Tracking 100,000+ career sites

Electrical Engineering Internships

This list tracks 100K+ company job sources and updates hourly with electrical engineering internships across circuits, electronics, embedded systems, RF, controls, power, CAD, and hardware development.

Electrical engineering interns may design or review circuits, lay out boards, write embedded code, test electronics, analyze signals, model power systems, support controls, characterize RF performance, or document hardware. Semiconductor companies, product manufacturers, utilities, aerospace and defense teams, engineering consultancies, research laboratories, and hardware startups provide different technical environments. A summer program may include a cohort, mentor, and final presentation, while a co-op or direct team internship can extend across multiple academic terms and carry deeper ownership. Employers often screen for electrical or computer engineering study, completed circuits or signals coursework, and experience with lab instruments, CAD or EDA tools, programming, or simulation. Labs, design teams, and personal hardware projects can demonstrate applied ability.

Match the posting to the subdiscipline you want to practice. Verify whether the work centers on analog, digital, power, RF, controls, embedded systems, verification, or test, and identify the product or infrastructure involved. The source listing should clarify program dates, enrollment and graduation windows, tool and coursework requirements, onsite laboratory or facility attendance, safety training, shift schedule, travel, and work authorization. Some regulated or defense-related positions include export-control, citizenship, or clearance conditions that must be read exactly. Compare how interns receive design review, access equipment, and own a deliverable; a role limited to repetitive testing offers a different learning experience from one that carries a circuit through design and validation. Check compensation and relocation information separately.

Electrical engineering internships can be reviewed and filtered for free. A free Simplify account enables saved jobs, application tracking, and Copilot form completion. Recheck tool, project, worksite, and eligibility requirements at the original posting before applying. Laboratory access and technical interview expectations may change as teams refine the project.

491
roles in this list
195
added this week
Featuring roles at
Canva
Netflix
Notion
Visa
Capital One
& 100K+ more

Explore More

Related Job Lists

Curated lists closely related to this one — similar roles, industries, and locations.

Mechanical Engineering Internships icon

Mechanical Engineering Internships

Updated hourly from a 20M+ job database, this list surfaces mechanical engineering internships across product development, R&D, energy, manufacturing, industrial engineering, quality, and testing. Mechanical engineering interns can contribute to CAD and drawing updates, prototyping, test planning, data analysis, fixture design, thermal or structural analysis, manufacturing support, quality investigations, and documentation. Product companies, industrial manufacturers, engineering consultancies, energy businesses, research organizations, construction teams, and hardware startups provide different balances of design and hands-on work. Some employers run a summer cohort with orientation, mentors, and presentations; others hire a co-op for multiple terms or add an intern to one project team. Eligibility may depend on engineering major, academic year, completed mechanics or design coursework, and familiarity with CAD, simulation, GD&T, machining, or test equipment. Design teams, labs, fabrication projects, and prior technical work can demonstrate readiness. Use the source posting to identify the product, system, and development stage rather than judging by title alone. Verify whether the intern will design new components, sustain existing products, support production, run tests, or analyze reliability. Check program dates, enrollment and graduation criteria, required tools, portfolio or project examples, work authorization, and whether the position is summer, semester, or co-op. Facility attendance, safety training, protective equipment, lifting, travel, and shift schedules can be central to manufacturing and test roles. Compare supervision, access to engineers and technicians, the expected deliverable, and whether interns own a bounded project or mainly support recurring tasks. Recruiting can begin early for large cohorts, while plant and project needs may generate later openings, so confirm every deadline directly. Mechanical engineering internships can be browsed and filtered at no cost. A free Simplify account adds saved jobs, application tracking, and Copilot form assistance. Match the appropriate portfolio version to each role, and verify technical tests, schedules, and relocation details at the employer source.

