Want a career in tech, but don’t know where to begin? The world of computers offers endless possibilities, and choosing the right major is the first step. You've probably heard of computer engineering and computer science, and while the names sound similar, these two paths lead to distinct skills and careers.
Let's break down the key differences to help you find the perfect fit.
Hardware vs. Software
At its heart, the choice between these majors boils down to a single question: do you want to build the body of the computer, or teach the computer how to think?
Computer engineering is the bridge between hardware and software. Computer engineering majors focus on the physical components of a computer system.
You'll learn how to design and build everything from tiny processors to complex circuit boards. This field often involves a deep understanding of electrical engineering principles, allowing you to create the physical infrastructure that makes technology work.
Computer science, on the other hand, is a much broader, more theoretical field. Computer science majors focus on the software—the logic, algorithms, and code that brings a computer to life.
You'll learn to develop innovative programs, from intricate mobile apps to complex systems that power artificial intelligence and cybersecurity.
What You’ll Study
Computer engineering and computer science share core courses in programming and mathematics, but they each have a unique focus. Classes may vary between universities, but the core concepts you learn will all be the same.
Computer engineering may include:
- Computer Architecture: Design the inner workings of computers
- Electrical Engineering: Learn how electricity powers the computer.
- Calculus: Use mathematics to solve problems in computer engineering.
- System Design: Plan, build, and connect components to create a computer system.
- Device Engineering: Get hands-on experience building hardware.
- Software Engineering: Build efficient and reliable software.
- Web Development: Create websites and applications.
- Data Analysis: Uncover hidden insights and trends in data.
- Cloud Programming: Learn to build and manage applications.
- Machine Learning: Teach computers to learn from data.
While both fields are interconnected, they are two sides of the same coin: one designs the machine, the other brings it to life.
Think of it this way: as a computer engineering major, you'll get hands-on experience building delicate parts and assembling them into a functioning system. As a computer science major, you’ll program, code, and test your own applications, powering the next generation of software.
The Job Market
Both degrees offer incredible career opportunities, but they prepare you for different roles. The job market for these majors is growing, with a high demand for skilled professionals in both fields.
Here are some common computer engineering careers:
- Computer Hardware Engineer: Design and develop computer-related equipment.
- Systems Engineer: Manage complex systems and ensure they work efficiently.
- Project Engineer: Oversee engineering projects from start to finish.
- Network Architect: Design and build data communication networks.
According to the Bureau of Labor Statistics, the field is projected to grow by 7% over the next 10 years, faster than the national average. The average salary of some of these professions, like Computer Hardware Engineer and Network Architect, can be more than $100,000.
Check out these common computer science careers:
- Software Developer: Create programs and applications for various platforms.
- Web Developer: Build and maintain websites and web applications.
- Data Scientist/Analyst: Interpret complex data to solve problems.
- AI Engineer: Design and develop artificial intelligence systems.
The job outlook for computer science careers is exceptionally strong, with some fields projected to grow 7%-9% in the next decade. Like their engineering counterparts, these roles also offer generous salaries, often above $90,000, and excellent job security.
Which Major Is Right for You?
Choosing between computer science and computer engineering ultimately comes down to your personal interests. See how each major may align with your interests and goals:
| Feature | Computer Engineering | Computer Science |
| Primary Focus | Hardware, circuits, and software. The "body" of a computer. | Software, algorithms, and theory. The "brain" of a computer. |
| Typical Courses | Computer Architecture, Electrical Engineering, Calculus, System Design, Device Engineering | Software Engineering, Web Development, Data Analysis, Cloud Programming, Machine Learning |
| Common Career Paths | Computer Hardware Engineer, Systems Engineer, Network Architect, Embedded Systems Designer | Software Developer, Data Scientist, Web Developer, AI Engineer |
| Ideal for Students Who | Are excited by hands-on projects, building physical systems, and bridging software and hardware. | Are passionate about software, algorithms, data, and abstract problem-solving. |
Both fields are essential to the modern world and offer incredible career opportunities. When choosing your major, find the one that excites you. You'll be doing this for a long time, so find the path you love.
Citations:
Computer Science vs. Computer Engineering: What’s the Difference? - National University
Top 10 jobs for Computer Science majors - Handshake
Top 10 computer engineering jobs & who's hiring - Handshake
Computer Hardware Engineers - U.S. Bureau of Labor Statistics
Web Developers and Digital Designers - U.S. Bureau of Labor Statistics