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What can you do with an Engineering Degree ?




What can you do with an Engineering Degree


Engineers are in charge of developing and innovating new goods, services, technologies, and processes. Engineers can work in a variety of fields, making this a versatile career path for aspiring engineers to pursue. Understanding the scope of engineering can assist you in determining whether engineering is a good fit for your interests and abilities. In this post, we’ll look at what engineering is and some of the jobs available in the profession. Continue reading to learn more about what you can accomplish with an engineering degree. 

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What are the steps to become an engineer? 

Obtain the necessary education. 

A bachelor’s degree is the first step toward becoming an engineer. Many potential engineers choose to enroll in programs recognized by the Accreditation Board for Engineering and Technology (ABET), the primary accrediting body for engineering programs in the United States. A bachelor’s degree in the field of study in which you want to work, such as civil or chemical engineering, is required. Some engineering specialities may require you to obtain a master’s degree in addition to a bachelor’s degree in your subject. 

Take the NCEES FE test and pass it. 

You can take the Fundamentals of Engineering (FE) exam offered by the National Council of Examiners for Engineering and Surveying (NCEES) to get certified to work as an engineer-in-training or intern after graduating from an engineering program with a bachelor’s degree. 

Obtain engineering knowledge. 

You can apply to work as an engineering intern or engineer-in-training after passing the NCEES FE exam and getting your license. For full licensing, you must complete four years of on-the-job training. 

Take the PE exam and pass it. 

You can take the NCEES Professional Engineer (PE) test to become licensed to work specifically in your discipline once you have a bachelor’s degree and at least four years of experience. You may need to be licensed in more than one state depending on your professional path, which means you’ll need to apply for comity licensure in other states through NCEES. 

Apply for Jobs 

You can start applying for jobs in your sector after passing the PE exam and becoming licensed as an engineer. Consider looking for jobs on industry-specific job sites or using your professional social networks to assist you find work. 

What is the Average Salary for Engineers? 

Engineering careers pay the highest average starting wage year after year. Engineers earn a median yearly pay of $95,010, according to the US Bureau of Labor Statistics (BLS), and the engineering industry is expected to add roughly 140,000 new positions over the next decade. The bottom line is that being an engineer is definitely worth the time and effort it requires.

What can you do with a degree in engineering? 

Aerospace Engineer 

Planes and spaceships are developed by aerospace engineers. They create prototypes, test them for safety, and supervise the production of airplanes and aerospace items, including satellites. These engineers also look at designs to see how they might be improved in terms of safety and quality. 

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The majority of aerospace engineering jobs are held in offices. Aircraft engineers work in industries such as aerospace production, engineering services, instrument manufacturing, and the federal government. 

Agricultural Engineer

Agricultural engineers handle agricultural problems by applying engineering ideas. These experts create agricultural tools, devise storage methods, and reduce production’s environmental impact. They also undertake equipment safety tests. 

The majority of agricultural engineers work in offices or on farms. Engineers are most typically employed by the federal government, colleges, consulting firms, and engineering services. 

Biomedical Engineer

Engineering skills are used by these professionals to solve medical difficulties. They create technologies and tools to help patients improve their health or diagnose problems. Biomedical engineers are also responsible for the testing and maintenance of biomedical equipment. 

The majority of biomedical engineers work in the manufacturing of medical equipment, engineering research and development, or healthcare. Professionals with a master’s degree in biomedical engineering can develop their professions. 

Chemical Engineer

Chemical engineers design chemical-based manufacturing equipment and products. Chemical substances are studied, safety protocols are developed, and production processes are analyzed. 

Research and development firms, engineering services, and manufacturing are the most common employers for these engineers. The majority of chemical engineers work in offices, laboratories, or manufacturing facilities. 

Civil Engineer 

Civil engineers are responsible for the design and maintenance of public infrastructure such as highways, bridges, and dams. They also work on infrastructure projects in the private sector. To plan projects, these engineers review reports and surveys. They also test the environment and obtain approvals for their projects. 

While the majority of civil engineers have bachelor’s degrees in the subject, some organizations prefer applicants who have master’s degrees. 

Hardware Engineer

These experts create innovative computer systems or products. Memory storage devices, processors, and other computer hardware are all designed by them. Engineers that work in computer hardware also test gadgets and make changes to plans depending on their findings. 

Computer hardware engineering jobs necessitate a thorough understanding of computer systems and software. Computer hardware engineers work in a variety of industries, including computer systems design, electronic component production, and computer equipment manufacture. 

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Electrical and Electronics Engineer

Engineers that work in electrical and electronics design products, systems, and equipment that transmit or utilise electricity. Motors, communication tools, and power systems are all designed by electrical engineers. Engineers who work in the field of electronics create electrical goods and software. 

Electronics engineering and electrical engineering are primarily office-based careers. Telecommunications, electric power generation, manufacturing, and the federal government all employ these engineers. 

Technical Engineer

Engineering project managers are in charge of overseeing engineering projects. They develop project plans and deadlines, as well as evaluating technical designs. Engineers and technicians are supervised by engineering managers to ensure that projects are completed successfully. 

The majority of engineering managers have several years of experience. Some have earned master’s degrees as well. They operate in offices and in the field, in factories, labs, and industrial plants, among other places. 

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Environmental Engineer

These experts use engineering to solve environmental problems. They look for answers to problems including pollution, waste disposal, and public health. Environmental engineers also design pollution control systems and inspect facilities. Some organizations seek advice on decontamination efforts. 

Most environmental engineers work for government agencies, as opposed to other types of engineers. They also provide engineering and consulting services. 