Hardware Engineering Internships icon

Hardware Engineering Internships

Built from a 20M+ job database and updated hourly, this list surfaces hardware engineering internships across electronics, semiconductors, FPGA, microsystems, integration, verification, and test. Hardware interns can contribute to board or chip design, FPGA development, component selection, laboratory bring-up, verification, reliability, system integration, manufacturing test, and failure analysis. Semiconductor businesses, electronics makers, aerospace and defense companies, device teams, research organizations, industrial firms, and hardware startups differ in product maturity and specialization. Formal summer programs may supply a cohort, technical talks, mentors, and presentations; team-specific internships and co-ops often provide sustained work on one design or test cycle. Electrical or computer engineering study is common, alongside expectations for digital logic, circuits, HDL, scripting, EDA tools, lab instruments, or embedded systems. Coursework, research, student design teams, and independently built hardware can show relevant preparation. Use the original description to locate the intern within the hardware lifecycle. Architecture, RTL, board design, validation, integration, and production test require different skills even when the title is simply hardware engineering intern. Verify academic level, enrollment and graduation rules, programming or HDL languages, required tools, technical interview, program term, onsite laboratory schedule, and any cleanroom, safety, lifting, or shift requirements. Export-control, citizenship, or security-clearance language may apply in some industries and should be assessed exactly as written. Compare the scope of the project, access to design reviews and equipment, mentorship, and whether the expected deliverable fits the internship length. Ask whether the assignment follows hardware from bring-up through verification, how test evidence is reviewed, and how confidential work can be described later. Recruiting timing varies between large annual programs and smaller teams tied to product milestones. No account is needed to browse or filter hardware internships. A free Simplify account provides saved jobs, application tracking, and Copilot assistance with forms. Choose portfolio projects for the specific technical work, and confirm worksite and eligibility conditions at the employer source.

Aerospace Internships for College Students icon

Aerospace Internships for College Students

This list tracks 100K+ company job sources and updates hourly with aerospace internships across software, autonomy, electronics, embedded systems, design, research, and technical support. Aerospace interns may write flight or ground software, design mechanical or electrical components, support autonomy and controls, build embedded systems, run laboratory or vehicle tests, analyze data, prepare systems documentation, or assist manufacturing and integration teams. Aircraft and spacecraft manufacturers, defense contractors, suppliers, research organizations, aviation operators, and aerospace startups differ in scale and program structure. Larger employers may recruit a summer cohort with orientation, mentorship, and intern presentations; smaller or project-driven teams may hire against a specific vehicle or contract. Engineering major, academic year, technical coursework, and tools such as CAD, simulation, programming, or test equipment often shape eligibility. Design competitions, labs, research, and personal technical projects can provide useful evidence. Review the system and assignment behind the title. Verify whether the work is conceptual design, production support, test, verification, operations, or maintenance, and whether the intern owns a bounded project. The employer posting should confirm enrollment and graduation dates, program term, technical prerequisites, GPA or transcript requests, onsite schedule, travel, shift work, and any relocation or housing information. Aerospace roles can also contain export-control, citizenship, or security-clearance conditions; read the exact requirement rather than inferring it from the company. Recruiting for established summer programs can begin early, while smaller teams may post later. Compare training, manager access, hands-on opportunity, and expected deliverables, and check whether compensation is hourly or stipend-based before adding separate relocation benefits. Ask how interns interact with test, manufacturing, software, and systems teams and whether confidential project work can later be described in a portfolio. Aerospace internships can be browsed and filtered without an account. A free Simplify account supplies saved jobs, application tracking, and Copilot form entry. Verify transcript, export-control, clearance, worksite, and project requirements on each employer's source page.

Got questions?

Explore our FAQ section to learn more.

Electrical engineering internships can focus on analog or digital circuits, power systems, controls, embedded systems, RF, semiconductors, signal processing, test engineering, automation, batteries, or hardware validation. Some roles are design-heavy, while others involve laboratory measurements, manufacturing support, field systems, or software close to hardware. Search both the specialty terms in your coursework and projects and the broader electrical engineer intern title. A power electronics student might also search inverter, motor controls, or energy systems. A digital student might search FPGA, ASIC, board design, or validation. Read the duties for the actual balance of design, simulation, bench work, coding, documentation, and troubleshooting before deciding whether a role fits.

