A computer engineering degree combines elements of electrical engineering and computer science. Graduates design and build computer hardware, embedded systems, and the software that runs on them. They work on processors, circuit boards, networking equipment, robotics, IoT devices, and the systems that power everything from consumer electronics to data centers and autonomous vehicles.
If you are considering a computer engineering major—or already studying one—this guide maps the main education paths (bootcamp, associate, bachelor’s, and master’s) to realistic job options, current salary data, and the outlook from the U.S. Bureau of Labor Statistics (BLS). All salary and projection figures use the latest available BLS data (May 2025 Occupational Employment and Wage Statistics and 2025–35 employment projections).
## What Is a Computer Engineering Major?
A computer engineering major focuses on the design and integration of hardware and software. Core topics typically include digital logic and computer architecture, circuits and electronics, programming and embedded systems, operating systems, networking fundamentals, and often signals, control systems, or VLSI design. Many programs also include laboratory work, team design projects, and exposure to both low-level hardware and higher-level software.
It differs from pure computer science (stronger software and theory emphasis) and pure electrical engineering (broader power, RF, and analog focus). Computer engineering sits at the intersection, preparing graduates for roles that require understanding both the silicon and the code.
## How to Become a Computer Hardware Engineer or Related Role: Computer Engineering Education Options
You can enter computer engineering work through several routes. A bachelor’s degree is the typical entry-level education for computer hardware engineers and many related roles. Associate degrees, specialized certificates, and master’s programs create additional pathways.
### Computer Engineering / Embedded Systems Bootcamp or Certificate
Pure computer engineering bootcamps are less common than software-focused ones, but specialized programs in embedded systems, IoT, hardware design, or FPGA development exist. Certification paths (Cisco, CompTIA, vendor-specific) and short courses can supplement formal education or support career transitions into networking and systems roles.
#### Best Specialized Programs and Bootcamps
Options that support computer engineering-related skills include:
- Embedded systems or IoT-focused programs
- Hardware and FPGA training from specialized providers
- Networking and systems administration tracks with strong hardware components
- Vendor certification programs (Cisco, NVIDIA, Intel-related, cloud hardware tracks)
- University extension or professional certificate programs in computer engineering topics
Verify hands-on lab access and project requirements, as practical experience is especially important in hardware-oriented roles.
### Computer Engineering Associate Degree
An associate degree can prepare you for technician, support, or junior hardware/testing roles and serve as a lower-cost bridge to a bachelor’s. Look for programs with strong digital electronics, microcontrollers, and programming components that transfer into four-year computer engineering or electrical engineering degrees.
#### Best Associate Degree Programs in Computer Engineering / Related Fields
Examples of accessible pathways (research local transfer agreements and online options):
- Community college computer engineering technology, electronics, or computer systems pathways
- Programs aligned with CompTIA, Cisco, or similar certifications
- State university system associate-to-bachelor’s pipelines in engineering technology
- Hands-on programs with lab and project emphasis
### Computer Engineering Bachelor’s Degree
A bachelor’s degree is the standard entry point for most computer hardware engineer, embedded systems, and related roles. ABET-accredited programs with strong lab components, design projects, and industry connections tend to produce the strongest early-career outcomes.
#### Best Bachelor’s Degree Programs in Computer Engineering
Consistently well-regarded options include programs at:
- Massachusetts Institute of Technology
- Stanford University
- Carnegie Mellon University
- University of California, Berkeley
- University of Illinois Urbana-Champaign
- Georgia Institute of Technology
- University of Michigan or similar strong public programs
Prioritize ABET accreditation, required design projects or capstones, and internship or co-op opportunities.
### Computer Engineering Master’s Degree
A master’s is useful for specialized roles (advanced architecture, VLSI, robotics, research), leadership tracks, or career changers. It is not always required for entry-level hardware or embedded roles but often accelerates progression into senior engineering and research positions.
#### Best Master’s Degree Programs in Computer Engineering
Examples known for strength in computer architecture, embedded systems, or related areas:
- Carnegie Mellon University
- Massachusetts Institute of Technology
- Stanford University
- University of California, Berkeley
- Georgia Institute of Technology
- University of Illinois Urbana-Champaign
## Computer Engineering Career Overview: Is a Computer Engineering Career Worth It?
### Computer Engineering Job Outlook
Employment of computer hardware engineers is projected to grow 9% from 2025 to 2035, much faster than the average for all occupations, with about 4,100 openings projected each year on average. Computer network architects are projected to grow about 8%, with roughly 9,600 openings per year. Related software and systems roles also show solid demand.
Growth is supported by continued advances in computing hardware, semiconductors, embedded systems, networking infrastructure, and the integration of computing into vehicles, industrial systems, and consumer devices.
### Computer Engineering Salaries
According to BLS May 2025 data:
- Computer hardware engineers: median annual wage $161,740; 90th percentile approximately $225,330.
- Computer network architects: median $134,050; 90th percentile approximately $202,680.
- These figures sit well above the $50,980 median for all occupations and above the $109,470 median for computer occupations overall.