Industrial Engineer

Industrial engineers help companies increase the efficiency of their manufacturing and production processes. They create waste-reduction and process-flow-improvement systems. In addition, industrial engineers create systems that improve planning, quality, and cost. 

Many industrial engineers work in the manufacturing of transportation equipment, computer and electrical products, machinery, or another type of manufacturing. They are typically employed in offices and manufacturing. 

Petroleum Engineer

Petroleum engineers design and manufacture technology to extract natural resources. They design the equipment that is used to extract oil from subsurface reservoirs. Petroleum engineers investigate strategies to remove more oil and gas from older wells. They also inspect equipment to ensure that it functions properly. 

Careers in petroleum engineering necessitate good surveying and testing abilities. The majority of petroleum engineers work in oil and gas extraction, mining, or the production of petroleum products. They work in offices as well as on construction sites. 

Nuclear Engineer 

In industrial and medical environments, nuclear engineers build equipment and systems that employ radioactive elements for electricity. They create nuclear power plant equipment, devise techniques for removing nuclear waste, and test nuclear-related gadgets. 

The majority of nuclear engineers work in offices, however some also work in nuclear power plants. The federal government, scientific research, and manufacturing are the most prevalent employers for nuclear engineers. 

Materials Engineer

These engineers study the materials that are used in various tools, equipment, and products. They assess chemicals in order to develop new materials or techniques for utilizing existing ones. Materials engineers are responsible for overseeing materials testing, evaluating the performance of a material, and investigating product problems. 

Transportation equipment manufacture, engineering services, and metal fabrication are the most prevalent jobs for materials engineers. In addition to factories, laboratories, and offices, these engineers may work in factories, laboratories, or offices.

Universities offering Engineering Courses


The Massachusetts Institute of Technology (MIT) is a public research university in (MIT) 

Since its founding in 1861, MIT has produced 85 Nobel laureates and 132 other scientific award winners among its graduates. This could be one of the reasons why just 8% of candidates are accepted into their desired degree program. 

Some of the graduates were hired by Google, Oracle, Amazon, Apple, Boeing, Microsoft, the United States Air Force, Nike, and other well-known corporations. 

Stanford University is a prestigious university in California. 

Stanford University boasts 20 Nobel laureates among its alumni and partners with Silicon Valley corporations. Stanford maintains a portfolio of 5,500 externally funded research projects valued $1.22 billion dollars. 

University of California at Berkeley 

The 72 Nobel Awards won by graduates and researchers at this public research university make it a prestigious institution. 

The Berkeley lab is where 16 of the periodic table’s chemical elements were discovered. At the University of California, Berkeley, you may put your engineering ideas to the test in a dedicated design innovation lab. 

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Georgia Tech is a public research university in Atlanta, Georgia. 

The institution is known for its nine satellite campuses, some of which are located in France, Ireland, Singapore, and China, among other places. 

The Carnegie Foundation for the Advancement of Teaching classifies Georgia Tech as a research-intensive institution. Aside from athletics, Georgia Tech graduates are hired in roughly 1,000 companies and organizations each year, earning a total of $20 million per year. Former US President Jimmy Carter, as well as other astronauts and notable figures, are among them. 

California Institute of Technology (Caltech) is a public research university

You can benefit from a comprehensive academic experience at California Institute of Technology, with a strong emphasis on research and practical exercises. 

Sustainability, Neuroscience, Nanoscience, and a Bioengineering center are among the university’s research centers and institutions. Caltech is proud of its graduates and their accomplishments, which include 35 Nobel Prizes. 

The institution also oversees a number of facilities, including the Seismological Laboratory and a number of astronomical observatories. 

Carnegie Mellon University is a public research university in Pittsburgh, Pennsylvania. 

Along with its main campus in Pennsylvania, the university focuses on private research and has campuses in Qatar and Silicon Valley. 

The first degree programs in Robotics and Drama, as well as the first Computer Science departments, were established here. The institution spent over 703 million dollars on research in 2005. 

There are 19 Nobel Laureates among its alumni, as well as 72 members of the National Academies and many others. 

Urbana-Champaign campus of the University of Illinois 

The second-largest academic library in the United States is housed at this public research-intensive university. According to the Centre of Measuring University Performance research, it is “a world-leading magnet for engineering and sciences.” 

There are 21 Nobel Laureates and 20 Pulitzer Prize winners among its alumni. PayPal, Oracle, YouTube, Tesla Motors, AMD, Firefox, Oracle, and other companies were created by graduates. 

Ann Arbor campus of the University of Michigan 

Over 200 undergraduate programs at the University of Michigan have resulted in over 6,500 degrees. 

Gerald Ford, the late US president, was one of the almost 2,000 alumni. The University of Michigan also educated writers, actors, and politicians. On the moon, there’s even a plaque with the university’s name on it. 

Cornell University is located in Ithaca, New York 

Cornell University, which was founded in 1865, has been dubbed “the first really American university” because of its egalitarian beliefs and practices in higher education. Over 24,000 students enrolled in the university’s Bachelor’s, Master’s, and Professional degree programs in 2019. Cornell University has a campus in Doha, Qatar, and the Cornell Tech campus in New York City is the most recent addition. 

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Purdue University – West Lafayette is a public university in West Lafayette, Indiana. 

Purdue University – West Lafayette alumni have been involved in groundbreaking research that has resulted in well-known technologies such as the Wiki application, microwaves, and LED lights. 

Agricultural, Aeronautical, Biomedical, Civil, and Industrial Engineering are examples of Engineering Bachelor’s degrees provided by the university.


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