For the past two decades, computer science has been the red-hot college degree. Between 2005 and 2023, the number of CS majors quadrupled, lured by six-figure salaries and surging demand across nearly every industry. Today, enrollments have plateaued and, in a painful irony, recent CS graduates are now more likely to be unemployed than classmates who majored in liberal arts, journalism or philosophy.
But the doom-and-gloom narrative swirling around CS careers overlooks something important: The problem isn’t the degree. It’s where the graduates are looking.
Where Are the Best Job Opportunities for Computer Science Graduates?
While the startup software market is heavily saturated, the U.S. electronics manufacturing industry is experiencing a major resurgence and faces a severe talent gap. As advanced manufacturing digitizes and integrates AI, it urgently needs computer science graduates to upgrade legacy systems, build automation platforms, and program embedded firmware.
Key benefits of this shifting sector include:
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High Compensation: The average salary for tech talent in this sector is $156,000.
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Economic Impact: The industry supports 5.2 million jobs and contributes $853 billion to the U.S. GDP.
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In-Demand Skills: Companies require expertise in software/hardware integration, AI-driven quality control, and factory automation.
Hardware Jobs Need Software Skills
For decades, computer science graduates clamored to work at software startups. They viewed jobs working with hardware as less lucrative and less prestigious. But as it turns out, the evolving landscape within the electronics manufacturing industry is creating new, high-value opportunities for computer science graduates.
The work that needs doing in the U.S. economy isn’t becoming less technical. In fact, as advanced manufacturing undergoes rapid digitization, the demand for computational skills is expanding well beyond Silicon Valley. The electronics manufacturing industry, which builds the devices powering health care, transportation, energy and defense, contributed roughly $853 billion to the U.S. GDP and supports nearly 5.2 million jobs. And right now, it has a serious talent gap that CS graduates are uniquely positioned to fill, at an average salary of $156,000.
More than producing semiconductors, sensors and circuit boards, the electronics industry’s products power the economy. It builds devices and equipment for nearly every sector. Electronics keep planes in the air, data centers humming and telecommunications networks connected.
Domestic electronics manufacturing is experiencing a resurgence, driven by industrial policy, global security concerns, supply chain realignments in the wake of the pandemic and accelerating demand for semiconductors and smart devices. This revitalization is flipping the script. Modern fabs, factory automation systems, robotics, embedded systems, and AI-driven quality control all require deep software and algorithmic expertise.
The sector, however, may not be top of mind for recent computer science graduates. Early career workers looking for software development or web development roles may skip over openings in companies that manufacture hardware. Yet while hardware is the end product, the industry still needs talent that can program both hardware and software. A 2024 survey conducted by the Global Electronics Association found that more than half of electronics manufacturers still rely on legacy systems that are more than 10 years old. These systems must be integrated with newer ones while also continuing to work with internally developed tools that manufacturers have built and still rely on. The electronics manufacturing industry is long overdue for modernization — and it requires tech talent to upgrade, overhaul and replace these software systems that drive output and innovation.
The rapid rise of artificial intelligence also is driving the demand for highly skilled software talent throughout the electronics manufacturing industry. Recent advances in AI have created a sophisticated technology that’s well suited for complex tasks that support electronics manufacturing, from conceptual design to advanced simulation testing. The industry has moved beyond wondering whether to adopt AI to implementing it safely and effectively to drive quality and innovation. Human oversight remains an essential part of this transformative process, and computer science graduates can bring the right training and skills to this work.
Moving From Software to Hardware
For those ready to explore the sector, here a few starting points:
1. Research Local Electronics Manufacturers
Look beyond the big names — companies building printed circuit boards, doing systems assembly or contract electronics manufacturing are hiring and may be in your backyard. These companies need software talent to build and maintain the systems that drive production: think factory automation platforms, testing and quality-control software, embedded firmware, supply chain management tools and AI-driven analytics.
2. Highlight Transferable Skills
Roles in this sector often ask for agile, scrum, or lean experience, plus project management and interpersonal skills. CS grads likely already have this experience from coursework or internships. The key is translating it into the language of manufacturing, where sprint planning becomes production scheduling and iterative development maps to continuous improvement, as referenced in job postings from NVIDIA and this telecom industry posting.
3. Build Industry Connections
The Global Electronics Association runs student chapters on 100+ campuses across the country (individual memberships are also available), and recent graduates can still join as individual members. Once you’re in, take advantage of the many resources and local events, and seek out mentors already working in the industry to get social capital and advice on certifications that can help you stand out to employers.
Software may have once eaten the world. But the hardware that powers that software has never mattered more, and neither has the talent that can bring the two together.
