Top engineering jobs in demand
Many students are choosing to focus their education and career goals in one of the subfields of engineering and with a good reason: employment opportunities for many types of engineers are expected to grow over the next decade. Furthermore, engineering can be a truly rewarding career as these professionals often work at the cutting-edge of technology and receive relatively generous salaries. Of course, not all engineering fields are expected to enjoy the same rate of growth. In fact, the Bureau of Labor Statistics BLS reports that the fastest growing subfields of engineering include industrial engineering with employment opportunities expected to swell by 8 percent by ; chemical engineering 6 percent ; civil engineering 6 percent ; computer hardware engineering 6 percent ; agricultural engineering 5 percent ; and environmental engineering 5 percent. All of these projected percentages are as fast as or higher than growth anticipated across all occupations between and 5 percent. While these percentages give a snapshot of the expected employment landscape for engineering subfields, the rankings change when evaluating the projected number of job openings.
Top 10 Highest-Paying Engineering Jobs in 2019
The field of engineering is expanding quickly. It requires skilled workers to apply principles based in scientific, mathematical, technological, and social methodologies to design, develop, construct, and operate structures, devices, systems, and processes. Skilled engineers find numerous opportunities for rewarding employment in many industries. Competition for engineering jobs can be quite competitive, and as with most careers, candidates who complete formal education, gain work experience and display skill are often preferred over individuals with less education, experience, and skill.
Petroleum Engineers are responsible for finding the most efficient and profitable means of extracting oil and gas from rock formations far below the earth. They design and develop ways to use water, chemicals, gases and steam to force oil out of reserves, perform research, develop drill plans, and ensure proper maintenance and function of oil and gas extraction equipment. Petroleum Engineers also develop means of connecting oil and gas deposits to new or existing wells.
Nuclear Engineers research nuclear energy and radiation for industrial and medical use. They design and create the processes, instrumentation, equipment, and systems which contain nuclear materials used in multiple industries, from spacecraft to medical imaging devices. They also maintain and monitor nuclear operations within facilities to ensure safety, identify violations of nuclear regulations and laws, give instructions regarding the handling and disposal of nuclear waste, and develop preventative measures for nuclear accidents.
Nuclear Engineers also respond to plant shutdowns and other emergencies when they occur. Aerospace Engineers design, develop, and test aircraft, satellites, spacecraft, missiles, and other air or spacecraft products for the military, commercial, or private use.
They research and determine the safety of proposed aircraft projects and parts. Aerospace Engineers also evaluate products to ensure they meet customer requirements, engineering specifications, and quality standards.
Aerospace Engineers identify and develop solutions for malfunctioning or damaged aircraft, spacecraft, and parts. Aerospace Engineers may begin their careers within entry level positions upon earning a bachelor degree, though many employers prefer candidates with the combination of a degree and work experience.
Software Engineers blend computer science, mathematics, and engineering to design, develop, test, and maintain software or computer systems. They focus on user needs and write computer programs. Many work closely with teams of other computer science and engineering experts to secure, install, or develop advanced computer systems and software. Software Engineers also resolve any operational, security, or function issues with software, computer systems, and internal computer networks.
Software Engineers generally must complete a minimum of a bachelor degree based in computer science, software, mathematics, or engineering as well as experience working with computer systems and applications. In addition, due to the constant changes within the industry, Software Engineers must continue education throughout the course of their careers.
Engineering Managers supervise teams of engineers within electrical, mechanical, civil, or industrial engineering fields. They administer, direct, and coordinate the research, design, financing, and development of products, hardware, equipment, and devices.
They also oversee project design, manufacturing processes, productivity, and marketing analysis to lead projects for industrial, civil, and environmental products and services. Engineering Managers also create the specifications, proposals, budgets, and policies between engineering teams, clients, and contractors while adhering to regulatory laws and predicting the impact of the product. Chemical Engineers research, design, and troubleshoot the equipment and production processes for large scale manufacturing.
They apply the engineering principles of physics, chemistry, and biology to develop, identify, and evaluate the safest and most efficient means of producing food, drugs, chemicals, fuel, and other materials.
Chemical Engineers also research and determine the costs of manufacturing processes as well as the affects they have on the environment without compromising quality and safety. Electrical Engineers devise new and improved electronics, components, and equipment. They also test and resolve problems with existing electronics. Electrical Engineers work with a large number of products and systems from lighting and wiring within structures to cars, robots, generators, and navigation systems to ensure performance and resolve issues.
They also design and assemble new products, test products to ensure safety, and oversee the installation of components. Many create technical drawings and specifications indicating instructions and proper operation. Biomedical Engineers focus upon improving the quality, efficiency, safety, and effectiveness of medical systems and products.
They analyze, design, and resolve problems with biology and medicine. Biomedical Engineers create artificial organs, devices, and machines used to replace body parts and diagnose medical issues. They also conduct research to advance medicine, develop methods to assure product quality, and test drug therapies using computer simulations.
Materials engineers develop, design, process, and test materials to create new materials and products. Materials Engineers use metals, composites, semiconductors, plastics, and other substances which meet requirements based upon mechanical, chemical, and electrical standards.
They also research, test, create, and evaluate the economic factors and standards involved in designing new products and developing materials processes. Additionally, Materials Engineers provide administrative and supervisory support by overseeing groups of technologists, scientists, technicians, and other engineers, providing proposals, completing reports, creating budgets, evaluating new projects, and preparing budgets.
Most specialize in ceramic, composites, metallurgical, plastics, or semiconductor processing engineering fields. Materials Engineers often complete studies within bachelors or masters level materials science or materials engineering programs to qualify for employment.
