Fastest-Growing Careers in 2026: Where Demand Is Rising
The job market is always changing, and with it, the fastest growing careers for new grads. Keep reading to hear the Simplify team cover some of the fastest growing careers!
Photo by Javier Allegue Barros / Unsplash
The fastest-growing careers in 2026 are concentrated in renewable energy, advanced healthcare, data and artificial intelligence, cybersecurity, and a handful of technical trades. But a high growth percentage does not automatically mean a field has the most jobs—or that it is the right path for you. The useful question is whether a career combines durable demand with an entry route, work environment, and skill set that fit your situation.
This guide uses the U.S. Bureau of Labor Statistics (BLS) 2024–2034 employment projections, the most current federal projection window available as of July 2026. It compares growth rates with annual openings, training requirements, and day-to-day tradeoffs. If you are starting a career now, our Tech Job Market for New Grads guide adds context on how broad labor trends translate into early-career hiring.
What “fastest-growing” really means
Growth rate and job volume measure different things. A small occupation can grow 50% and still create fewer openings than a large occupation growing 9%. BLS projects wind turbine service technician employment to grow 50% from 2024 to 2034, with about 2,300 openings per year. Electrician employment is projected to grow 9%, yet BLS expects about 81,000 electrician openings per year because the occupation is much larger and many workers will need to be replaced.
Annual openings include both newly created jobs and openings caused by people changing occupations or leaving the labor force. That makes openings a useful measure of how many chances a job seeker may encounter. Growth rate still matters: it can signal structural change, expanding investment, or new needs. Read both numbers together, then look at training time and location.
Fastest-growing career paths at a glance
| Career path | Representative role | BLS growth, 2024–34 | Annual openings | Typical entry route |
|---|---|---|---|---|
| Renewable energy | Wind turbine technician | 50% | 2,300 | Postsecondary nondegree award |
| Renewable energy | Solar PV installer | 42% | 4,100 | High school diploma plus training |
| Healthcare | Nurse practitioner | 40% | 29,500 | Master’s degree and licensure |
| AI and data | Data scientist | 34% | 23,400 | Bachelor’s degree |
| Cybersecurity | Information security analyst | 29% | 16,000 | Bachelor’s degree; related experience often preferred |
| Health services | Medical and health services manager | 23% | 62,100 | Bachelor’s degree plus relevant experience |
| Software | Software developer | 16% | 115,200 | Bachelor’s degree |
| Skilled technical work | Electrician | 9% | 81,000 | High school diploma and apprenticeship |
These figures come from the BLS fastest-growing occupations, occupational projections, and individual Occupational Outlook Handbook profiles. They are national projections, not promises about a specific city or employer.
How to choose among growing careers
Start with constraints, not prestige. A path can look attractive on a ranking and still be impractical if it requires years of additional school, relocation, or work conditions you dislike. Score each option on these six factors:
- Training time: How long until you can qualify for an entry-level role? Compare a multi-year clinical route with an apprenticeship, certificate, portfolio, or bachelor’s-level path.
- Training cost: Include tuition, certification fees, equipment, and income you may give up while training. Look for paid apprenticeships, employer reimbursement, and community-college routes.
- Location: Some work is clustered near hospitals, data centers, research hubs, wind farms, or active construction markets. Remote work is not equally available across these fields.
- Work environment: Decide whether you prefer a desk, clinic, jobsite, laboratory, customer setting, or a mix. Consider physical demands, on-call expectations, travel, and schedule variability.
- Income stability: Look beyond a single salary number. Ask whether the occupation has a broad employer base, transferable skills, licensing requirements, and enough openings in your region.
- Interest and aptitude: Sustainable careers usually fit problems you can tolerate solving repeatedly. Test the work through a course, project, shadowing experience, or informational interview before making an expensive commitment.
Do not rank careers by salary alone. A smaller salary with a short, paid entry route can produce a better early return than a higher salary that requires years of debt. Conversely, a longer clinical path may make sense if you want patient care and accept the licensing commitment. The best choice is the intersection of demand and fit.
Compare growing careers with real openings
Use your preferred role, location, and experience level to see where employers are hiring now—not just where long-term projections point.
AI and data careers
Data scientists sit near the top of the BLS growth list at 34% projected growth from 2024 to 2034, with about 23,400 openings per year. Demand is tied to the growing volume of data and the need to use it for product decisions, operations, forecasting, and automation. The wider AI ecosystem also employs machine learning engineers, research engineers, data engineers, evaluation specialists, and technical staff whose titles vary by company.
A bachelor’s degree is the typical BLS entry requirement for data scientists, but the proof employers want goes beyond a credential. Useful signals include a reproducible analysis, a deployed model, a clear write-up of assumptions, and the ability to explain results to a nontechnical audience. Mathematics, statistics, SQL, Python, experimentation, and data communication transfer across many roles.
A practical first step is to choose one real dataset, frame a decision question, clean the data, test a simple baseline, and publish both the code and a plain-language conclusion. Then compare the skills in our New Grad Data Science, AI, and ML Jobs list. For advanced AI-company titles, our Member of Technical Staff Guide explains why the same title can cover research, systems, or product engineering.
Tradeoffs: Entry-level competition can be intense, job descriptions are inconsistent, and tooling changes quickly. You need enough theory to reason about model behavior and enough engineering discipline to make work reliable. A “fast-growing” label does not remove the need for strong evidence.
Cybersecurity and IT
BLS projects information security analyst employment to grow 29% from 2024 to 2034, with about 16,000 openings per year. Organizations need people to protect expanding cloud systems, e-commerce infrastructure, data, and AI-enabled products. Security work includes monitoring, incident response, governance, risk, vulnerability management, identity, application security, and security engineering.
