- The Short Answer: What FEAD Means Here
- Who Stands Behind the Credential
- The Two Halves: DC and AC
- What the Published Topics Actually Cover
- How You Earn It: Instructor, Labs, and the 70% Rule
- What Is Not Verified (and Why It Matters)
- Who Benefits From FEAD
- Sequencing the Material Around FEAD's Structure
- Frequently Asked Questions
- On this site, FEAD means Fundamentals of Electricity - AC/DC, a Level 1 credential from Festo Didactic.
- It is delivered through the Festo Industry Certification Program (FICP) with NC3, using NC3Certs examinations.
- Students must score at least 70% on each certification examination and complete the required hands-on labs.
- The 36 listed domains combine the DC and AC component lists, with intentional overlap; they are not 36 official exam sections.
The Short Answer: What FEAD Means Here
FEAD is the shorthand this site uses for Fundamentals of Electricity - AC/DC. The credential is a Level 1 entry in Festo's industry certification catalog, and it covers both direct current (DC) and alternating current (AC) fundamentals in one combined scope. Nothing more is implied by the acronym on feadexam.com. If you arrived here because you saw "FEAD" elsewhere and are not sure which credential is meant, this article pins down exactly what it refers to on this site and what it does not.
The acronym is a convenience of this site, not an official brand name from the issuer. Festo and NC3 describe the credential in their own words, typically as Fundamentals of Electricity with DC and AC preparation. For a broader orientation, the companion pages What Is FEAD? and What Does FEAD Stand For? approach the same question from slightly different angles, and FEAD Meaning covers the naming in compact form.
Who Stands Behind the Credential
Three names matter when you read about FEAD:
- Festo Didactic is the issuer. It publishes the curriculum documentation and the certification topic lists.
- The Festo Industry Certification Program (FICP) is the program framework under which the credential is offered.
- The National Coalition of Certification Centers (NC3) is the partner through which examinations are delivered, using NC3Certs at participating institutions.
That last point is practical. You do not simply buy an exam online and sit it at home. Examinations run through participating schools and training centers, and they follow the issuing school's proctoring rules. The details of eligibility are covered in FEAD Requirements: Eligibility, Prerequisites & How to Qualify.
The Two Halves: DC and AC
The word "AC/DC" in the name is literal. Festo publishes two component documents, and the site's 36 domains reproduce the certification topics from both:
| Component | Source Document | Curriculum Size | Site Domains |
|---|---|---|---|
| Fundamentals of Electricity - Direct Current (DC) | Document 272395 EN 2025.09 | 10 units / 10 labs | Domains 1-18 |
| Fundamentals of Electricity - Alternating Current (AC) | Document 272396 EN 2025.09 | 6 units / 6 labs | Domains 19-36 |
Those unit and lab counts describe the curriculum. They are not exam question counts, not timed-exam lengths, and not course-hour totals, so do not read them as a measure of exam size.
What the Published Topics Actually Cover
The topic lists tell you what the credential means in practice: this is applied electrical literacy, from safe work habits to reading a circuit and finding a fault.
The DC Side (Domains 1-18)
Core DC Circuit Theory
The DC list starts with Safety and Electrical Engineering History, then moves into Electricity Basics, Basic Electrical Wiring, and Ohm's Law. From there it builds to Kirchhoff's Voltage and Current Laws and Solving Series and Parallel Circuits.
- Ohm's Law relationships among voltage, current, and resistance
- Kirchhoff's laws applied to multi-branch circuits
- Series and parallel circuit solving, including combined resistance
- Electrical Resistance as its own topic
Measurement and Troubleshooting
Using Measuring Instruments (voltmeters, ammeters, ohmmeters, etc.) and Electrical Measurement Equipment appear on the DC list, followed by Troubleshooting Electrical Circuits. Knowing how to place an instrument correctly in a circuit, and what a reading implies, is central to this scope.
- Voltmeters connect across a component; ammeters connect in series
- Ohmmeter readings require the circuit to be de-energized
- Troubleshooting combines measurement with circuit reasoning
Components and Electromagnetic Devices
The DC list covers Basics of DC Capacitors, Basics of DC Relays, Basics of Electromagnetism, Basics of Magnetism, Basics of the DC Motor, Basics of the Solenoid, and Electrical Components (power sources, resistors, inductors, capacitors, transformers, switches, relays, motors).
- How magnetic fields arise from current and act on conductors
- How relays and solenoids convert electrical energy to mechanical action
- How a DC motor uses electromagnetism to produce rotation
The AC Side (Domains 19-36)
AC Circuit Foundations
The AC list repeats Safety and then covers Basic concepts of electrical circuits, Ohm's and Kirchhoff's laws, measuring instruments, series and parallel circuits, and Electromagnetism. The CERT scope also points to impedance and reactance calculations as part of the competencies supported by the combined curriculum.
- Applying Ohm's and Kirchhoff's laws in alternating-current circuits
- Using instruments on AC quantities
- Series and parallel solving with AC components
Distribution and Protection
This is where the AC list moves beyond the bench circuit. It includes Electrical distribution, Basics of Electrical Panels, Basics of Fuses, Basics of Distribution Network, and Basics of the Inductor, Transformers, Relays, Contactors, and Circuit Breakers.
- How panels organize and protect branch circuits
- The protective role of fuses and circuit breakers
- How transformers and contactors fit into distribution and control
- Basics of AC Capacitors and their behavior in AC circuits
Key Takeaway
The AC half is where the credential reaches toward real building and plant electrical systems: panels, fuses, circuit breakers, contactors, and distribution networks. Candidates who study only bench-level DC theory will be underprepared for that half.
