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Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Quantum computing offers jobs well beyond quantum physicist and algorithm researcher. Employers also need hardware and software engineers, technicians, IT staff, manufacturing specialists, and people in product, operations, sales, education, consulting, and legal roles. A PhD is useful for some research careers, but it is not a universal requirement: the right preparation depends on the work you want to do.
What kinds of jobs are there in quantum computing?
Think of quantum computing as an industry built around several kinds of work, not one occupation. Some jobs develop quantum devices or algorithms; others build, operate, integrate, explain, sell, or support the technology. The UK Quantum Skills Taskforce describes a broad mix of scientific, engineering, and technical roles, alongside commercial and enabling work. Its report notes that many roles do not need deep quantum-physics expertise, although some quantum knowledge or awareness is useful: UK Quantum Skills Taskforce report.
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Research and quantum-specialist roles
- Quantum computing researcher or scientist: studies quantum systems, methods, or applications, often in a university, national laboratory, or research-focused company.
- Quantum algorithm scientist or developer: investigates or implements algorithms and methods for quantum computers and related workflows.
- Experimental quantum physicist: works with physical systems, experiments, measurement, and the scientific questions behind quantum devices.
These are among the roles most likely to involve advanced physics, mathematics, computing, and research training. Graduate study is common in research-heavy work, but requirements depend on the employer and position.
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Hardware, systems, and engineering
- Electrical, electronic, and RF engineers work on control electronics, signals, and system integration.
- Optical and photonics engineers work with light-based components and systems.
- Mechanical engineers contribute to structures, packaging, and the physical systems around a device.
- Quantum control, systems, and integration engineers help coordinate hardware, control, and supporting infrastructure.
These jobs often build on an established engineering discipline, with quantum-specific knowledge added through study or training. Work can include control, packaging, integration, manufacturing, reliability, and scaling.
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Technician, test, and manufacturing roles
Technicians and manufacturing staff help assemble, operate, maintain, and test equipment and components. Job titles can include photonics technician, lab technician, assembly and test technician, or technician in training. A Montana employer snapshot, for example, highlighted electronics and optics fundamentals, lab practices, mechanical and electrical components, CAD, assembly, and manufacturing experience. Those examples reflect one regional snapshot, not a universal list of job titles or requirements: Montana employer snapshot.
Software, computing, and IT
- Software engineers and full-stack developers build software and services around quantum products and systems.
- Algorithm developers implement or support quantum and hybrid computing methods.
- IT and computing staff help run the software, infrastructure, and computing environments that support quantum work.
These positions can draw on conventional software, computing, and IT experience. The amount of quantum knowledge varies with the actual duties: a role developing quantum algorithms may demand much more specialized knowledge than a general software or IT position at a quantum company.
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Commercial and enabling roles
Quantum organizations also need people who can bring products to market and keep the organization functioning. Possibilities include business development, sales, product and project management, operations, consulting, education, corporate support, and intellectual-property or other legal work. These paths rely primarily on their own professional discipline; a working understanding of quantum technologies and the market can help, but deep physics expertise is not inherent to every job.
Do you need a PhD to work in quantum computing?
No. A PhD may be a strong fit for some physics and research positions, but education requirements vary by role and employer. A 2024 Chicago Quantum Exchange analysis of more than 5,000 quantum-technology job postings found that the share requiring a bachelor’s degree or less was 52% in 2021, 56% in 2022, and 55% in 2023 across the postings studied. Within industry postings, the corresponding shares were 64%, 66%, and 62%: Chicago Quantum Exchange analysis.
Those figures describe the postings and years in that study; they do not promise that a particular job is entry-level or that a degree alone will qualify an applicant. The same analysis found differences by discipline and sector: engineering postings leaned more toward bachelor’s qualifications, physics postings more toward PhDs, and computer science postings showed a more even division. Treat these as patterns in the dataset, not rules for every employer.
What skills should you build?
