In this post, we’ll be discovering the difference between computer engineering and computer engineering technologists, then see which branch is better for you.
Computer engineers are earning higher than computer engineers technologists
According to the BLS, the average salary of a computer engineer is $128,000 While computer engineer technologists are around $97,000 per year, 25% less. But When we look at the job opportunities, things are different, computer engineering is not highly demanded, while Computer Engineering technologies have a lot of flexibility and more opportunities.
According to the BLS, the annual jobs offered in the computer engineering field are only 4500 occupations, while in computer engineering technology there are a lot of seeds and relevant jobs graduates could opt for.
computer engineers have many specializations in electronics fields including:
computer engineers technologists have different specializations, they don’t focus on engineering rather than fixing and troubleshooting systems, as a computer engineer technologist you can become:
computer engineering technology is easier than computing engineering
to go into computer engineering technology you have 2 choices:
1 – get an associate degree
If you’re looking to enter the world of computer engineering but are worried about the challenging math courses required, you may want to consider an associate degree in computer engineering technology. This degree is easier than a traditional computer engineering program as it does not require the study of difficult math like calculus or linear algebra. you have to have a level in math, high school level.
Computer engineering technology programs focus on the application of engineering principles to the design, development, testing, and maintenance of software and hardware systems. The curriculum for these programs is typically more hands-on and geared toward preparing students for work in the industry.
In contrast, traditional computer engineering programs have a stronger theoretical focus and prepare students for advanced study at the bachelor’s or master’s level. in computer engineering you will be required to complete a lot of difficult math and physics courses including:
These subjects are very difficult and require solid basics and good preparation in math, especially precalculus, which remains an interesting course you should take before tackling these subjects.
So, if you’re interested in working in the computer engineering field but are put off by the thought of difficult math courses, an associate degree in computer engineering technology may be the right choice for you.
you could finish an associate degree in just 2 years, it is not like a bachelor’s degree that requires 4 years of studies. But you have to know that an associate degree is the equivalent of a technician, not an engineer.
2 – apply for a bachelor’s in computer technology
A bachelor’s degree in computer engineering technology is much harder than an associate degree and takes longer to complete.
The two disciplines are different, with a computer engineering technology associate degree you’ll be focusing more on the application of engineering principles to the design and development of computer hardware and software systems.
But Computer engineering technology programs typically take four years to complete, while computer engineering programs can be finished in as little as two years.
The coursework for a bachelor’s degree in computer engineering technology is also much more demanding, with classes covering topics like advanced mathematics, physics, and electrical engineering including:
But a bachelor’s in computer engineering technology is still easier than traditional computer engineering because students are excluded from studying some difficult math courses like multivariable calculus and differential equations.
3 – computer engineering technology has a lot of lab courses
Computer engineering technology programs typically include more laboratory courses than computer engineering programs, giving students a chance to put theory into practice and gain hands-on experience with the latest computer and electronics technologies.
These lab courses also help students develop important problem-solving and troubleshooting skills that will be invaluable in their careers. you will be studying:
- Gateway To Engineering Technology
- Data Acquisition And Systems Control
- Electronics Prototype Development And Construction
- Wireless Communications
- Applied Computer Vision For Sensing And Automation
- Programming Robots With ROS
While in traditional computer engineering you will be focusing more on theory taking these theoretical subjects:
4 – The computer engineering technologist environments work is different
There is a big difference between computer engineering technology and computer engineering in terms of work environments. Computer engineering technologists are prepared to work in manufacturing and troubleshooting, while computer engineers work in offices.
Computer engineering technology is a hands-on field where workers are responsible for the practical application of engineering principles to the development, testing, and troubleshooting like fixing electronics boards, installing electrical and electronics equipment, configuring new machines, or manufacturing computer hardware and software products.
They typically work in manufacturing plants, research laboratories, or other settings where they have access to the equipment they need to do their job.
Computer engineering, on the other hand, is a more theoretical field where workers are focused on design and conception, they develop new ways to use computers and apply their knowledge to fields such as building software from scratch for computers, designing electronic boards, or improving product quality.
They typically work in office settings and may not have as much opportunity to work with computers on a day-to-day basis. Some of them have a lot of opportunities to work remotely from home or as freelancers, which is impossible for computer engineers and technologists.
So if you are good at math and like to work on the theoretical part including design and staying in the office, computer engineering will be a good option for you.
On the other hand, if you like to work by hand, dealing with machines and fixing stuff in manufacturing plants or labs, computer engineering is the best option for you. but in this case, you have 2 paths:
The first path is to take a bachelor’s in computer engineering technology if you are good at math and have the patience to study for 4 years.
The second path is to take 2 years or an associate degree and work as a technician if you don’t like to bother your mind with a lot of theory and difficult math subjects. But you will be less paid than in the first case.