Semiconductor employers need more than conventional recruiting to fill the jobs created by industry growth. The Semiconductor Industry Association (SIA) and Oxford Economics projected that nearly 115,000 additional U.S. semiconductor jobs would be created by 2030, with about 67,000 at risk of going unfilled if degree-completion rates stayed at then-current levels. Employers can respond by lowering the cost of entering the field, building education-to-work pathways, supporting workers returning to employment, and competing for global talent.
How large is the semiconductor talent gap?
SIA and Oxford Economics’ 2023 analysis projected a shortfall across several occupations by 2030: 26,400 technicians, 27,300 engineers, and 13,400 computer scientists. Those figures total about 67,000 roles, or 58% of projected new semiconductor jobs. They are projections based on then-current degree-completion rates, not a count of vacancies today. Read the 2023 SIA and Oxford Economics report.
SIA’s 2024 industry report put the existing U.S. semiconductor workforce at 345,000 and projected 115,000 additional jobs by 2030. That growth makes hiring a pipeline problem: employers need to recruit for near-term openings while helping more people gain the education and experience required for future roles. See SIA’s 2024 industry report.
Why conventional recruiting is not enough
Posting a job and searching for candidates who already have semiconductor experience can only reach people who have crossed the industry’s entry barriers. That approach is especially limiting when the projected gaps span technicians, engineers, and computer scientists, whose preparation and time to qualification differ.
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Employers can widen the pool by linking education to paid, practical experience; making training routes visible in schools and communities; and recognizing skills gained outside a traditional semiconductor career. Financial-wellbeing benefits and deliberate reentry programs can also help attract candidates and support retention. SIA’s workforce policy blueprint treats education, training, experience, and the attraction of global engineering and scientific talent as complementary parts of the response—not substitutes for one another. Read SIA’s 2024 workforce blueprint announcement.
Which strategies can expand the talent pool?
Offer financial support that reduces candidate pressure
Student-loan assistance can make an employer more attractive to graduates weighing job offers, while supporting retention for employees managing education debt. In a June 2024 article, GlobalFoundries Chief People Officer Pradheepa Raman described the company’s student-loan program as allocating more than $10 million to students in need. That is a company-specific figure reported in 2024, not a general industry benefit or confirmation of current program terms. Read Raman’s 2024 discussion in EE Times.
Financial support works best as part of a broader employment proposition: make eligibility and benefit terms clear, and connect support to transparent career paths. It does not replace competitive pay, technical development, or the workplace conditions that keep employees.
Build partnerships with schools, colleges, and research institutions
Partnerships with K–12 schools, universities, community colleges, Minority Serving Institutions, and research organizations can introduce semiconductor careers earlier and create routes into specific roles. Useful activities include classroom visits, guest lectures, career panels, mentoring, and university research relationships. These efforts can broaden demographic reach as well as connect employers to students and researchers.
Partnerships should lead to concrete next steps for participants, such as coursework, work experience, mentors, or a hiring pathway. A one-off career presentation may raise awareness, but it is not by itself a training or recruitment pipeline.
Use paid apprenticeships and internships as bridges into work
Apprenticeships combine on-the-job training with coursework, giving participants a way to develop skills while earning rather than relying solely on a traditional degree route. Paid internships provide students with work experience and let employers assess candidates before graduation. Both can support conversion to full-time roles when employers define the skills required, assign meaningful work, and plan for placement after the program.
GlobalFoundries reported that its 2023 global recruitment efforts hired more than 360 interns and brought more than 240 students into full-time roles, according to EE Times in 2024. Those are company-reported results for that recruitment effort; they do not establish that every intern converted to a full-time job or predict another employer’s outcome.
Create explicit routes back to work
Return-to-work programs can reach experienced people who have paused their careers, including returning parents, veterans, and people coming back after sabbaticals. To make the route workable, employers should specify eligible roles, refresh training where needed, provide a clear application process, and avoid treating a career break as evidence that a candidate’s skills are no longer useful.
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These programs broaden access to experienced candidates. Their value depends on matching participants to suitable roles and giving them support to regain technical familiarity and progress after hiring.
Recruit globally as part of a wider workforce plan
SIA’s workforce recommendations include attracting global engineering and scientific talent alongside education and training in the United States. International recruitment can help address specialized shortages, but it is not a stand-alone substitute for domestic pipelines. Its feasibility also depends on applicable immigration rules and an employer’s ability to recruit and retain candidates across borders. Read SIA’s workforce policy blueprint.
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Start with the roles that are hardest to fill, then compare pathways by the kind of candidate they reach and the time and support needed to qualify them. A single program is unlikely to address technician, engineering, and computer-science needs equally well.
| Pathway | Best fit | Time to qualification | Entry-cost barrier | Reach and progression | Dependencies |
|---|---|---|---|---|---|
| Student-loan assistance | Graduates and employees with education debt; not a training route by itself | Does not qualify a candidate for a role | Can ease debt pressure for eligible participants | Can strengthen attraction and retention; outcomes depend on benefit design and career opportunities | Employer-funded; specific terms vary by employer |
| School, college, and university partnerships | Future technicians, engineers, computer scientists, and researchers, depending on program design | Varies with the course of study and role | Can make pathways visible and connect candidates with training, but does not automatically remove tuition costs | Can reach local communities and Minority Serving Institutions; sustained relationships support mentoring and progression | Requires institutional partners and ongoing employer participation |
| Apprenticeships | People preparing for practical, work-based roles | Depends on the occupation and program curriculum | Paid work paired with coursework can reduce the need to train without income | Combines experience and learning; can lead to full-time placement if employers plan for conversion | Requires a structured training and employment program |
| Internships | Students seeking relevant work experience, including potential future engineers and computer scientists | Usually provides experience during education rather than completing a qualification | Paid internships reduce the need to choose between work and gaining experience | Offers an early connection to employers and possible full-time hiring | Requires internship positions, supervision, and a hiring plan |
| Return-to-work programs | Experienced candidates returning after a career break | Depends on role requirements and any refresher training | Can reduce uncertainty about reentry through a defined route and support | Can draw on prior experience and broaden the candidate pool | Requires employers to define roles and provide reentry support |
| Global recruitment | Engineers and scientists, including candidates with specialized experience | Depends on candidate qualifications and role | Varies by candidate and recruitment route | Expands reach beyond local labor markets; retention and progression still matter | May depend on immigration rules and public policy |
The table compares the strategies described by GlobalFoundries and SIA with the occupation gaps identified by SIA and Oxford Economics. Specific program durations, conversion rates, and funding requirements are not established in those sources and will vary by employer and institution.
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- Match the pathway to a role. Name the skills and experience needed for technician, engineering, or computer-science positions instead of treating semiconductor hiring as one category.
- Make participation practical. Clarify whether training is paid, what coursework is required, and how a participant can move into a job.
- Build conversion into the design. Set expectations for interviews or full-time placement before apprenticeships and internships begin.
- Develop local relationships over time. Give school and university partners consistent access to speakers, mentors, research opportunities, and employers who can explain career routes.
- Support people after hire. Pair financial benefits and reentry support with mentoring, skill development, and visible advancement opportunities.
- Measure the route, not just the event. Track applications, completion, hires, retention, and progression by pathway to identify where candidates are lost.
For policy context, SIA’s 2024 industry report also emphasizes expanding STEM pipelines and attracting and retaining engineers and scientists globally. The scale of the projected gap makes a coordinated approach more credible than relying on any one benefit or recruitment channel. SIA’s 2024 State of the U.S. Semiconductor Industry.
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