How You Earn It: Instructor, Labs, and the 70% Rule
The mechanics of earning FEAD differ from a walk-in vendor exam. According to the NC3Certs End User License Agreement, the student requirements are:
- Training from an actively certified NC3 instructor at a properly equipped institution.
- Completion of the required hands-on labs.
- A score of at least 70% on each certification examination.
Knowledge assessment and practical lab completion are separate requirements. Passing the exam does not substitute for finishing the labs, and finishing the labs does not substitute for passing the exam. Exams follow the issuing school's proctoring rules, and NC3Certs access requires an active email account for two-factor authentication. The score threshold is discussed further in FEAD Passing Score: Exactly What You Need to Pass.
What Is Not Verified (and Why It Matters)
A trustworthy explanation of FEAD has to say what is unknown. As of the sources checked on October 10, 2026:
- Question counts and exam-sitting durations were not verified. This site does not state a number of questions or a timer, and you should be skeptical of any page that does without citing the issuer.
- Student exam fees were not verified. The NC3 agreement mentions a USD $500 annual institutional LMS fee, waived for active member institutions, but that is an institutional charge and not a student exam price.
- Whether the combined credential is delivered as one examination or as separate DC and AC component examinations is not established by the portfolio label or the older program guide. The 70% requirement applies to each certification examination, however many there are at your institution.
For cost questions, FEAD Certification Cost: Complete Pricing Breakdown explains how institutional pricing differs from what an individual student typically sees. The scheduling side is covered in FEAD Exam Dates: Testing Windows, Deadlines & Scheduling, and since sittings run through your school, your instructor is the real source for dates.
A Note on the Older Program Guide
Festo's earlier Level 1: Fundamentals - Electricity program guide (March 2023) lists nine Industry Recognized Certification Topics for the combined scope, and a January 2022 course sheet corroborates it. Those nine topics are an older, unweighted combined preparation curriculum, not a verified current exam-section count. Its competencies, though, are useful context: schematic reading, circuit construction, impedance and reactance calculations, practical measurements, and fault-finding. The September 2025 component topic lists are the controlling reference for current preparation.
Who Benefits From FEAD
FEAD is an entry-level, foundational credential, which shapes who tends to pursue it:
- Students in technical programs at participating colleges and training centers, where electrical fundamentals underpin later coursework in controls, automation, mechatronics, or industrial maintenance.
- Career changers who need a documented baseline in circuits, measurement, and safety before moving into maintenance or technician pathways.
- Early-career technicians looking to show verified hands-on competence in wiring, instrument use, and troubleshooting.
Employment outcomes depend heavily on what else you bring: other credentials, local demand, and experience. This site does not publish salary figures for the credential because none are verified. If you want the qualitative picture, read FEAD Jobs and the more evaluative Is the FEAD Certification Worth It? Complete ROI Analysis, and note that FEAD Salary Guide frames earnings carefully rather than inventing numbers.
Sequencing the Material Around FEAD's Structure
Because the credential is built from a DC list and an AC list with deliberate overlap, the most efficient preparation follows the dependency order of the topics rather than the numeric order of the domains. A short plan tied to the actual structure:
Safety, Basics, and Ohm's Law
- Cover Safety (Domains 1 and 19) and Electricity Basics (Domains 3 and 28) together, since they repeat across both lists
- Drill Ohm's Law until rearranging for voltage, current, or resistance is automatic
Kirchhoff, Series, and Parallel
- Work Domains 6 and 8, then Domains 21 and 23 as the AC counterparts
- Practice measuring and calculating the same circuit to confirm both agree
Instruments, Components, and Magnetism
- Domains 7 and 16 for instrument use, then Domains 9-14 for capacitors, relays, electromagnetism, motors, and solenoids
AC Distribution and Troubleshooting
- Domains 25 and 32-35 for panels, fuses, breakers, contactors, and distribution
- Finish with Domains 18, 26, and 36 on troubleshooting, using fault scenarios
Your own lab schedule at your institution will set the real pace, so treat this as a sequencing guide, not a calendar. For a fuller approach, see the FEAD Study Guide: How to Pass on Your First Attempt, and for a compact refresher near test day, the FEAD Cheat Sheet: One-Page Review of Must-Know Facts. If you are weighing effort, How Hard Is the FEAD Exam? and FEAD Pass Rate: What the Data Shows explain what can and cannot be said about difficulty from available evidence.
Key Takeaway
Study the repeated topics once, deeply, then revisit them from the AC angle. Safety, Electricity Basics, wiring, measurement, and troubleshooting each appear on both lists, so mastering them pays off twice.
Frequently Asked Questions
FEAD is the site's shorthand for Fundamentals of Electricity - AC/DC, a Level 1 credential from Festo Didactic offered through the Festo Industry Certification Program in partnership with NC3. It does not refer to any other credential that happens to share the acronym.
Yes. The combined scope draws on Festo's separate DC and AC component documents. Both remain part of this credential; the DC component alone does not replace the combined scope.
Under the NC3Certs agreement, students must score at least 70% on each certification examination and also complete the required hands-on labs. Knowledge assessment and lab completion are separate requirements.
No. The number 36 counts the topics across both published component lists, including intentional overlaps. It is not a question count and not a verified count of official exam domains.
A student exam price was not verified. The NC3 agreement lists a USD $500 annual institutional LMS fee, waived for active member institutions, but that is not a student charge. Ask your instructor or school what applies to you, and see the pricing explainer linked above.
Student recertification is not required under the current NC3 student terms. The 80% score and three-year recertification apply to instructors, not students.