Electrical engineering is a versatile branch with a diverse career path choice. Most prospective students beg to be conscious of the question, “Is electrical engineering hard?”. It is arguably the hardest sub-discipline of engineering. The convolution of this course is attributed to the involvement of mathematics, physics, and rigorous skills. In this blog, our expert engineers disseminate the course, why it is dreaded by students, and invaluable learning tips.
This is the field of engineering concerned with electricity distribution and the designing of devices involved, such as generators, transformers, and electricity grids, to mention a few. The functionality of electrical engineering is encapsulated in several sub-disciplines, and it is these that scare many students away. The following are some of the most common sub-fields of electrical engineering:
- Computer Engineering: This is the field concerned with the designing of computers and their systems for hardware devices like desktops, laptops, game consoles, phones, and many more.
- Electronic Engineering: This engineering field is concerned with designing and testing electronic circuits for communication systems, early televisions, and radios.
- Nanoelectronics and Engineering: They are both concerned with small-scale electronics. Microelectronics, for example, is concerned with the design and fabrication of microscopic circuits. On the other hand, nanoelectronics scales them down to nanometers.
- Engineering of Power and Energy: This field produces experts responsible for generating and distributing electricity and designing related devices.
- Telecommunications Engineering: As its name suggests, this course concerns the intricacies of communication transmission through cables, atmosphere, and optical fibers through modulation.
This program is undeniably challenging. As rewarding as this course may be, the following factors also make electrical engineering hard:
Mathematics is the most common denominator for all engineering disciplines. This course is not an exception. However, it is no secret that not so many people are fond of math, especially complex concepts such as calculus, algebra, and geometry.
The fact that this course involves abstract concepts demands much abstract thinking. These concepts include electromotive force and electric current. Unfortunately, not so many students have impeccable theoretical thinking skills.
Success in this course demands more than just the understanding of complicated physics concepts and the ability to solve complicated mathematical problems. This course is also an art as much as it is a science. Therefore, students need to master certain skills to achieve the perfect blend of the art and science of electrical engineering.
Is Electrical Engineering Hard? To this end, the following skills have sufficed:
- Critical thinking
- Abstract thinking skills
- Troubleshooting skills
- Communication skills
- Data collection and analysis skills
- Problem-solving skills
Students usually learn to develop and maintain electronic and electrical systems. As they advance, they learn these systems’ manufacturing and installation processes.
While it is true that electrical engineering is hard, it is relatively beneficial. Considering how infamous it is, what would motivate students to pursue this course? The following are some of the benefits of pursuing electrical for students:
Electrical engineering is a wide field of study linked to other disciplines. Therefore, it has an advantage over the sub-disciplines and can be applied in several professional and academic domains. This versatility provides students with many options to choose from. They include photonics, control systems, microelectronics, power engineering, and many more.
This field is a quickly evolving discipline thanks to the constant growth of innovations and technologies. In the US, for instance, jobs are expected to grow by 7% between 2020-2030. This is an encouragement for students pursuing this course.
Is engineering hard? Consider the benefits. Engineers are some of the best-paid professionals. In the US, the average salary for an average engineer is $47.44 hourly, which translates into $92,501 in a year. Fewer professions pay better .
While studying, students of electrical engineering acquire knowledge even outside this course. This is not to mention the additional skills such as programming and preparation of reports. When they finish their courses, the students can solve daily situations.
Is Electrical Engineering Hard for You? Expert Insights
While it is true that electrical engineering is hard, many people have managed to study it and are now having successful careers. You can also succeed if you have the zeal. But what are the secrets behind this success? The following are invaluable tips students can employ:
- Keen attention to minor details – students of electrical engineering work with complicated projects and large systems. Even a minor error can cause the whole project to fail. It is important to mention how keen students must be to succeed in their projects.
- Mastering mathematical concepts – it is already palpable that mathematics plays a pivotal role in electrical engineering. For success, students must master the concepts of algebra, calculus, statistics, geometry and many more.
- Gathering extensive electrical knowledge – electrical engineering is a wide field, and students should be keen to gather as much knowledge as possible. This includes knowledge not taught in class. It is very handy when designing and analyzing systems.
Is Electrical Engineering Hard for You?
There is no doubt that electrical engineering is hard. This discipline of engineering is intricately interlaced with mathematics and physics. Hire expert engineers for help with electrical engineering assignments and exams.