Students can research internship opportunities at Apple, Tesla, Intel, Texas Instruments, Siemens, GE Aerospace, Boeing, and RTX. Their official career or student pages cover work related to electronics, semiconductors, vehicles, energy, industrial systems, avionics, and aerospace products. These employers are examples, not a guarantee of an opening in a particular specialty or location. Utilities, medical-device companies, manufacturers, engineering consultancies, and smaller hardware firms also hire electrical engineering interns. Search official sites using specialty terms such as power, controls, RF, embedded, silicon, test, or validation. Confirm the academic level, location, work authorization, schedule, and technical requirements in the current posting before applying.

Yes. Course laboratories, capstone work, research, student teams, repair projects, and personal builds can provide the evidence needed for a first internship. Choose examples that show more than a final device. Explain the requirement, schematic or model, component choices, calculations, test setup, measurement, failure, and revision. If the role involves code, show how the software interacts with hardware. If it involves power or high voltage, discuss safety and supervision honestly. A part-time technical job or maker-space role can also demonstrate practical habits. Tailor the project description to the posting, and apply when you meet the core qualifications even if your experience has been academic rather than industrial.

Employers usually want solid circuit and systems fundamentals, a methodical approach to testing, and clear technical communication. Depending on the role, useful skills may include schematic reading, SPICE or MATLAB simulation, oscilloscopes and multimeters, PCB tools, soldering, embedded C, Python, Verilog, controls, or power analysis. You do not need every tool listed across the field. Focus on the posting and be ready to explain what you measured, how you knew a result was wrong, and how you isolated the cause. Document assumptions, units, and test conditions. Safety matters around power, batteries, machinery, and laboratory equipment, so describe the procedures and supervision you actually followed rather than claiming experience you do not have.

Strong projects make your engineering decisions visible. Examples include a sensor board, motor controller, power converter, FPGA design, embedded device, RF experiment, battery monitor, audio circuit, or automated test setup. Pick work that matches the target role and document it well. Include a block diagram or schematic, design constraints, calculations, parts, code, test method, measured results, and revisions. A Git repository can support firmware or analysis, while photos and plots can show hardware and testing. State your individual contribution on team projects. Avoid presenting a tutorial copied exactly from instructions as original design. Explain what you changed, which tradeoff you faced, and how the evidence influenced your next decision.

Pay varies by employer, specialty, location, academic level, and whether the position is a summer internship or longer co-op. Semiconductor, aerospace, utility, industrial, automotive, and consulting roles should not be treated as one market. Use the range in the current posting and compare it with expected hours, overtime, housing, relocation support, transportation, and program length. A higher hourly rate in an expensive location may leave less money after housing than a lower rate near campus. Ask the recruiter when compensation or overtime treatment is unclear. Do not rely on a national average that mixes graduate and undergraduate roles. Evaluate the written offer, including the worksite and schedule, before making a comparison.

Prepare your resume and project notes before fall recruiting begins for the following summer. Large technology, semiconductor, automotive, and aerospace employers may open roles in late summer or fall and fill teams over several months. Utilities, industrial companies, consultancies, laboratories, and smaller manufacturers may recruit later or as projects are funded. AMD, for example, publishes program-specific timelines, while Tesla requires students to search its current internship openings. Track roles by specialty and location rather than waiting for one general program page. Apply promptly when the duties fit, then continue searching through spring. The live posting remains the authority for deadlines, student status, graduation timing, and work authorization.

An eligible F-1 student may be able to use Curricular Practical Training for an electrical engineering internship related to the major and integrated into the school's curriculum. The Designated School Official authorizes CPT and issues the updated Form I-20 before employment begins. Confirm the approved employer, dates, location, and hours with your international student office. CPT is separate from future visa sponsorship and does not override an employer's export-control, citizenship, or clearance restrictions. This distinction matters for defense, aerospace, semiconductor, and other controlled-technology teams. Read the posting's work-authorization language, then ask the recruiter about role-specific restrictions and future sponsorship. Do not assume a company uses one policy for every engineering group.