By ApolloTechnical.com | Ryan Bradshaw
At ApolloTechnical, we track engineering job market data, salary benchmarks, and workforce trends to help job seekers make informed career decisions. Our editorial team draws on primary sources including the U.S. Bureau of Labor Statistics, Glassdoor, and ZipRecruiter, and we update our career guides regularly to reflect real market conditions, not outdated assumptions.
Key Takeaways (Read This First)
- The median annual salary for computer hardware engineers is $155,020, according to the BLS.
- Employment in this field is projected to grow 7% from 2024 to 2034, which is faster than the national average of 3%.
- The AI chip market is expected to grow from $94.31 billion in 2025 to $931.26 billion by 2034, creating massive downstream demand for hardware talent.
- Hardware engineers held approximately 76,800 jobs in 2024, with the majority working in computer systems design and manufacturing.
- Entry-level roles start around $76,700 to $85,400, and top earners at companies like Google, Meta, and Cruise report total compensation exceeding $237,000 annually.
Is Computer Hardware Engineering Still a Relevant Career in 2026?
Yes, and more so than at any point in the past decade. The public conversation around tech careers has largely centered on software engineers and AI developers, but the physical chips those models run on have to be designed by someone. That someone is a computer hardware engineer.
The AI hardware buildout happening right now is genuinely unprecedented. NVIDIA’s data center revenue topped $62 billion in a single quarter, up 75% year over year. OpenAI, Microsoft, Google, and Amazon are all investing billions in custom silicon.
Each of those chips requires teams of hardware engineers to design, test, and refine them. This is not a field going quiet. If anything, 2026 marks one of the most active periods for hardware engineering hiring in recent memory.
What Does a Computer Hardware Engineer Actually Do?
Computer hardware engineers research, design, develop, and test computer systems and components, including processors, circuit boards, memory devices, networks, and routers. They work in labs, collaborate closely with software developers, and ensure that the physical components of a system perform reliably under real-world conditions.
The work has expanded significantly beyond traditional desktop and server components. Today, hardware engineers design systems embedded in cars, medical devices, home appliances, and industrial equipment. They build the AI accelerators powering large language models. They create edge computing chips that run inference directly on a smartphone or a connected device.
Many hardware engineers also work at the intersection of hardware and software, sometimes called firmware or embedded systems engineering. This overlap makes the role more versatile and harder to automate than a purely abstract technical position.
How Much Do Computer Hardware Engineers Make in 2026?
What Is the Median Salary for a Hardware Engineer?
The BLS reports the median annual wage for computer hardware engineers at $155,020 as of May 2024. That figure sits well above the $97,310 median for all architecture and engineering occupations, reflecting how specialized this skill set is.
ZipRecruiter data from March 2026 puts the average annual pay at $145,500, with most salaries landing between $120,000 and $171,000 depending on experience and location. Top earners in the 90th percentile reach $176,500 or higher.
Glassdoor’s data shows a median total pay of around $150,113, with the 75th percentile reaching $192,023. The top 10 highest-paying employers, including Cruise, Google, and Meta, push total compensation above $237,000 when factoring in bonuses and stock.
What Do Entry-Level Hardware Engineers Earn?
Entry-level computer hardware engineers with less than one year of experience earn an average total compensation of around $76,707 to $85,430, according to PayScale and BLS data respectively. Engineers with one to four years of experience move into the $91,000 to $94,000 range fairly quickly.
Which Cities Pay Hardware Engineers the Most?
Geographic location makes a meaningful difference. Research.com data shows computer engineers in Fremont, CA averaging $136,816 and those in San Jose averaging $136,500, reflecting the concentration of semiconductor and hardware companies in Silicon Valley. Berkeley, CA consistently tops ZipRecruiter’s list of highest-paying cities for this role.
What Is the Job Outlook for Computer Hardware Engineers?
Is Computer Hardware Engineering Growing or Declining?
It is growing. The BLS projects 7% employment growth from 2024 to 2034, which is classified as much faster than average. This translates to roughly 4,600 new positions opening each year.
The growth is being driven by several converging forces: the AI chip arms race, the expansion of IoT devices, ongoing investment in autonomous vehicles, and the increasing integration of computing systems into healthcare, aerospace, and defense.
How Is the AI Boom Affecting Hardware Engineer Demand?
The AI boom is arguably the biggest tailwind this profession has seen in decades. The global AI chip market is projected to grow from $94.31 billion in 2025 to $931.26 billion by 2034, a compound annual growth rate of 28%. Every dollar of that investment requires hardware engineers to design the underlying silicon.
OpenAI is finalizing its first custom AI chip in partnership with Broadcom and TSMC, targeting mass production in 2026. Custom ASIC shipments from cloud providers are projected to grow 44.6% in 2026 alone. NVIDIA’s Vera Rubin platform, launching in 2026, will require extensive hardware engineering talent to deploy and optimize.
This is not theoretical demand. Companies are actively competing to hire the engineers who can design these systems.
What Skills Do You Need to Become a Computer Hardware Engineer?
What Degree Is Required?
