We all understand that engineering is a demanding program, but some majors are so difficult that even brilliant students still find it difficult to understand.
In this guide, we are going to consider some of the most challenging engineering majors. We shall also look at the easiest majors as well. Let’s find out about these hardest engineering majors without much waste of time.
Read also: Best Engineering Schools in Canada
Hardest Engineering Majors
When choosing an engineering major, it’s important that you consider the ones that are easy, so you won’t find it challenging to comprehend and pass the exams. The following are the most challenging engineering majors; most students struggle to graduate or pass their exams:
Civil Engineering ranks first on our ranking of the most challenging engineering majors. Civil engineering is one of the oldest branch of engineering.
Civil engineers are critical individuals who plan and assist in the construction of city infrastructure. Roads, buildings, tunnels, and bridges are some of the infrastructures they design—many people, including city and state governments, construction corporations, and contractors, value civil engineers.
Civil engineering entails a significant amount of math and science. Civil engineers should be familiar with geometry, trigonometry, mathematics, and chemistry. Students pursuing a civil engineering degree will typically study a variety of real-world challenges and scenarios to be prepared when they enter the workforce.
Chemical engineering students will learn how to design, develop, and implement chemical processes by combining mathematics and scientific principles. Kinetic systems, heat transfer systems, and energy conservation processes are some of the chemical processes that students may learn about.
Chemical engineers handle extremely technical challenges and develop technologies that significantly impact our daily lives. Like a civil engineer, a chemical engineer will spend a lot of time working with math and science. Calculus, chemistry, mechanics, and engineering statistics are some of the most typical classes taken by civil engineering majors.
Power generation and transmission systems, motors, and battery and control systems are only a few of the fields of electrical engineering.
Electrical engineering majors will research the design and application of electrical equipment, devices, and systems. These could range in size from tiny microchips to massive generators.
Problem-solving, critical thinking, math, science, and physics are some of the qualities that an electrical engineering major should possess.
Electrical engineering is one of the most difficult engineering majors because of the complexity and extent of challenges reviewed throughout the degree. Because the field changes as technology advances, students must be able to adapt quickly.
Mechanical engineering students will study machinery and how they are used in our daily lives. The science of machines and how they work will be taught to students.
Mechanical engineering majors will learn about various control systems and the fundamentals that enable them to function, such as cruise control or heating control systems, in addition to working on machines.
Like almost all other engineers, mechanical engineers should be able to solve problems. It’s a big difference between learning something and being able to apply it in the field. Students in mechanical engineering will develop a solid foundation of knowledge, but they will also require problem-solving skills to use that knowledge in the actual world.
Biomedical engineering is an engineering discipline that integrates biology and engineering. Students pursuing this major will attempt to apply engineering ideas to the medical and healthcare fields.
The demand for biomedical engineers has risen as technology has advanced, and people’s wants to use technology in various aspects of life have grown.
Students who work in this sector will have the chance to have a significant impact on both individuals and society. Biomedical engineers have developed artificial organs, prostheses, and new pharmaceutical treatments in recent years. Students interested in this career should enjoy both biology and math/science.
Students studying architectural engineering will learn how to create safe structures and increase their quality of life. There are numerous factors to consider when designing a building, including structural, electrical, mechanical, lighting, and fire protection. Majors in architectural engineering will learn how to integrate these many elements into a single structure.
As technology advances, architectural engineering evolves as well. Students will learn how to use computer-aided design software and innovative technology that can be integrated into structures.
Students in this discipline can significantly impact society by creating buildings that can endure natural disasters or designing arenas that allow every fan to view the game.
Environmental engineering is a branch of engineering that focuses on enhancing environmental quality and safeguarding people from the elements.
Environmental engineering majors will develop answers to difficult environmental challenges by combining engineering, biology, and chemistry.
Environmental engineers will work on issues such as recycling, garbage disposal, and water treatment centers, to name a few. Reducing the number of toxins emitted into the air is another typical challenge that environmental engineers will try to solve. These are only a few major issues that environmental engineers will attempt to resolve.
