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How much do computational electromagnetics internship jobs pay per hour?

As of Sep 4, 2026, the average hourly pay for computational electromagnetics internship in the United States is $21.67, according to ZipRecruiter salary data. Most workers in this role earn between $18.27 and $24.04 per hour, depending on experience, location, and employer.

What is a computational electromagnetics internship?

A Computational Electromagnetics Internship is a temporary position that provides hands-on experience in using computational methods and software to solve problems related to electromagnetics. Interns typically work on projects involving the simulation, modeling, and analysis of electromagnetic fields, waves, and devices using tools such as finite element or finite difference time domain methods. This role is common in industries like telecommunications, aerospace, and defense, and it often involves working with programming languages and specialized simulation software. The internship is ideal for students studying electrical engineering, physics, or related fields who want to gain practical experience in applying theoretical concepts to real-world challenges.

What are the key skills and qualifications needed to thrive as a computational electromagnetics intern?

To thrive as a Computational Electromagnetics Intern, you typically need a background in electrical engineering or physics, strong mathematical skills, and foundational knowledge of electromagnetics theory. Familiarity with simulation tools like MATLAB, HFSS, CST, or COMSOL, as well as programming languages such as Python or C++, is often required. Analytical thinking, problem-solving, and effective communication are valuable soft skills for interpreting results and working within research teams. These skills are crucial for accurately modeling electromagnetic phenomena and effectively contributing to complex engineering projects.

What types of projects and collaboration can I expect during a computational electromagnetics internship?

As a Computational Electromagnetics Intern, you will typically work on projects involving the simulation and modeling of electromagnetic fields using advanced computational tools. Expect to collaborate closely with engineers, researchers, and sometimes software developers to solve real-world problems in areas such as antenna design, radar systems, or electromagnetic compatibility. You'll likely contribute to code development, data analysis, and the interpretation of simulation results, often presenting your findings to the team. This environment offers hands-on learning and the chance to develop both your technical and teamwork skills.
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Computational Electromagnetics Internship jobs near you
Infographic showing various Computational Electromagnetics Internship job openings in the United States as of August 2026, with employment types broken down into 12% Internship, 58% Full Time, 27% Part Time, 1% Temporary, and 2% Contract. Highlights an 85% Physical, 2% Hybrid, and 13% Remote job distribution, with an average salary of $45,064 per year, or $21.7 per hour.

Electrical Engineer

Integrated Solutions for Systems, Inc.

Hackleburg, AL • On-site

Full-time

Posted 16 days ago

Key responsibilities

  • Support the design, development, integration, and testing of high-power microwave and pulsed-power systems.

  • Plan and execute laboratory and field testing of high-voltage, high-current, fast-pulse, and high-power RF hardware.

  • Analyze experimental data, troubleshoot system issues, and support the fabrication and modification of experimental hardware and prototypes.

Job description

Title: Electrical Engineer – High Power Microwave & Pulsed Power Systems

Position Summary: We are seeking a graduate-level Electrical Engineer to support the development, integration, and testing of advanced high-power microwave (HPM) and pulsed-power systems. The engineer will work as part of a multidisciplinary team developing technologies associated with prime power, pulsed-power generation and conditioning, RF generation, impedance matching, transmission, and antenna systems. Responsibilities will include supporting the design, modeling, fabrication, integration, and laboratory/field testing of electrical and RF hardware, including systems utilizing conventional and explosive-driven pulsed-power technologies. The position will involve hands-on experimental work with high-voltage, high-current, fast-pulse, and high-power RF systems; instrumentation and data acquisition; analysis of test results; and troubleshooting of integrated systems. A graduate degree in Electrical Engineering or a closely related field is preferred, with 0–5 years of relevant professional or research experience. Experience gained through graduate research, laboratory work, internships, or government/DoD research programs involving RF, pulsed power, high-voltage systems, antennas, or electromagnetic systems is highly desirable.

Primary Responsibilities:

  • Support the design, development, integration, and testing of HPM and pulsed-power systems.
  • Develop and evaluate prime-power, pulse-forming, power-conditioning, and impedance-matching approaches for advanced RF systems.
  • Support integration of power sources, pulsed-power hardware, RF generators, transmission components, and antenna systems.
  • Plan and execute laboratory and field testing of high-voltage, high-current, fast-pulse, and high-power RF hardware.
  • Select and configure instrumentation, diagnostics, data-acquisition systems, and test equipment for transient electrical and RF measurements.
  • Analyze experimental data, compare results with analytical or computational predictions, and identify opportunities for system improvement.
  • Troubleshoot electrical, pulsed-power, RF, and system-integration issues during prototype development and testing.
  • Support the design, fabrication, assembly, and modification of experimental hardware and prototype systems.
  • Document test procedures, technical results, engineering analyses, and design recommendations.
  • Work collaboratively with engineers and scientists from multiple disciplines to transition concepts from analysis through prototype demonstration.

Required Qualifications:

  • Master's degree or Ph.D. in Electrical Engineering or a closely related engineering or applied-science discipline.
  • 0–5 years of relevant professional experience
  • Strong understanding of fundamental electrical engineering concepts, including circuits, electromagnetics, transmission lines, and electrical power systems.
  • Ability to perform analytical, numerical, or computational methods.
  • Experience working in a laboratory environment with electrical test equipment and instrumentation.
  • Strong written and verbal communication skills
  • Ability and willingness to perform hands-on engineering work

Desired Skills:

  • Coursework, research, or professional experience in high-power microwave systems, RF/microwave engineering, or pulsed power
  • Knowledge of impedance matching between prime-power sources, pulsed-power systems, RF generators, transmission structures, and antennas.
  • Experience with RF generators, antennas, waveguides, coaxial transmission systems, or electromagnetic structures.
  • Experience measuring high-voltage, high-current, nanosecond- or microsecond-scale transients and high-power RF signals.
  • Experience with electromagnetic, circuit, or Multiphysics modeling
  • Experience programming or scripting in MATLAB, Python, LabVIEW, or similar environments for analysis, modeling, test automation, or data processing.
  • Previous experience supporting DoD, government, university, or national-laboratory research and development programs is desirable.
  • Must be able to acquire and maintain security clearance.

The Ideal Candidate:

  • Is a technically curious, hands-on engineer, that is driven to achieve
  • Has a strong interest in high-power RF, pulsed power, electromagnetics, and advanced electrical systems
  • Desires to work projects from fundamental research to fielded system
  • Strong and concise communicator capable of teaching new grads up briefing general officers and academics
  • Follows systematic and logical progression of research with strong documentation habits
  • Works effectively in a multidisciplinary environment with electrical, mechanical, RF, energetic-materials, and systems engineers and scientists.