What Can You Do With An Engineering Degree Careers Salaries Revealed

Engineering students acquire useful technical abilities that enable them to operate in almost any industry of their choice. The modern world and its world depends on engineering to run sectors like healthcare, manufacturing, and technology. Students who study engineering can earn specialized degrees in fields including chemical, civil, mechanical, electrical, and biological engineering, among others. Let’s start with What Can You Do With An Engineering Degree Careers Salaries Revealed.

What Can You Do With An Engineering Degree Careers Salaries Revealed

What expertise does engineering provide?

Problem-solving techniques and cross-functional cooperation are taught to engineers.  of the value of these critical thinking and teamwork skills in various industries, engineering graduates are in high demand today. All engineers develop skills that are easily transferable to other disciplines, even though job chances are frequently correlated with the degree type. Even occupations outside of engineering, such as those in business, finance, and law, can be accessed with an engineering degree.

Engineers are free to work on topics they are enthusiastic about and use their analytical skills, critical thinking skills, and technical expertise to address issues that have an impact on their communities. Although engineering coursework has a reputation for being difficult for students, the degree it leads to open up a wide range of opportunities.

In which sectors do engineers work?

There is an engineering career that fits students’ passions, whether they want to work with rockets, human cells, or complex gear. Engineers are expected to gain 75,000 new jobs over the next ten years, with a median annual salary of $81,000, according to the U.S. Bureau of Labor Statistics. 

What are the potential engineering occupations and their associated wages?

  1. Aeronautical Engineer- By creating better, faster-flying aircraft systems, aeronautical engineers enable flight. While some aeronautical engineers concentrate on building new aircraft, others focus on improving engines, navigational devices, and propulsion systems. Official regulations, client requirements, and technical principles must all be adhered to when developing new aircraft systems. They also examine different construction materials to evaluate how they function in various settings in addition to creating and prototyping new aircraft systems. They might also work on the research and development of satellites, spacecraft, or missiles that are launched beyond the atmosphere.

The majority of professionals in this industry have backgrounds in mechanical or aeronautical engineering with an understanding of scientific concepts from physics, thermodynamics, mechanics, and aerodynamics. Successfully building aviation systems requires a solid grasp of computer software. Aeronautical engineers are highly skilled professionals that earn an average yearly salary of $116,500.

  1. Agricultural Engineers- They work to solve issues so that farm operations, including the machinery, structures, crops, and animals, run more smoothly. They contribute to increasing the effectiveness of current agricultural processes through the development of new technology. Projects concentrate on improving environmental aspects like air quality, pollution, and water flow. These engineers perform both interior and outdoor labor, frequently traveling to different agricultural locations to check that all the machinery is operating as it should. They also do research and develop new technologies in laboratories. As an illustration, several contemporary agricultural engineers are researching novel applications for agricultural waste. Others maximize crop harvest by using sensors and clever technology.
  1. Biomedical engineering is a great field for graduates who want to improve patients’ lives in the future. To address medical issues, biomedical engineers integrate engineering and scientific ideas. By creating brand-new tools, medications, and other goods, they influence the treatment patients to receive from physicians and medical facilities. Additionally, biomedical engineers design tools that accurately and safely diagnose medical issues; they also work to promote medical technology and enhance human health. These engineers are researching in the lab how to bring new concepts, such as synthetic internal organs and body part replacements, to life. They are always trying to make existing devices better by redesigning and enhancing them. 

Moreover, it is an interdisciplinary discipline that includes chemical, mechanical, and biological engineering. Chemical engineers with a background in biomedicine modify cells to mimic biological processes using their understanding of process design. Graduates of mechanical engineering can create new artificial body parts using their expertise in mechanics and prototyping. The wide range of degrees in this field makes a median salary of $91,000.

  1. Chemical engineers with a broad background and transferable skills applicable to a wide variety of industries. Chemical engineers work to produce chemicals, fuel, drugs, food, and other products that are used in daily life by using chemical, biological, physics, and math principles. These engineers often oversee manufacturing systems at industrial plants or laboratories where they do research and development. 

Chemical engineering is an interdisciplinary area that contributes to the development of several new goods, including everything from drugs to computer components. The degrees in this field often come with the strong analytical, creative, and communication abilities that are necessary for chemical engineers. Graduates gain knowledge of how to develop processes and machinery for efficient manufacturing through study and practical experience. Chemical engineers can be flexible and specialize in particular processes, earning a decent $109,000 per year.

  1. Civil Engineers plan and construct infrastructures like buildings, bridges, tunnels, and airports. Transportation systems, sewage treatment facilities, and water treatment facilities all rely on the planning skills of civil engineers. Many engineering grads find this line of employment thrilling since they can see the fruits of their labor, whether it’s a brand-new building or bridge. Civil engineers monitor adherence to safe work procedures. They must take into account optimal construction methods, legal restrictions, and environmental constraints for any project. 

They frequently work in offices to design new projects and draft proposals. When necessary, they also supervise the construction process at outdoor construction sites. In addition to having strong arithmetic and problem-solving abilities, civil engineers need to have a solid grasp of design basics. Civil engineers are needed to make sure infrastructure and utilities can support the growing population. Civil engineers make a median pay of $87,000 due to the crucial role they play in society.

  1. Electrical engineering is one of the more recent fields of engineering, and electrical engineers are in charge of developing, testing, and designing all types of electrical machinery, from generators to motors. They work in advancing more new and convenient ways to use electricity that comprises computer hardware, communication tools, and automobile navigation systems. To simulate how electrical equipment will operate, electrical engineers use design software and fundamental technical knowledge. This is a hands-on industry where employees use voltmeters, sophisticated analyzers, and manufacturing software among other things. 

