7 Reasons to Study Bachelor of Science in Computer Engineering

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Blog Summary Learn about the opportunities in the field of computer engineering! With salaries above average and endless growth potential, this field is thriving. You may get high-paying positions like computer programmer, software engineer, or IT consultant after getting a Bachelor of Science in Computer Engineering, with salaries ranging from $81K to $101K annually. Important topics including operating systems, robotics, and algorithmic design will all be covered throughout your course. Computer Engineering, in contrast to Computer Science, mixes hardware and software solutions, giving you a flexible option.

Wouldn’t you love to own an iPhone? What about the latest PlayStation edition? How do you think there is a new iPhone or PlayStation each year? The answer is “Computer Engineers”. The job of a Computer Engineer is to design and develop computer hardware that innovates technologies and practices in all industries. For most employers, an engineer with an undergraduate degree is sufficient. A bachelor of science in computer engineering degree program combines engineering, mathematics, and computer science. However, this is a broad field with many specialisations and job opportunities. If you are not convinced yet, continue reading to learn about the 7 best reasons to study a bachelor of science in computer engineering.

Browse All Computer Engineering Programs

Top Computer Engineering Jobs

Computer engineering is a career with job opportunities across different fields. The pay is above average, even at entry level. Following are some of the top computer engineering jobs that you can get after a bachelor of science in computer engineering: 

Computer Engineering Jobs

Salaries (estimated*)

Computer Programmers

$89,190 per year

Software Engineer

$95,642 per year

Computer Engineer

$81,244 per year

Forensic Computer Analyst

$100,063 per year

IT Consultant

$81,015 per year

Game Developer

$101,644 per year

Computer Engineering Course Subjects

An ideal computer engineering course will have Computer Science, Physics, Computer Architecture, Design of Operating Systems, Data Structures, and Algorithms as its core subjects. Following is a list of topics that a bachelor of science in computer engineering will cover:

  • Computing in the Modern World
  • Algorithmic Design
  • Digital Logic Design
  • UNIX/LINUX Fundamentals
  • Computing Architecture
  • Robotic Applications and Design
  • Introduction to Software Engineering
  • Operating Systems
  • Embedded Systems
  • Computer Systems Engineering
  • Data Structure and Algorithms
  • Electrical Science
  • Computer Networks
  • Circuits
  • Electronics
  • Signals and Systems
  • Professional Issues in Computer Science and Engineering
  • Advanced Digital Design

Computer Engineering vs Computer Science

Computer Engineering and Computer Science degrees share similar subjects and topics. Both are good career choices with lots of benefits. With that said, these two disciplines have major differences despite their similarities. 

Computer engineering focuses on solving technical problems with creative ideas. Designing hardware and software interfaces are also duties of a Computer Engineer.

Essential skills for a Computer Engineer include

  • A strong foundation in general mathematics.
  • Software engineering (coding, testing, program design).
  • In and out knowledge of computer hardware.
  • Knowledge/expertise in languages such as C++, Perl, and Assembly. 
  • Creative problem-solving skills to solve unique problems and requirements
  • Effective communication skills for smooth working with team members.

Whereas in Computer Science, the sole focus is on troubleshooting software-related problems. Computer Scientists are experts in programming languages, operating systems, and database management.

Critical skills for Computer Scientists include

  • Mathematical background with strong knowledge of statistics and linear algebra.
  • Software development.
  • Information system design.
  • Knowledge/expertise in Java, JavaScript, and SQL.
  • Technical writing skills for publishing findings.

Types of Computer Engineering

Computer engineering has several types and specialisations. With constant innovations, many computer engineering specialisations will be included in the coming years. Following are some of the popular types of computer engineering as of now:

  • Software Engineering
  • Computer Hardware Engineering
  • Network Engineering
  • Electrical Engineering
  • IT Management
  • Telecommunications Engineering
  • Data Science Programs
  • Machine Learning

Top Universities for Computer Engineering Courses

Top Universities are your fast track to your dream computer engineering jobs that will provide you with the right guidance and help you acquire the required skills. Following are some of the top universities to study bachelor of science in computer engineering and related fields:

7 Reasons to Study Bachelor of Science in Computer Engineering

1. Lucrative Salary

A career in computer engineering pays exceptionally well. As per the United States Bureau of Labour Statistics (BLS), computer engineering jobs are set for a 5% raise within 2031. 

