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Student
Alabama, NY
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What is computer engineering ?
100 level, my favorite class is assembly language
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3 answers
Allison Weaver
Technology Consulting
4
Answers
Boston, Massachusetts
Updated
Allison’s Answer
Hello! I graduated as a Computer Engineer back in 2019. I tend to get asked the question for the difference between Computer Science and Computer Engineering. As an engineer, you learn a lot more about the hardware behind software engineering. I had to learn about how a CPU is constructed as well as the Software engineering pieces that run on top of the Hardware. CS focuses more on the coding/software engineering aspect.
If you are debating which to major in, I would recommend CS for a Software Engineering career. However, if you want more flexibility in your career, a CE degree looks awesome on a resume. I am currently in a technology consulting role I could have gotten with either degree, but there is some prestige that comes with a true engineering degree.
Hope this helps!
If you are debating which to major in, I would recommend CS for a Software Engineering career. However, if you want more flexibility in your career, a CE degree looks awesome on a resume. I am currently in a technology consulting role I could have gotten with either degree, but there is some prestige that comes with a true engineering degree.
Hope this helps!
Patrick Meyer
Executive - Data Analytics and AI
780
Answers
Naperville, Illinois
Updated
Patrick’s Answer
Computer engineering is a lively and combined field that blends the rules of electrical engineering and computer science. Its goal is to plan, create, and apply computer systems and technology. In essence, computer engineering is all about designing and combining hardware and software parts to make effective and creative computing solutions.
This field covers a broad range of uses, from tiny processors and built-in systems to networks, operating systems, and digital devices. Computer engineers are crucial in pushing technology forward across different industries. These include telecommunications, aerospace, automotive, healthcare, and entertainment, to name a few.
Their job is to design and improve computer hardware like central processing units (CPUs), memory systems, and input/output devices. They also create software programs and algorithms to control and boost system performance. Plus, computer engineers can specialize in areas like computer architecture, digital signal processing, robotics, cybersecurity, or machine learning. This depends on what they're interested in and their career goals.
In summary, computer engineering merges theoretical knowledge with practical skills. This is to tackle complex problems and encourage innovation in the constantly changing field of computing.
This field covers a broad range of uses, from tiny processors and built-in systems to networks, operating systems, and digital devices. Computer engineers are crucial in pushing technology forward across different industries. These include telecommunications, aerospace, automotive, healthcare, and entertainment, to name a few.
Their job is to design and improve computer hardware like central processing units (CPUs), memory systems, and input/output devices. They also create software programs and algorithms to control and boost system performance. Plus, computer engineers can specialize in areas like computer architecture, digital signal processing, robotics, cybersecurity, or machine learning. This depends on what they're interested in and their career goals.
In summary, computer engineering merges theoretical knowledge with practical skills. This is to tackle complex problems and encourage innovation in the constantly changing field of computing.
Bhavya Sahay
Data Engineering
1
Answer
New Brunswick, New Jersey
Updated
Bhavya’s Answer
Hello there! It's absolutely fantastic that you're pondering over the idea of pursuing computer engineering! This field is incredibly diverse, offering you the chance to delve into a wide array of subjects. These include, but aren't limited to, physics, math, computer science, and electrical engineering.
You'll have the opportunity to attend classes that will equip you with the theoretical knowledge behind hardware and the essentials of electrical engineering. But that's not all! You'll also get to understand the intricacies of frontend and backend development.
From my personal journey, I've enjoyed learning about computer architecture, software engineering, and operating systems, to name a few. The beauty of this field is that it perfectly marries theoretical knowledge with practical skills.
The best part? You'll certainly discover your own unique area of interest and delve into something you truly enjoy! So go ahead, embrace the exciting world of computer engineering!
You'll have the opportunity to attend classes that will equip you with the theoretical knowledge behind hardware and the essentials of electrical engineering. But that's not all! You'll also get to understand the intricacies of frontend and backend development.
From my personal journey, I've enjoyed learning about computer architecture, software engineering, and operating systems, to name a few. The beauty of this field is that it perfectly marries theoretical knowledge with practical skills.
The best part? You'll certainly discover your own unique area of interest and delve into something you truly enjoy! So go ahead, embrace the exciting world of computer engineering!