Computer engineering is a broad topic that encompasses both electronic and computer engineering. Students interested in majoring in this engineering field should have a strong interest in technology, as you will be working virtually entirely with it. Students studying computer engineering will build and develop complicated technology-based computer systems and other gadgets.
Computer engineering majors will research, design, and develop both computer hardware and software. Microprocessors, memory chips, data storage systems, and networking components are examples of hardware they may assist create or improving. Operating systems, cloud storage systems, networking, communications systems, and programming languages are examples of software they may help design or improve.
In basic terms, industrial engineering majors will study how to do things better. Cost-cutting, efficiency-boosting, product- or service improvement, and workplace safety will all be priorities for industrial engineers. This is a relatively broad field, and an industrial engineer can work in various businesses.
Industrial engineers need to be able to think creatively. Industrial engineers may be tasked with either enhancing the current condition of something or inventing something new in order to improve the current state of something. Manufacturing, healthcare, business, automotive, and telecommunications are some industries in which an industrial engineer can work.
Majors in aerospace and aeronautical engineering will master the fundamentals of flight. Students will learn how to apply these fundamentals to newer, better, and safer aircraft. Aerodynamics, orbits, launch, flight controls, and engines will be covered in math and science classes.
Students majoring in aerospace and aeronautical engineering should love working in groups, as they will be doing the majority of their work with others. Students should be interested, inventive, and meticulous. Students who major in this discipline go on to work for NASA and Boeing, respectively.
Factors To Consider When Choosing an Engineering Major
You’ll find it challenging to locate an institution that offers a broad “Engineering” major. You’ll almost certainly have to choose from various disciplines, including Civil Engineering, Mechanical Engineering, Chemical Engineering, and others.
They all have similar core courses, but they swiftly diverge into different specializations.
So, if you choose “Engineering,” you’ll have to do some soul searching to figure out which form of engineering you want to study in particular. The following are the factors you should consider when choosing an engineering major:
Your Interest and Goals
What specifically piqued your interest in being an engineer, aside from the high pay? Was it the prospect of constructing a skyscraper that caught your curiosity, or was it robotics? Consider what you want to accomplish with your engineering degree, and it will help you decide which type of engineering to pursue.
What Are Your Strengths?
The beautiful thing about engineering disciplines is that they are all narrow enough that you should be able to design your major to study only what you excel at, with little exposure to areas you don’t.
If you hated AP Chemistry, don’t pursue a career as a chemical engineer. If concepts like aerodynamics and thermodynamics come naturally to you, aerospace engineering is a great option.
Course Requirements For Each Major
While all engineering majors have a strong foundation in math and physics, the rest of the course load varies by degree. So it’s worth your time to read over each engineering major’s sample curriculum to discover which one includes the courses you’re most interested in.
What’s The ROI( Return On Investment) In Pursuing Each Major?
While most engineering majors pay well, a few engineering occupations pay slightly more. Depending on the college you attend, some degrees will also cost more than others. Consider your expenses in relation to your future earnings, especially if you expect to need student loans.
Which Field Suits Your Lifestyle?
It’s also essential to think about the lifestyle decisions you’ll have to make if you pursue each degree. Many engineering majors require you to work long hours with little chance of overtime, and some of them need you to stand for lengthy periods. When deciding which degree to pursue, keep these lifestyle options in mind.
Frequently Asked Questions
Is Engineering a Hard Major?
“Engineering” appears to be a challenging field. It entails more math and physics than the majority of students desire. Even if the classes are demanding, a motivated student can succeed.
Are Engineers Happy?
Engineers have a lower happiness rating than the general population. Engineers, it turns out, evaluate their job satisfaction at 3.1 out of 5 stars, putting them in the bottom 40% of all occupations.
Are Engineers Well Paid?
The average engineer income is $104,347, and salaries are increasing at a rate of 3% annually. Systems engineers have the fastest income growth, at 7%, while management has the highest pay, at $133,264 on average.
Now that you have seen the most challenging engineering majors, you can now decide which one to go for. Before choosing any engineering major, ensure you have considered the factors we listed here in this article.