the highest paygrade is GS-9. Typically, however, engineers will earn higher than this base pay, depending on location and specialization. The outlook for this field is very promising, and employment growth is expected over the next decade. However, many individuals will need a strong educational background to succeed in this field.
Most engineering technician jobs require at least a bachelor’s degree. Advanced computer engineering degrees, however, open the doors to higher-paying positions. Those with a bachelor’s degree in computer science can earn as much as $159,010 annually.
Education requirements for engineering technologists
In high school, students should take a variety of mathematics and science courses, including calculus and trigonometry. They should also study physical science and computer science. Other courses to take include geometry, electrical circuits, computer integrated manufacturing, CNC programming, and statistical process control. They should also study CAD and SolidWorks. The ability to use computer programs is important, and many job postings require experience using SolidWorks.
In addition to a technical training school certificate, engineering technologists should also pursue a four-year bachelor’s degree. This will expand their job responsibilities and increase their earning potential. Although most engineering technologists are male, an increasing number of women are breaking into the field. Some institutions also require a master’s degree or a professional engineering license to train future technologists.
Graduates of engineering technology programs often acquire additional skills and training through graduate programs or distance learning. However, the majority of states require an BS degree in engineering technology. For example, some states require an engineering technician to earn an undergraduate degree and a graduate degree in engineering. Some universities have introduced engineering degree apprenticeships.
In Canada, the new category of “technologist” was created in the 1960s to fill the gap between trades and engineering programs. Applicants may seek certification through a provincial association as a Professional Technologist (P.Tech.), Certified Engineering Technologist (C.E.T.), or Applied Science Technologist (AScT). Certification is also recognized by professional associations, such as the Canadian Council of Technicians and Technologists.
An engineering technologist’s education program typically includes a broad range of applied mathematics and science courses. During their training, graduates will learn to work in diverse engineering environments, performing a variety of support functions, and applying technology in various fields. An engineering technologist will likely also receive ethics coursework.
Graduates of the program will be prepared for entry-level technician positions in the electronics, electrical, and healthcare fields. They will learn the principles of electronics engineering and apply technical skills to support the engineering work they do. As a result, graduates will be better-equipped to handle the demands of their career than associate degree holders.
Engineering technologists can work in a variety of industries, including manufacturing and construction. Some even advance to management positions. They may also work in various fields of product development, field engineering, and quality control. Unlike engineers, engineering technologists focus more on the practical application of engineering principles. By using their practical skills, engineering technologists can apply science to solve practical problems.
Employment opportunities for engineering technologists are expected to increase over the next few years. According to the U.S. Bureau of Labor Statistics, mechanical engineering technicians are expected to grow by six percent over the next decade. In addition, electrical engineering technicians and civil engineering technicians are expected to grow by two percent over the same period. A full-time technician can earn up to $56,980 per year.