Most entry-level positions require a bachelor’s degree in computer engineering, electrical engineering, or a closely related field. Computer engineering programs blend computer science coursework with electrical engineering fundamentals, giving graduates both the software intuition and hardware design knowledge employers want.
Some research-focused or senior roles require a master’s degree. A Professional Engineer (PE) license is valuable for those working in government-facing or regulated industries, which requires passing the Fundamentals of Engineering (FE) exam and accumulating four years of professional experience.
What Technical Skills Are Most In Demand Right Now?
The most sought-after technical skills in 2026 include:
Hardware description languages such as Verilog and VHDL remain foundational for chip design. FPGA design is increasingly relevant as companies prototype custom accelerators before full silicon tape-out. Proficiency in C and C++ programming is expected for firmware and embedded work. Python has become essential for automation, verification scripting, and machine learning-adjacent hardware roles. Knowledge of PCB design, circuit simulation, and signal integrity analysis rounds out the practical toolkit.
Engineers who understand both the hardware layer and the software stack above it, particularly those with exposure to CUDA for GPU programming, are commanding a significant hiring premium right now.
Is Computer Hardware Engineering Hard to Break Into?
How Competitive Is the Job Market for Hardware Engineers?
More competitive than software engineering at the entry level, but less saturated at the senior level. The field requires deeper foundational knowledge in physics, mathematics, and electrical theory, which means fewer candidates qualify compared to software roles. That barrier to entry is also a form of career protection.
On Reddit’s r/cscareerquestions and r/ECE, a recurring theme is that hardware engineers with FPGA or ASIC experience face far less competition during job searches than software generalists. The tradeoff is that the interview process tends to be rigorous, often including circuit design problems, hardware debugging exercises, and system architecture questions.
Hardware engineering is a field where genuine passion for physical systems tends to produce better career outcomes than pure credential-chasing. People who enjoy understanding how a device works at the silicon level, not just the software layer, tend to thrive.
What Are the Pros and Cons of Being a Computer Hardware Engineer?
What Are the Advantages?
The pay is excellent across all experience levels. Job security is strong because hardware design requires highly specific knowledge that is genuinely difficult to offshore or automate. The work is intellectually stimulating, particularly for engineers drawn to hands-on problem solving at the intersection of physics and computing. The field sits at the center of the most important technology buildout of the current era, meaning the work has real stakes and real impact.
Hardware engineers also tend to have strong career mobility. Skills developed in consumer electronics transfer to aerospace. Embedded systems experience is valued in automotive and medical device companies. The discipline gives engineers a foundation that opens doors across industries.
What Are the Challenges?
The educational requirements are demanding. A typical computer engineering curriculum involves significant coursework in mathematics, physics, and electrical engineering, which is not the right path for everyone. The work itself can be slow-paced compared to software, as hardware design cycles involve extensive testing, simulation, and manufacturing lead times. A bug that takes a software engineer an afternoon to fix might require a full hardware revision cycle in this field.
Foreign competition remains a pressure point for domestic manufacturing roles, though it has less impact on design-focused positions. Engineers focused on R&D and chip architecture are far better insulated from offshoring than those in production support roles.
Quick Q&A: Questions People Are Asking Right Now
Is computer hardware engineering better than software engineering? Neither is objectively better. Hardware engineering pays similarly at the senior level and offers strong job security, but the work is slower-paced and requires deeper foundational science knowledge. Software roles are more abundant and faster to break into. The right choice depends almost entirely on what kind of work you find genuinely engaging.
Will AI replace computer hardware engineers? Unlikely in any meaningful timeframe. AI is actually creating more demand for hardware engineers, not less. Someone has to design the chips AI runs on. AI-assisted design tools are accelerating parts of the workflow, but they require skilled engineers to direct and validate them.
Is a computer hardware engineer a good career without a master’s degree? Yes. Most roles are accessible with a bachelor’s degree. A master’s adds value for research positions, senior roles at top-tier companies, or specializations like chip architecture. It is not a prerequisite for a well-paying career in this field.
How long does it take to become a computer hardware engineer? At minimum, four years for a bachelor’s degree. Add one to two years for a master’s if that path is relevant to your goals. Building a portfolio through internships, capstone projects, and personal hardware builds during school significantly accelerates hiring timelines after graduation.
The Bottom Line: Should You Pursue Computer Hardware Engineering in 2026?
Yes, if you have genuine interest in how physical computing systems work and the patience to develop deep technical expertise. The salary is excellent, the job growth is real, and the timing could not be better given the scale of the AI hardware buildout underway across the industry.
This is not a career that rewards surface-level engagement. It rewards people who want to understand systems at the physical layer, who find circuit design and processor architecture genuinely interesting, and who are willing to invest in a rigorous educational foundation.
For those people, computer hardware engineering in 2026 is one of the strongest career choices available in the entire technology sector.
Looking for a hardware engineering job reach out to the engineering recruiters at Apollo Technical
Sources: BLS Occupational Outlook Handbook | Coursera Salary Guide | Glassdoor | ZipRecruiter | Research.com | PayScale | CNBC
