3 answers
3 answers
Updated
Sagarika’s Answer
Securing one or two internships and acquiring some hands-on work experience can significantly enrich your profile when applying for college. IEEE, a renowned platform, offers an excellent opportunity to network with professionals in the field of electrical engineering. They often initiate programs targeting high schools and even middle schools. Engage with your local chapter and actively participate in their events. This will provide you with a comprehensive view of the various aspects of electrical engineering, guiding your future choices. As for specific skills, a basic understanding of coding can be beneficial. It will enable you to decipher scripts and possibly automate minor tasks during your college years, making your journey smoother.
Updated
Robert’s Answer
In addition to academic courses, consider other non-school skills. When I’d hire folks right out of college, I’d give an edge to those who also pursued hobbies like building or using electrical things, like ham radio operators…or those who designed their own software games…or who became part-time sales folks at an electronics store. Perhaps you could build your own computer? Best of luck to you, Nathaniel!
Updated
Keith’s Answer
The job spectrum for electrical engineers is vast, hence the necessary skills can greatly differ. Typically, a bachelor's degree in electrical engineering is a prerequisite for landing a job in this field. However, the skills required for academic success may not always align with those needed for professional achievement.
To earn a degree, most individuals must complete similar coursework, which often demands proficiency in math, physics, and logical reasoning. Yet, the job-specific requirements can be quite diverse. For instance, you might find employment in a role where math and physics skills are not mandatory.
Consider the role of an RF Design Engineer, where math and physics knowledge is crucial. On the other hand, as an ASIC Logic Design Engineer, you might not need extensive math and physics skills, but logical reasoning is essential. This role is akin to programming, but it's focused on the hardware chip level.
To earn a degree, most individuals must complete similar coursework, which often demands proficiency in math, physics, and logical reasoning. Yet, the job-specific requirements can be quite diverse. For instance, you might find employment in a role where math and physics skills are not mandatory.
Consider the role of an RF Design Engineer, where math and physics knowledge is crucial. On the other hand, as an ASIC Logic Design Engineer, you might not need extensive math and physics skills, but logical reasoning is essential. This role is akin to programming, but it's focused on the hardware chip level.