According to the financial report of 2021, an entry-level Computer Engineer, on average, gets paid an annual salary of $128,170 per year. From this, Computer Engineers can advance their salary and position with their experience and expertise in new subfields.

2. Job Opportunities

A Computer Engineer is not just restricted to jobs in the IT industry. In 2023, all industry requires innovations and the support of Computer Engineers. This means earning a bachelor of science in computer engineering promises more jobs.

Robotics, computer system electronics, artificial intelligence, and embedded architecture are some of the computer-related fields in which graduates of bachelor of science in computer engineering find jobs. 

3. Job Security

Computer Engineers have more job security than professionals in other fields. Artificial engineering, machine learning, and other computer innovations are cutting down manpower in all occupations. However, they will always require someone (Computer Engineer) to program these computer innovations that are replacing manual labour.

Computer Engineers have been in demand for more than 20 years now, and from looking at the projection of global development on all fronts, it is not slowing down.

4. Constant Learning Opportunity

Being a Computer Engineer is never boring. There are constant innovations in software, hardware, and methodology that Computer Engineers have to learn. This is demanding but, at the same time, fun. 

Today Computer Engineers are expected to know:

  • Programming
  • Operating Systems
  • Discrete Mathematics
  • Digital Circuit Design
  • Data Structure and Algorithms
  • Networks
  • Computer Architecture,
  • At least one software or hardware development camp or project.

5. Work In-House or Remote

Companies worldwide are looking for highly skilled Computer Engineers. This allows you to travel anywhere in the world and work there. Graduates of bachelor of science in computer engineering can work either in-house or remotely because of the high demand. The flexibility of choice gives work freedom and work-life balance.

6. Appreciate Creativity

Computer Engineering is a field that demands a lot of creative problem-solving. Computer engineers are appreciated for thinking outside the box and for their innovative ideas. This is a perfect field for students who love solving creative problems and devising technical strategies to evolve the present state of affairs. Computer Engineers who love solving technical problems with their creativity are awarded opportunities and rewards. 

7. Job Satisfaction

Computer Engineering has a say in how technology progresses and the world evolves (in general). The innovation that Computer Engineers create is useful across industries. Such innovation, which initially is novel ideas, later becomes the standard of function. This responsibility creates job satisfaction.

How to Become a Computer Engineer?

When it comes to hiring a Computer Engineer, most employers are looking for someone with a degree as a basic qualification. However, a candidate with proven skills at a high level or with industry experience is also considered. Even while choosing a degree candidate, only some employers choose candidates with a general bachelor of science in computer engineering. Another section of employers selects candidates with a more specialised computer engineering degree, such as BSc computer system engineering or BSc data engineering. Therefore, it is shrewd to consider and trace down the right specialisation in your engineering degree.

Why Study Computer Engineering at a Top University?

Choosing a top university to study your bachelor of science in computer engineering can benefit you in more ways than one. Aside from the fact that employers consider graduates from top universities in high regard, studying computer engineering at a top university provides you with the following:

  • An ability to pinpoint, formulate and rectify complex engineering problems using engineering, mathematics, and science.
  • An ability to use engineering to provide tailor-made solutions with public health, safety, and welfare in mind. Engineers also consider cultural, social, global, economic, and environmental factors.
  • An ability to understand professional and ethical responsibilities in engineering situations and make informed decisions. Engineers will know how to make such decisions after considering engineering solutions in economic, global, societal, and environmental contexts.
  • An ability to communicate efficiently with audiences of both Technical and non-technical backgrounds.
  • An ability to coexist and thrive in a team with distributed responsibility. Engineers can contribute to leadership, create a collaborative environment, plan tasks, establish goals and meet other objectives with their team members.
  • An ability to design and implement the right experimentation, inspect and interpret data and apply engineering principles to draw conclusions.
  • An ability to acquire and apply current knowledge as required through appropriate learning methods.

Frequently Asked Questions

What do computer engineers do?

“It varies with the level of position and company. I work as a software engineer with intermediate experience. My daily task is software-centric, which involves MYSQL, database design, and website development. But, if you get employed as a hardware-centric entry-level computer engineer, you will have to write test plans, test hardware, assemble prototypes for clients, and so on.”

-Graduate of BSc Computer Engineering