Environmental Engineers apply and develop solutions to a number of environmental issues and problems by using the principles of engineering, biology, chemistry, and soil science. Environmental Engineers address global issues, like climate change, sustainability, and drinking water safety, as well as public health issues and means of controlling pollution.
Environmental Engineers develop means of improving environmental protection, waste disposal, and recycling programs. They also create, evaluate, and update reports based on environmental investigations and environmental improvement programs.
Environmental Engineers also oversee the standard operating procedures for legal plans, legal actions, environmental remediation programs, and permits. Additionally, they inspect industrial and municipal facilities to be certain environmental regulations and laws are followed as well as respond to hazardous waste and contaminated sites.
Training to become an Environmental Engineer requires a bachelors degree based in environmental engineering and work experience. Some candidates may complete studies within a related field like civil, chemical, or mechanical engineering and gain additional on the job training. Petroleum Engineers Petroleum Engineers are responsible for finding the most efficient and profitable means of extracting oil and gas from rock formations far below the earth.
Nuclear Engineers Nuclear Engineers research nuclear energy and radiation for industrial and medical use. Aerospace Engineers Aerospace Engineers design, develop, and test aircraft, satellites, spacecraft, missiles, and other air or spacecraft products for the military, commercial, or private use.
Software Engineers Software Engineers blend computer science, mathematics, and engineering to design, develop, test, and maintain software or computer systems. Engineering Managers Engineering Managers supervise teams of engineers within electrical, mechanical, civil, or industrial engineering fields. Chemical Engineers Chemical Engineers research, design, and troubleshoot the equipment and production processes for large scale manufacturing.
Electrical Engineers Electrical Engineers devise new and improved electronics, components, and equipment. Biomedical Engineers Biomedical Engineers focus upon improving the quality, efficiency, safety, and effectiveness of medical systems and products.
Materials Engineers Materials engineers develop, design, process, and test materials to create new materials and products. Environmental Engineers Environmental Engineers apply and develop solutions to a number of environmental issues and problems by using the principles of engineering, biology, chemistry, and soil science.
Automation & Robotics. Alternative Energy.
View all blog posts under All Engineering View all blog posts under Articles. A degree in engineering opens up a variety of career paths toward high-paying, in-demand jobs. According to the U. Bureau of Labor Statistics, engineering professions typically have a wage higher than the national median, as well as a relatively positive growth outlook. More than 14, such jobs are expected to be added to that total by
With big personalities like Elon Musk and Richard Branson pushing the boundaries of technology on a seemingly daily basis, now seems like an exciting time to start a career in engineering.
The field of engineering is expanding quickly. It requires skilled workers to apply principles based in scientific, mathematical, technological, and social methodologies to design, develop, construct, and operate structures, devices, systems, and processes.
5 Engineering Career Paths of The Future
The author enjoys researching the job market to report on the latest salaries, opportunities, and employment trends. Engineers apply theoretical knowledge of math and the physical sciences to create practical solutions for everyday problems. For example, they can plan roads and bridges, create new technology, design aircraft, or develop more efficient methods for extracting oil. According to the U. Department of Labor data released in , the total number of engineers in the USA will increase by 85, to from 1. This represents a change of 4.
7 of The Most In-Demand Engineering Jobs for 2019
Many people who are looking to start a career in engineering, and those who do can find inspiration in everything that they see, and everywhere they go. We live in a world that is advancing every day due to technology and industry, and we need more people interested in engineering careers on offer in the world. There are over 40 different types of engineering careers to choose from, and these sit in five various sub-disciplines. The types of engineering jobs on the market may differ, but the highest paying engineering jobs are always the most sought after - especially as they all inspire the learners to innovate and develop solutions to the problems that they have every day. As one of the fastest-growing professions out there, They have a huge range of fields in engineering to choose from and knowing which ones pay the most is definitely going to interest them. The choice ahead of them can be a difficult one, so let's take a look at the top ten highest paying engineering jobs out there right now. It's the oldest discipline for engineering in the world alongside military engineering, and civil engineering is broken down into structural, transportation, environmental, construction, and coastal engineering. All civil engineers are required to have a unique skill set, and a degree accredited by ABET is needed to earn the right professional engineer license.
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The 14 Best Engineering Jobs For The Future [For 2020 And Beyond]
What are the most in-demand engineering jobs for and beyond? Let's find out. Engineers literally make the theoretical practical. They take the findings of the physical sciences and use that information to build something tangible in the real world. In this sense, the literally build and maintain many of the things that make civilization possible. In the following article, we'll take a quick look at some of the most in-demand engineering jobs for and beyond. This short list is far from exhaustive, and many other fields of engineering are set to enjoy good growth over the next decade or so. Engineering has traditionally been a vital component of human development. Far from becoming redundant in the future, they should continue to grow in importance over time. According to the U. Department of Labor , the total number of engineers in the USA will increase by ,, from 1. If you have ever had ambitions to become an engineer, now might be the time. Put simply, yes of course. Historically engineers have always been required to design, build and maintain things like basic infrastructure to highly complex systems like aircraft.
Best Engineering Jobs
As a result, engineering is one of the fastest growing and best-paid professions in the world. So read on, and find out where your skills could be best utilised! Aside from military engineering, this is the oldest engineering discipline in the world and is concerned with the building and maintenance of the built and natural environment. As a result, civil engineering is typically broken down into sub-disciplines, including:. Although these are the more prominent areas, there are many other subspecialties, including municipal, surveying, plant, earthquake and forensic engineering. Mechanical engineering is a very broad discipline and, at its core, is essentially the design and maintenance of anything that is composed of moving parts. It requires a strong understanding and comprehension of the following key areas:.
