The global push for clean, reliable energy has placed nuclear engineering at the center of the conversation. In 2024, governments and private sector companies are expanding their nuclear fleets, developing next‑generation reactor technologies, and managing the lifecycle of existing plants. This growth creates strong demand for skilled nuclear engineers. This article highlights the top employers actively recruiting nuclear engineers this year, examines the skills they seek, and provides actionable guidance for professionals aiming to enter or advance in the field.

Leading Employers in Nuclear Engineering

Several organizations dominate the nuclear landscape. These employers span power utilities, reactor design firms, government agencies, and emerging technology companies. Each offers unique opportunities for nuclear engineers.

Exelon Corporation

Exelon operates the largest fleet of nuclear power plants in the United States, with 21 reactors across Illinois, Pennsylvania, New Jersey, New York, and Maryland. The company is a subsidiary of Constellation Energy. Exelon’s nuclear division focuses on safe, efficient baseload power generation. In 2024, Exelon continues to recruit nuclear engineers for roles in reactor operations, maintenance engineering, and reliability analysis. The company also invests in advanced digital tools for predictive maintenance and plant optimization. Engineers at Exelon work on both pressurized water reactors (PWR) and boiling water reactors (BWR), gaining broad experience. Exelon’s commitment to carbon‑free electricity makes it a stable employer for the long term.

Duke Energy

Duke Energy operates seven nuclear units in the Carolinas, including the Catawba, McGuire, and Oconee stations. As a major utility, Duke Energy emphasizes operational excellence and safety. The company is hiring nuclear engineers for positions in plant engineering, licensing, and security. Duke Energy is also actively involved in small modular reactor (SMR) evaluations and advanced reactor feasibility studies, providing opportunities for engineers interested in next‑generation technology. The company’s focus on grid modernization and clean energy targets (e.g., net‑zero carbon by 2050) ensures ongoing demand for nuclear expertise.

Westinghouse Electric Company

Westinghouse is a global leader in nuclear reactor design and fuel services. The company developed the AP1000 reactor, one of the most advanced Generation III+ reactors in operation. In 2024, Westinghouse is hiring nuclear engineers for its headquarters in Cranberry, Pennsylvania, and at project sites worldwide. Roles span reactor core design, safety analysis, fuel engineering, and project management. Westinghouse is also developing the AP300 small modular reactor, which offers a simplified design that is expected to accelerate deployment. Engineers at Westinghouse work on both new builds and plant uprates, and they collaborate with international regulators. The company also provides decommissioning and waste management services, creating diverse career paths.

Framatome (formerly Areva)

Framatome is a French nuclear engineering company specializing in reactor design, fuel assemblies, and instrumentation. It is a major supplier to EDF (Électricité de France) and other utilities globally. In 2024, Framatome is hiring nuclear engineers for its offices in France, Germany, and the United States. Focus areas include steam generator replacement, digital I&C modernization, and advanced manufacturing for nuclear components. Framatome is also involved in the EPR (European Pressurized Reactor) projects, which require extensive engineering talent. Engineers with skills in thermal‑hydraulics, neutronics, and materials science are particularly sought after.

U.S. Department of Energy (DOE)

The DOE is the largest single employer of nuclear engineers in the federal government. The DOE manages the national laboratory system (e.g., Idaho National Laboratory, Oak Ridge, Argonne) and oversees the U.S. nuclear weapons stockpile, nuclear energy research, and environmental cleanup. In 2024, the DOE is hiring nuclear engineers for roles in reactor technology development, nuclear nonproliferation, spent fuel management, and advanced fuel cycle research. The agency’s Office of Nuclear Energy funds projects on small modular reactors, microreactors, and fusion energy. Engineers with a security clearance and interdisciplinary backgrounds are especially valuable. The DOE also offers pathways for early‑career scientists through its Science Undergraduate Laboratory Internships (SULI) and postgraduate fellowships.

