Although people often use the terms interchangeably, Computer Science is the holistic study of all aspects of computers, whereas Computer Engineering is one specialized path within Computer Science focused on designing and building hardware. Whether you’re a broad Computer Science “generalist” or a Computer Engineering “specialist,” both fields of study will allow you to wield significant influence over the digital innovation transforming every industry.
Before we get into specifics for each field, we must first define the term computer, as the meaning has broadened and evolved. While most people still think of computers as personal desktop or laptop devices, the advent of more sophisticated sensors and microprocessors means that any programmable “smart” device or product connected to the Internet of Things can be considered a computer, by extension. This includes smartphones, smart TVs, wearables, home devices like Amazon Echo and Nest Thermostats, and even the future U.S. power grid (“Smart Grid.”) Due to the exponential growth in the number of connected devices and their problem-solving applications, the world needs more computer science and computer engineering professionals.
Both computer engineering and computer science professionals work with different types of computers and smart devices. Computer science and computer engineering have many similarities, but they are distinct areas. Before you can choose the right program for your interests and goals, you need to understand what’s unique about each concentration.
What is Computer Engineering, in a World Where Nearly Everything Can Be a Computer?
Computer engineering is the process of designing and building connected computer hardware. Computer engineers are directly responsible for the creation of hardware systems used throughout the world every day. Everything with computer components like cell phones, laptops, desktop computers and even game systems fall under the purview of computer engineering.
Computers and connected devices are the new digital infrastructure everything we know could eventually be built upon. Computer engineers will help "architect" this new world in collaboration with civil and electrical engineers, who focus on the physical world.
Computer engineers need to understand how electrical engineering, physics, and broader computer science fundamentals intersect. They build the computers and systems that run the software and programs that software engineers create. They create high-quality machines, work to improve their components, and identify ways to make existing equipment work more efficiently.
How Does Computer Science Differ?
Is computer science synonymous with computer engineering? No. In the most simple terms: computer engineers work with hardware while computer scientists innovate complex software systems. Computer science is the study of all modern aspects of computers, mainly focused on the software. As a computer scientist, you’ll design large-scale software systems, machine-learning algorithms, and use advanced programming skills to problem solve and innovate.
You’ll work with computer engineers to make sure the systems you’re using can run the programs you create. The fields may differ, but they work together every day. However, many people with a master’s in computer science may be able to go on to work in computer engineering fields with the right training and experience.
The ever-increasing number of computers and smart, programmable devices is driving the rapid demand for computer science professionals. Within the landscape of possibilities, what new ethical, efficient systems will computer scientists devise to benefit society?
Computer Engineering vs Computer Science: Career Paths
Computer engineering and computer science allow you to pursue different career paths with different pay grades. The explosion of data has significantly increased the impact software can have on a business and why many working professionals are turning to computer science to find engaging, in-demand careers.
What Can You Do With a Master of Computer Engineering?
With a master’s in computer engineering, you’ll be able to work as a hardware engineer to create new computers and components as well as find ways to optimize existing technology to make it safer, faster and more secure. Think of computer engineering as an applied science. You’ll use your skills to create functional hardware elements and can apply your skills in different industries.
Within the field, many people choose to focus on one concentration or type of engineering. Some engineers specialize in software while others concentrate on developing hardware alone. Regardless of what you choose, you’ll be creating components and making updates to existing tech day in and day out.
While pay varies by region, Computer Hardware Engineers earn an annual median salary of $119,560. Careers in computer engineering include:
- Computer Hardware Engineer: These computer engineers develop computer systems and equipment including circuit boards, routers, and processors.
- Computer Network Architect: Computer engineers are equipped to design and build networks like cloud infrastructures, local area networks, and intranets.
- Computer or Information Systems Manager: Computer engineers can plan and install software and hardware and direct computer-related activities in an organization.
While Computer Engineers can make a decent salary, the career field may not grow as quickly as other occupations in the years to come – 2% from 2019 to 2029. Why the slow job outlook? Centralization of computer component development may mean bigger opportunities for existing engineers, but fewer total computer engineering jobs available.
What’s the Difference in Career Paths Between Computer Engineering and Computer Science?
Due to the explosion of available data and processing power, software is one of the greatest areas of opportunity for innovation and a primary reason computer scientist jobs are in high demand. Compared to a degree in computer engineering, a master of computer science is a versatile, "generalist" degree that opens up many career paths across industries. You’ll gain comprehensive insight and experience that will allow you to advance in the field and tackle exciting career opportunities, whether that’s improving self-driving cars, leading R&D at a biotechnology company, or envisioning a completely new software infrastructure, just to name a few.
With a master of computer science, you can expect to earn around $126,830 per year when you’re starting out. But because the job market is growing much faster than other occupations – 15% projected growth until 2029 compared to the 2% growth for Computer Hardware Engineers – the CS focus allows for more variety and upward mobility. You'll also stand to earn much more as you gain practical experience.
Rice computer science alumni exemplify the diversity and versatility of what you can achieve with a master of computer science. Alumni have gone on to be Data Scientists, Software Engineers, Operations Directors, Security Architects, and more at leading tech companies in every industry. Other master’s in computer science careers include:
- (Senior) Product Manager: Top tech companies often prefer an advanced degree in a technical field to enter into a product management role. These computer scientists lead a team of engineers to ideate, build and iterate the next big innovation in their field.