The typical BLS entry path is a bachelor’s degree in a computer field, and employers often prefer related experience. That is why help desk, systems administration, networking, audit, and software roles can be useful bridges. Build fundamentals in operating systems, networks, access control, logs, and threat modeling. A small home lab, a documented security review, or a carefully scoped capture-the-flag write-up can demonstrate judgment without making inflated claims.
Use our Entry-Level Cybersecurity and IT Jobs list to identify repeated requirements across current roles. The main tradeoff is that some teams have on-call or incident-response duties, and the word “entry-level” may still conceal experience expectations. Read the responsibilities, not just the title.
Software development
Software development does not appear among the very highest percentage-growth roles, but its scale matters. BLS projects software developer employment to rise about 16% from 2024 to 2034 and estimates roughly 115,200 annual openings. That combination—faster-than-average growth and a large employment base—creates more potential entry points than many smaller occupations with higher percentages.
Demand is changing rather than simply expanding. AI-assisted development raises expectations for debugging, system design, testing, security, and product judgment. Employers still need people who can translate ambiguous requirements into reliable software. Strong foundations in one language, data structures, version control, APIs, databases, and tests are more durable than chasing every new framework.
Build one complete project that another person can use, then improve it from feedback. Document the problem, your decisions, failures, and tradeoffs. The field can offer location flexibility, but early-career hiring is cyclical and interviews can be demanding. Treat the growth projection as a long-run signal, not proof that every new graduate will find a role quickly.
Healthcare and health services
Healthcare demand is supported by an aging population, chronic conditions, and increasingly complex care delivery. Nurse practitioner employment is projected to grow 40% from 2024 to 2034. This route requires graduate education, state licensure, and national certification, so it is not a quick career switch. It suits people who want direct clinical responsibility and can accept a long training path.
Healthcare also offers nonclinical growth paths. BLS projects medical and health services manager employment to grow 23%, with about 62,100 openings per year. These managers organize facilities, staff, budgets, quality programs, records, or service lines. A bachelor’s degree plus relevant healthcare or administrative experience is typical. Operations, analytics, project coordination, and communication can transfer, but credibility often depends on understanding healthcare workflows and regulation.
Tradeoffs: Clinical work may include shifts, emotional pressure, and licensing constraints. Management roles can involve on-call responsibility and usually are not true entry-level positions. Test your interest through volunteering, shadowing, patient-facing work, or a healthcare operations role before committing to advanced schooling.
Renewable energy and skilled technical work
Wind turbine technicians and solar photovoltaic installers lead the BLS growth table at 50% and 42%, respectively. The percentage growth is striking, but their combined annual openings are much smaller than those for electricians. This is the clearest example of why growth and opportunity volume must be read together.
Wind technicians generally complete a postsecondary nondegree program and receive on-the-job training. The work can involve heights, confined spaces, travel, and rural locations. Solar installers typically need a high school diploma and learn through technical courses, apprenticeships, or employer training. Outdoor work, roofs, weather, and regional construction demand shape the job.
Electricians offer a broader skilled pathway. Employment is projected to grow 9%, while about 81,000 openings are expected annually. Apprenticeships combine paid work with classroom instruction, and licensing rules vary by state. Electrical skills can transfer across construction, maintenance, factories, data centers, and energy projects.
A practical first step is to compare local apprenticeship and community-college programs, confirm state licensing requirements, and ask employers what entry tests or safety credentials they use. The major tradeoffs are physical demands, commuting between jobsites, exposure to weather, and less remote flexibility. For the right person, the paid training route and clear skill progression can outweigh those limits.
Product, program, and project paths
Not every promising path maps neatly to a single fast-growing occupation. Technology and healthcare organizations also need people who coordinate decisions, launches, systems, and cross-functional work. Product managers decide what problem to solve and why; program managers coordinate related work toward a broader outcome; project managers focus on delivering a defined scope. Our Product vs. Program vs. Project Manager Guide compares the roles in detail.
These paths reward transferable skills in research, prioritization, communication, process design, and measurement. The catch is that many postings expect prior domain or delivery experience. A first step might be owning a campus initiative, shipping a small product, coordinating an implementation, or moving internally from operations, analysis, engineering, design, or customer work.
What worker commentary can—and cannot—tell you
The original version of this article leaned on Reddit to identify promising careers. Worker discussions are still useful for questions official data cannot answer well: What does an on-call rotation feel like? How physical is a jobsite? Which tasks consume a normal week? How hard was the first role to land?
Treat those comments as anecdotes, not labor-market evidence. Online communities overrepresent some industries and unusually positive or negative experiences. Use them to generate questions, then validate the pattern through multiple informational interviews, local job postings, licensing bodies, and BLS data. Do not let a viral salary claim or one person’s career change stand in for a projection.
A practical 30-day way to test a career
- Week 1: Narrow the field. Pick three paths and score them on training time, cost, location, environment, stability, and genuine interest.
- Week 2: Read the market. Review at least 20 current postings per path. Record recurring responsibilities, required proof, credentials, and geographic constraints.
- Week 3: Test the work. Complete a small project, introductory lab, shadowing session, or informational interview that resembles a real task.
- Week 4: Choose the next commitment. Decide whether the evidence supports a course, certification, apprenticeship application, portfolio project, degree prerequisite, or targeted job search.
The goal is not to predict the one career that will grow fastest forever. It is to choose a durable direction with enough demand, a realistic entry route, and work you can imagine getting better at. Recheck the numbers and local market before making a costly decision; the strongest career plan combines national evidence with direct experience.