General Electric Hitachi Nuclear Energy (GEH)

GEH is a joint venture that designs and supports BWR reactors. The company provides fuel, services, and reactor technology for utilities worldwide. GEH is actively developing the BWRX‑300, a small modular reactor that leverages proven boiling water reactor technology. In 2024, GEH is hiring nuclear engineers for design, licensing, and manufacturing roles. The company operates in Wilmington, North Carolina, and Markham, Ontario. Engineers at GEH work on advanced computer models, thermal performance, and radiation shielding. The BWRX‑300 project is expected to achieve regulatory design certification in Canada and the U.S. within a few years, generating long‑term engineering work.

NuScale Power

NuScale Power is a publicly traded company that pioneered the small modular reactor concept. Its VOYGR™ reactor module is the first SMR to receive final design approval from the U.S. Nuclear Regulatory Commission. In 2024, NuScale is recruiting nuclear engineers for its Portland, Oregon, headquarters and for project partnerships. Roles include reactor physics, thermal‑hydraulics, safety analysis, and plant control systems. NuScale’s SMR design is modular, factory‑fabricated, and scalable, which appeals to utilities seeking flexible clean energy. The company is also exploring international markets (e.g., Romania, Poland, and the Middle East) where engineers may travel or relocate.

Why These Employers Are Investing in Nuclear

The nuclear industry is undergoing a renaissance driven by climate goals, energy security, and technological innovation. Employers are hiring for several key reasons.

  • Carbon‑free baseload power: Governments and utilities recognize that nuclear power provides reliable, dispatchable electricity without greenhouse gas emissions. Many regions have included nuclear in their clean energy portfolios.
  • Advanced reactor development: Small modular reactors and Generation IV designs promise lower capital costs, enhanced safety, and new applications (e.g., hydrogen production, industrial heat). Companies like NuScale, Westinghouse, and GE Hitachi are competing to deploy these systems.
  • Plant life extension and uprates: The U.S. Nuclear Regulatory Commission has approved license renewals for many reactors, allowing operations up to 80 years. Utilities need engineers to manage aging components, implement digital upgrades, and increase power output.
  • Decommissioning and waste management: Numerous plants are entering decommissioning, requiring engineers for dismantling, waste packaging, and site remediation. The DOE also manages large cleanup projects (e.g., Hanford, Savannah River) that absorb nuclear engineering talent.
  • Government funding and policy support: In the U.S., the Inflation Reduction Act provides production tax credits for existing nuclear plants and investment tax credits for new advanced reactors. The Department of Energy’s Advanced Reactor Demonstration Program (ARDP) has allocated significant funds for demonstration projects, directly creating engineering jobs.

In‑Demand Skills for Nuclear Engineers

Employers in 2024 look for a combination of technical depth, regulatory knowledge, and systems thinking. The following skills are especially valued.

Nuclear Physics and Reactor Kinetics

A strong foundation in neutron physics, fission products, and reactor kinetics is essential. Engineers must be able to calculate core reactivity, manage fuel depletion, and ensure shutdown margins are maintained. Proficiency in transport theory codes (e.g., MCNP, SCALE, Serpent) is often required.

Thermal‑Hydraulic Analysis

Evaluating coolant flow, heat transfer, and accident scenarios is central to reactor design and safety analysis. Experience with computational fluid dynamics tools (e.g., RELAP5, TRACE, STAR‑CCM+) is highly desired. Employers also value hands‑on knowledge of test loops and experiment design.

Regulatory and Licensing Experience

Navigating the regulatory environment is a core competency. Engineers who understand NRC regulations (10 CFR Part 50, 10 CFR Part 52) and can prepare safety analyses, environmental impact statements, and licensing documents are in short supply. Familiarity with International Atomic Energy Agency (IAEA) standards is a plus for global roles.

Probabilistic Risk Assessment (PRA)

PRA is used to assess plant risks and inform design decisions. Engineers skilled in event tree/fault tree analysis and the use of software like SAPHIRE or RISKMAN are needed at utilities, vendors, and regulators. PRA is critical for licensing advanced reactors.

Materials Science and Structural Integrity

Understanding how materials (zirconium alloys, stainless steels, concrete) degrade under radiation, heat, and stress is vital. Engineers support material selection, aging management, and nondestructive evaluation (e.g., ultrasonic testing, eddy current).

