Engineers tend to earn more than the national average salary and this is expected to continue in the future. In fact, engineering degrees make up 10 of the 17 best paid titles in the labor market.
To become an engineer, you most likely need a degree. If you do not already have a degree or are looking to advance with a higher degree you can see what engineering to study here top paid engineers .
The engineering field is expanding rapidly. It requires that skilled workers apply principles based on scientific, mathematical, technological and social methodologies to design, develop, build and operate structures, devices, systems and processes.
Qualified engineers are the best paid
Competition for engineering jobs can be strong, and as in most careers, candidates who complete formal education, gain work experience and exhibit skills are often preferred over individuals with less education, experience and skill. Here are the highest paid engineering.
Aerospace Engineers
Aerospace engineers design, develop and test aircraft, satellites, spacecraft, missiles and other aerial products or spacecraft for military, commercial or private use.
Investigate and determine the safety of projects and aircraft parts. Aerospace engineers also evaluate the products to ensure they meet customer requirements, engineering specifications and quality standards.
Aerospace engineers identify and develop solutions for the malfunction or damage of aircraft, spacecraft and parts.
Aerospace engineers can begin their careers in the initial positions by earning a bachelor's degree, although many employers prefer candidates with the combination of a degree and work experience.
Software engineers
Software engineers combine 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 experts in engineering and computer science to protect, install or develop advanced computer systems and software.
Software engineers also solve any operational, security or function problems with software, computer systems and internal computer networks.
Software engineers generally must complete a minimum of a bachelor's degree based on 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 their education throughout their careers.
Chemical engineers
Chemical engineers investigate, design and solve the problems of 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 to produce food, medicines, chemicals, fuel and other materials.
Chemical engineers also investigate and determine the costs of manufacturing processes, as well as the effects they have on the environment without compromising quality and safety.
Chemical engineers must complete studies within a chemical or biomolecular degree engineering program and gain work experience before advancing to more lucrative careers.
Electrical engineers
Electrical engineers design new and improved electronic components. They also test and solve problems with existing electronic components.
Electrical engineers work with a large number of products and systems from lighting and wiring within structures to automobiles, robots, generators and navigation systems to ensure optimum performance.
They also design and assemble new products, test products to ensure safety and supervise the installation of the components. Many create technical drawings and specifications that indicate instructions and proper operation. Training to become an electrical engineer requires a degree in electrical engineering.
Biomedical Engineers
Biomedical engineers focus on improving the quality, efficiency, safety and effectiveness of medical systems and products. Analyze, design and solve problems with biology and medicine.
Biomedical engineers create artificial organs, devices and machines that are used to replace body parts and diagnose medical problems.
They also conduct research to advance medicine, develop methods to ensure product quality and test drug therapies using computer simulations.
Materials engineers
Materials engineers develop, design, process and test materials to create new materials and products. Materials engineers use metals, composites, semiconductors, plastics and other substances that meet the requirements based on mechanical, chemical and electrical standards.
They also investigate, test, create and evaluate the economic factors and standards involved in the design of new products and the development of material processes.
In addition, materials engineers provide administrative and supervisory support by supervising groups of technologists, scientists, technicians and other engineers, providing proposals, completing reports, creating budgets, evaluating new projects and preparing budgets.
Most specialize in fields of engineering processing of ceramics, composites, metallurgical, plastics or semiconductors. Materials engineers often complete studies in materials engineering or materials science programs at a master's or master's level to qualify for a job.
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