Start with the day-to-day work in a target role, then identify the core discipline skills and quantum knowledge it calls for. The Taskforce, employer examples, and job-posting analysis point to distinct preparation routes rather than one universal quantum-career curriculum.
| Career direction | Useful foundation | Quantum-specific emphasis |
|---|---|---|
| Research and algorithms | Physics, mathematics, computing, and research experience | Quantum theory, systems, or algorithm methods suited to the project |
| Engineering and systems | Electrical, mechanical, optical, photonics, RF, software, or systems engineering | Quantum awareness and relevant training for the hardware or system |
| Technician and manufacturing | Hands-on lab work, assembly, test, electronics, optics, or manufacturing practice | Knowledge of the quantum equipment and procedures used in the role |
| Business and enabling work | Experience in the function, such as sales, product, operations, education, or law | Working knowledge of quantum technology, customers, and the market |
The Montana snapshot gives concrete examples of hands-on skills sought in technician-oriented work: electronics and optics fundamentals, good lab practices, familiarity with mechanical and electrical components, CAD, assembly, and manufacturing experience. Employers and openings differ, so use the listed duties and requirements of a specific vacancy to decide what to learn.
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How can you prepare for a quantum-computing career?
- Choose a work family. Decide whether you are aiming at research, engineering, software, hands-on technical work, or a business-facing function. This narrows the relevant subjects and credentials.
- Build on an existing discipline. Develop the physics, mathematics, computing, engineering, lab, manufacturing, or professional-function skills the target work uses.
- Add quantum knowledge at the level the role needs. A specialist research post and a general operations role will not require the same depth. Look at actual job descriptions rather than assuming every position needs the same quantum curriculum.
- Look for applied learning routes. The UK Taskforce identifies engineering apprenticeships, continuing professional development, industry placements, quantum modules within relevant engineering degrees, and master’s programmes shaped around industry needs as pathways. These are training options, not guarantees of employment.
- Translate adjacent experience clearly. The Chicago Quantum Exchange analysis reports employer interest in curiosity, basic retraining, and skills from other fields. It also notes that some postings open to applicants without PhDs still sought experience in a quantum-adjacent area such as computing or engineering. Explain how your experience maps to the work rather than relying on a general claim that skills are transferable.
The US National Quantum Initiative has also recommended addressing QIST-specific training gaps and improving access to careers: National Quantum Initiative.
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How large is the quantum-computing job market?
One estimate presented by the Quantum Economic Development Consortium (QED-C) in 2025 congressional testimony counted 14,517 professionals in the global pure-play quantum workforce in 2024. Its analysis also counted more than 7,300 quantum-related job and internship openings in each of 2023 and 2024. These are differently defined measures: the workforce figure is an estimate of pure-play workers, while the openings are historical counts, not live vacancies or a forecast of current hiring: QED-C figures presented in congressional testimony.
The same QED-C analysis estimated the 2024 workforce mix as 24.8% engineering, 11.9% IT, 11.6% research, and 11.6% business development. These categories illustrate why the field should not be treated as an occupation limited to physicists. They are estimates with their own definitions, not a complete census of everyone whose work touches quantum technology. The UK skills report, Chicago Quantum Exchange posting analysis, QED-C estimates, and Montana employer snapshot cover different places, periods, and populations; their figures should not be combined into a single labor-market series. Job openings, requirements, and pay change, and these sources do not establish a comparable current salary range.
How to compare quantum job openings
Read the duties and requirements, then compare roles across four practical dimensions:
- Daily work: Is the job focused on research, hardware, software, hands-on lab or manufacturing tasks, or business operations?
- Education and experience: What does this particular employer require, and is the credential listed as required or preferred?
- Quantum depth: Does the work call for specialist quantum expertise, a relevant technical foundation plus quantum awareness, or mainly a non-technical function with industry knowledge?
- Employer setting: Is the position in industry, academia, or government, and how does that setting shape its priorities?
Use sector and discipline patterns as context, not substitutes for checking an individual job description. A title such as “quantum engineer” alone does not reveal the exact mix of hardware, software, research, or systems work involved.
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