Instrumentation and Control (I&C)

Modern nuclear plants are transitioning to digital I&C systems. Engineers who can design, validate, and secure control systems (including cybersecurity) are in high demand. Knowledge of safety‑critical software standards (e.g., IEC 61513, IEEE 7‑4.3.2) is important.

Project Management and Systems Engineering

Large nuclear projects require engineers who can manage schedules, budgets, and interdisciplinary teams. PMP certification or experience with systems engineering (requirements management, interface control, change management) can differentiate candidates.

Data Science and Computational Modeling

Advanced nuclear companies increasingly use machine learning for predictive maintenance, anomaly detection, and core design optimization. Skills in Python, MATLAB, or R, along with understanding of big data frameworks, are becoming valuable.

How to Secure a Position in 2024

Finding a nuclear engineering job requires strategic effort. Below are practical steps.

Target the Right Channels

  • Company career portals: Exelon, Duke Energy, Westinghouse, Framatome, and NuScale all list openings on their websites. Set job alerts.
  • Government job boards: USAJOBS.gov lists DOE and NRC positions. Filter by series 0840 (Nuclear Engineering).
  • Professional networks: LinkedIn is widely used. Join groups such as American Nuclear Society (ANS) or Women in Nuclear (WIN). Engage with recruiters and attend virtual career fairs.
  • Industry conferences: The ANS Winter Meeting, Nuclear Energy Institute (NEI) events, and the Utility Working Conference are excellent for networking and direct hiring.

Build Experience Early

Internships are a primary pipeline. Many of the employers above offer summer internships that convert to full‑time offers. The DOE’s SULI and CCI (Community College Internships) programs are free to apply. For graduate students, the Nuclear Energy University Programs (NEUP) provide research fellowships connected to national labs.

Pursue Certifications and Clearances

A security clearance (especially DOE Q clearance) significantly expands opportunities at national labs and defense contractors. For commercial roles, a reactor operator license (for utilities) or a Professional Engineer (PE) license in nuclear engineering can be advantageous.

Tailor Your Resume

Highlight specific software skills (e.g., “Used RELAP5 to model loss‑of‑coolant accident scenarios”), project outcomes (e.g., “Reduced fuel cycle cost by 5% through optimized core loading”), and regulatory familiarity (e.g., “Prepared license amendment request for power uprate”). Avoid vague statements like “team player” or “good communicator” without evidence.

The U.S. Bureau of Labor Statistics (BLS) does not directly report nuclear engineer salaries separately, but data from industry surveys provide good estimates. In 2024, entry‑level nuclear engineers (0‑3 years experience) earn between $75,000 and $95,000 per year. Mid‑level engineers (5‑10 years) earn $100,000–$130,000. Senior engineers and managers can exceed $150,000, with lead reactor designers and technical fellows reaching $180,000 or more.

Employment growth for nuclear engineers is projected at about 1‑2% annually through 2032, slightly below the average for all occupations, but with higher turnover as the older workforce retires. The demand is heavily concentrated in utilities (30% of employment), engineering services (25%), and the federal government (20%). Emerging areas like SMR manufacturing and fusion energy could accelerate hiring in the latter half of the decade.

Geographically, the highest concentration of nuclear engineering jobs is in the Southeast (Georgia, South Carolina, Tennessee) due to large fleets, the Midwest (Illinois), and the Northeast (Pennsylvania, New Jersey). National lab hubs like Idaho and New Mexico also offer many positions.

Conclusion

The nuclear engineering job market in 2024 is robust, with opportunities spanning traditional power generation, advanced reactor development, and government research. Employers such as Exelon, Duke Energy, Westinghouse, Framatome, DOE, GE Hitachi, and NuScale are competing for engineers who combine technical depth with adaptive skills. By focusing on in‑demand competencies like reactor physics, thermal‑hydraulics, regulatory affairs, and digital tools, job seekers can position themselves for rewarding careers. With continued policy support and technological maturation, nuclear engineering offers both stability and innovation for the coming decades.

External references: Exelon Careers | DOE Office of Nuclear Energy | NRC Small Modular Reactors | World Nuclear Association – U.S. Nuclear Power | BLS Physical Scientists (nuclear engineering outlook)