Pay varies by specialization (hardware design, embedded, networking, systems), industry (semiconductors, tech, aerospace, automotive), location, and experience. Research, semiconductor, and senior architecture roles often sit at the higher end of the range.
## Best Jobs for Computer Engineering Majors: What Can You Do with a Computer Engineering Degree?
Computer engineering graduates work in hardware design, embedded systems, networking, systems architecture, and related software roles. The tables below group common options by typical education pathway. Salaries and outlook figures are BLS-based; individual results depend on skills, projects, location, and industry.
### Best Computer Engineering Jobs for Specialized Bootcamp / Certificate Grads
| Job Title | Recommended Path | Top 10% Salary (approx.) |
|------------------------------------|---------------------------------------------|--------------------------|
| Embedded Systems Technician / Junior | Embedded / IoT programs | Solid |
| Network Support / Junior Architect path | Networking certification tracks | Competitive |
| Hardware Test / Validation roles | Hands-on hardware programs | Entry to mid |
| Systems Support with hardware focus| Vendor certification paths | Modest to solid |
| IoT / Edge device roles | Specialized short programs | Growing |
#### Junior Embedded / Hardware Support Roles
- **Average Salary**: Often below full hardware engineer or network architect medians at entry.
- **Job Outlook**: Useful entry points; many continue education or specialize further.
Specialized certificates and bootcamps can open technician and junior roles, especially when combined with strong hands-on projects.
### Best Jobs for Computer Engineering Associate Degree Majors
| Job Title | Recommended School Type | Top 10% Salary (approx.) |
|--------------------------------------|--------------------------------------------|--------------------------|
| Computer Engineering Technician | Transfer-oriented programs | Entry to mid |
| Electronics / Hardware Support | Practical associate pathways | Modest to solid |
| Junior Network Technician | Certification-aligned | Competitive |
| Test and Validation roles | Lab-focused programs | Entry |
| Embedded Systems Support | Hands-on associates | Growing |
#### Technician and Junior Roles
- **Average Salary**: Typically below the full computer hardware engineer median; progresses with experience and further education.
- **Job Outlook**: Steady openings in support and technician roles; many use this as a bridge to a bachelor’s.
An associate degree plus practical lab experience can open technician and support positions in hardware, networking, and embedded systems.
### Best Jobs for Computer Engineering Bachelor’s Degree Majors
| Job Title | Recommended School Type | Top 10% Salary (approx.) |
|--------------------------------------|------------------------------------------------|--------------------------|
| Computer Hardware Engineer | Strong computer engineering bachelor’s | ~$225,330 |
| Computer Network Architect (path) | Networking-focused tracks | ~$202,680 |
| Embedded Systems Engineer | Programs with strong embedded content | High |
| Systems / Firmware Engineer | Hardware + software balance | Competitive |
| Hardware Design / Validation Engineer| Design-project heavy programs | High |
#### Computer Hardware Engineer
- **Average Salary**: $161,740 median
- **Job Outlook**: +9% growth, ~4,100 openings/year
#### Computer Network Architect
- **Average Salary**: $134,050 median
- **Job Outlook**: +8% growth, ~9,600 openings/year
Bachelor’s graduates form the primary pipeline into hardware engineering, embedded systems, and network architecture roles. Design projects, internships, and familiarity with both hardware and software significantly improve outcomes.
### Best Jobs for Computer Engineering Master’s Degree Majors
| Job Title | Recommended School Type | Top 10% Salary (approx.) |
|------------------------------------------|-----------------------------------------------|--------------------------|
| Senior Computer Hardware Engineer | Specialized or research master’s | Very high |
| Computer Network Architect / Senior | Professional master’s | High |
| Research or Advanced Architecture roles | Research-oriented programs | High |
| Embedded / Systems Lead | Leadership-oriented tracks | Leadership band |
| Specialized semiconductor or robotics roles | Domain-focused master’s | Competitive |
#### Advanced / Specialized Roles
- **Average Salary**: Often above the overall hardware engineer or network architect medians, especially for senior, research, or specialized positions.
- **Job Outlook**: Particularly strong for advanced architecture, semiconductor, and specialized systems work.
A master’s helps for research, advanced design, specialization, or faster movement into senior and leadership roles. It is less essential for many pure entry-level hardware or embedded positions but valuable for advancement.
## Three Final Tips to Get a Job in Computer Engineering
1. **Build and document hands-on projects.** Hardware and embedded work rewards tangible results—boards, firmware, prototypes, or systems you have designed, tested, and iterated. Document the process and outcomes clearly.
2. **Develop both hardware and software fluency.** The strongest candidates understand the full stack from circuits and architecture up through firmware and higher-level software. Practice across levels.
3. **Pursue internships, co-ops, and relevant certifications.** Practical experience and credentials (networking, embedded, vendor-specific) help bridge academic work to industry needs. Continuous learning in emerging areas (AI hardware, edge computing, advanced networking) expands options.
A computer engineering education—whether through specialized programs, an associate, bachelor’s, or master’s—gives you tools at the intersection of hardware and software. Pair the credential with strong projects, practical experience, and continuous skill development, and you position yourself for roles with solid projected demand and competitive compensation according to current BLS data.
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