Electrical engineers can work in power businesses, engineering consulting firms, or new technology development. To design and produce new electrical devices, these engineers need to have good arithmetic abilities and analytical thinking. The majority of electrical engineers complete a degree in electrical engineering, where they learn about subjects like circuit theory and designing digital systems. Electrical engineers have specific knowledge that contributes to their $101,000 median annual income.

  1. Engineering managers oversee and plan departmental activities in diverse engineering firms as members of a broad leadership profession. They are in charge of organizing fresh research and development initiatives that meet business requirements. Managers must consider the manpower and equipment requirements. Technical expertise is employed by engineering managers to guarantee that the right procedures are followed and that the outcomes are well-supported. 

Managers need other abilities in addition to a good engineering background to propose budgets, manage staff, and lead teams. They collaborate with other managers from a variety of departments, including production, marketing, finance, and outside contractors. Engineering managers are in charge of leading their teams to successfully achieve more precise objectives and comprehending the bigger picture of a project. They have a broad range of engineering specialist degrees under their belts. A career in engineering management might be supported by acquiring additional leadership abilities through business courses or a degree in management. Engineering managers get a median compensation of $145,000 thanks to their excellent organizational, communication, and detail-oriented skills.

  1. Environmental Engineering is a field that engineers should consider if they want to apply engineering and scientific engineering ideas to help save the globe. They concentrate on finding solutions for environmental problems like recycling, waste management, pollution, clean water, and sustainability. Engineers in this field create projects in the lab to reduce air pollution or help reclaim water. They can also travel to several environmental project locations to conduct quality checks, offer technical assistance, and guarantee efficient operation. Investigative reports are also created by environmental engineers who check sites to make sure they adhere to environmental standards. 

Environmental engineers work with the government to create suitable legislation while also looking for ways to maintain the air, land, and water on Earth healthy. To best safeguard the environment, people in this field work in collaboration with a wide range of different organizations, such as environmental scientists, professionals who deal with hazardous waste, and legal and business experts. Environmental, civil, and chemical engineering are just a few of the disciplines from which environmental engineers are drawn. An environmental engineer makes an average income of $89,000.

  1. Engineering in Industry- Production methods that successfully mix people, equipment, and materials are streamlined by industrial engineers. They are also in charge of conducting quality control inspections to guarantee that the procedure is operating properly. If issues do emerge, they take care of them immediately and effectively. Engineers are required in a variety of industries, including business, healthcare, and manufacturing as they have a solid reputation for being able to maximize efficiency while minimizing expenditures. To balance several elements, including effectiveness, costs, time, technology, and safety, they must be well-organized and detail-oriented. Industrial engineers must also speak with clients, management, and outside vendors to provide project status updates. Even though industrial engineers often study industrial engineering, mechanical and electrical engineers can also flourish in the field. The majority of engineering degrees teach critical thinking, inventiveness, and communication skills, which are used by workers. The typical annual compensation for industrial engineers in the US is $88,000.
  1. Mechanical Engineer- The inventor of many of the modern equipment we use daily is because of the broad field of engineering known as mechanical engineering that produces everything from batteries to medical equipment. They give the entire design process, from the very first concept to the final product, their undivided attention. Prototypes are used by mechanical engineers during the design, testing, and refinement phases.

To produce the best products possible, mechanical engineers combine their mechanical and thermal skills with analysis and computer-aided simulations. Computer technology aids in the development of their designs, their analysis, and the generation of model specifications. To build their designs, mechanical engineers use a variety of equipment, machinery, and engines. Workers also add sensors and controllers to already-existing gadgets to enhance functionality in addition to making new mechanical items. They can see how mechanical devices can be used to address any problem thanks to their solid knowledge of mechanics, structural analysis, and thermodynamics. The average yearly wage for mechanical engineers is $88,000.

  1.  Nuclear Engineering works with nuclear energy and radiation to conduct research and create innovative nuclear energy-based systems, equipment, and processes. Numerous industrial and medicinal applications for this relatively new energy source exist, ranging from spaceship power to the detection and treatment of cancer. They conduct research into new technologies and make sure that existing nuclear power facilities are operated and maintained safely to fulfill safety regulations. As a result, numerous employees actively supervise the upkeep and functioning of power plants. They are in charge of preventing mishaps from happening in the nearby areas. Nuclear engineers identify any problems and ensure that the right mitigation strategies are in place. Nuclear engineers earn a remarkable median pay of $113,000 due to their responsibilities.
  1. Petroleum Engineer- New techniques are created and developed by petroleum engineers to extract oil and gas from below the surface. This can take the form of brand-new machinery for onshore and offshore excavation or cutting-edge techniques for extracting more oil and gas with already-in-use machinery. For instance, scientists investigate ways to drive more fuel out of an oil resource for collection by injecting water or chemicals into it. Engineers in this field typically work on-site at drilling and well sites to ensure petroleum recovery is efficient and safe and also to prevent oil or gas wastage.


An engineering degree will provide you with strong analytical, meticulous, and logical thinking abilities. Thus, it has a diverse and wide career scope with an amazing stipend.

Frequently Asked Questions 

Q1. Which engineering specialty is in demand?

Civil engineering has always been a highly sought-after profession. Civil engineers are crucial in today’s society since they construct the infrastructure around us.

Q2. Which engineering is hardest?

Chemical engineering is the hardest one as it requires skills and knowledge of principles in the discipline of chemical, biological, physics, and math.