- Cybersecurity Architect: Build defenses and address vulnerabilities within complex computer systems, protect organizations from a fast-growing number of online attacks, and manage the teams that secure the systems.
- AI / ML Expert: Create and develop machine learning algorithms that enable computers to learn from or adapt to new data.
- Site Reliability Engineer: Create, maintain, and improve scalable and reliable software systems, often working on complex, large-scale systems and incorporating automation.
- RPA Developer: Leverage robotic process automation to create, design, and develop automated processes that maximize efficiency and scale successful initiatives.
Computer Engineering vs Computer Science: Necessary Skills and Education Paths
Outcomes for those who earn a computer engineering degree can vary widely depending on the curriculum and the experience of the faculty. In addition, the program of study prepares you for a career field that is not growing as fast as others. With a computer science master’s degree, you can gain broad insight and experience, important specialization skills and application experience.
What Skills Are Needed for Computer Engineering?
Both those pursuing a master of computer engineering and computer science degrees will need excellent communication skills, strong analytical skills and an ability to work well with engineers, developers and computer scientists.
However, those pursuing a master’s degree in computer engineering will need a few additional skills unique to the concentration. These include:
- Familiarity with networking: Though the primary responsibility of a computer engineer is to create hardware, they need to know how computers communicate with each other and understand how to utilize internet connectivity to their advantage.
- An understanding of the principles of electrical engineering: To create new hardware and devices, computer engineers need a firm understanding of how electronics work to get that hardware to perform appropriately. That comes from a detailed understanding of the principles of electrical engineering.
- Computer science fundamentals: Computer engineers have computer science knowledge, including writing algorithms, understanding data structures, experience with programming languages and understanding computer architecture.
- Math: Computer engineers need a strong background in math including linear algebra, number theory, and graph theory in order to manage data structures.
- Determination and patience: It’s normal for hardware to go through several iterations before it’s ready for software developers and users to utilize. Through each iteration, bugs and issues will pop up. Computer engineers need patience and determination to make updates and changes until the hardware is functional.
Though it’s possible to land entry-level positions with a bachelor’s degree, you may need a master’s degree in computer engineering if you want to advance into more senior or complex technical innovation roles, maximize your earning potential, or switch careers. Your coursework toward a master’s of computer engineering will help you develop these skills through lessons in mechanics, advanced mathematics, electric circuits, and elective courses that help you pursue your passions and make you a more marketable job applicant.
What Are the Different Skills Needed for Computer Science vs. Computer Engineering?
Because computer science careers offer greater choice than computer engineering careers, a wider range of skills are required. These include:
- Knowledge of computers and technology: Computer scientists need to understand machine architecture and how computers and operating systems work.
- Programming: While coding isn’t a computer scientist’s primary job, it is a necessary skill. You will need an understanding of different programming languages, algorithms, and data structures.
- Data Analysis: Computer scientists need to be able to manage many different forms of data. This includes skillful data collection and organization and manipulation of large datasets using technology and databases.
- Communication: Computer science positions require the ability to collaborate and communicate. Computer scientists need to learn technical writing and hone their presentation and data visualization skills.
- Math: Math helps you understand data structure and programming languages and supports effective problem-solving. Computer scientists need skill in statistics, calculus, linear algebra, and other advanced mathematics.
Earning a bachelor’s degree in computer science allows students to gain core computer science fundamentals. The curriculum includes data structures, algorithms, software design, computer architecture, and the techniques and methods computer scientists use in different industries.
A master’s degree in computer science further develops your skills to equip you for advanced computer science roles in business, government, or industry, or to switch careers (assuming you have basic-intermediate programming skills). In a master’s program, you can further explore specialties that interest you, such as machine learning, robotics, information systems management, human computer interaction, and software design. You’ll also gain advanced training in software engineering, data analytics, and computer systems, as well have opportunities to apply your knowledge to solve real-world problems.
CS vs. CE Degree Programs
If you're considering both CS and CE degree programs, how do you decide which to pursue? It largely depends on what you want to focus on. If you want a more well-rounded and diverse skill set that will help you advance your career across any number of industries and applications, pursuing a master’s of computer science may make sense.
Do you need a computer science degree to be a software engineer or computer engineer? No, but the degree program will deepen your understanding, increase your confidence, open doors to leading employers, increase your salary potential, and make it easier for you to secure work in a field you’ll find intellectually stimulating, with a lower chance of needing to significantly upskill/reskill later.
How to Decide Which Masters Degree is Right for You
Before you make a decision between pursuing a master’s of computer engineering or a master’s of computer science, you need to pinpoint what you want from your degree program. This means thinking about your long-term goals, your desired salary, and identifying the things that you’re most interested in.
Once you decide on a program type or concentration, you’ll want to choose a school that will fit your learning needs and desired career outcomes. The MCS@Rice program will not only give you the knowledge you need to succeed in your chosen career path, but you’ll also work with experts in the industry and receive the one-on-one, individualized attention you need to truly cement new knowledge and skills.
- Holistic approach of fundamentals and high-demand skills to drive innovation in many fields and applications
- Experiential projects throughout the program and a comprehensive capstone project based on real-world data develops transferable skills that will help you gain a competitive edge in the job market
- Business acumen and project management skills for leadership roles at top companies
Learn more about how the MCS@Rice online degree program can meet your goals for a rewarding computer science career.