ASNT UT Level II: What Changes on February 5, 2027

By Sandeep Bandyopadhyay, Senior aerospace engineer · PMP, MBA, Six Sigma

TL;DR

ASNT's ultrasonic testing topic list changes on February 5, 2027. Exams before that date use six headings, such as Evaluation of Weldments and Evaluation of Bonded Structures. Exams after it use four groups that list 27 tasks, from calibrating systems to preparing inspection documentation. The exam stays at 50 items in 2 hours. Check which outline your booking falls under, then study the tasks, not the old headings.

Original questions, not exam dumps. Every CertCrafter question is written from the published body of knowledge and the referenced codes. None is copied from a live exam, and CertCrafter is independent: not affiliated with or endorsed by any awarding body.

A GE USM 35X portable ultrasonic flaw detector
Photo: GE USM 35X DAC LEMO type NDT tool by Plenumchamber (Wikimedia Commons), Public Domain, via Wikimedia Commons.

If you sit the ASNT Level II ultrasonic General exam on or after February 5, 2027, you are tested against a rewritten topic list. The old list had six headings. The new one has four groups, and under them sit 27 tasks written the way a procedure would write them.

The format does not move. ASNT shows 50 items and 2 hours for the UT General exam before the date and after it. So this is not a harder exam on paper. It is a different description of the same job, and that changes what you should practice.

Video: ASNT UT II — Six weeks to Level II UT while working shifts. ASNT UT II — Six weeks to Level II UT while working shifts. Watch on YouTube · CertCrafter
Image: video thumbnail, source: CertCrafter on YouTube (@certcrafters).

What exactly changes in the ASNT UT exam on February 5, 2027?

Only the topic list. ASNT’s examination page shows two outlines for ultrasonic testing, one labeled prior to 5 February 2027 and one labeled after it.

The old outline is six short headings: Review of Ultrasonic Techniques, Evaluation of Base Material Product Forms, Evaluation of Weldments, Evaluation of Bonded Structures, Discontinuity Detection, and General Evaluation. Each is a subject area. None says what you do with it.

The new outline is four groups: UT Principles and Techniques, Examination of Materials and Product Forms, UT Data Collection, Interpretation, and Reporting, and UT Training, Certification, and Safety. Each carries a list of verbs. Calibrate. Select. Mitigate. Verify. Characterize. Prepare.

Which old headings went away?

Two of them have no direct twin. Evaluation of Bonded Structures is not a heading anymore, and neither are Discontinuity Detection and General Evaluation as standalone items. The detection and evaluation work now sits inside the examination and data groups, phrased as tasks you perform against a procedure.

I would not read the bonded-structures heading as gone from the job. The new list names inherent, manufacturing and in-service discontinuities, with 0-degree, angle beam, pulse echo and through transmission as examples. It simply does not give bonded structures their own line.

Cross-sections of three ultrasonic set-ups: a 0-degree pulse echo probe sending sound straight down to a discontinuity and receiving the echo, an angle beam probe on a wedge sending a refracted beam into the part, and through transmission with a sending probe on one side and a receiving probe on the other
The techniques the new outline names as examples. Illustration: CertCrafter, from ASNT NDT Level II Examinations: Information and Scheduling.

What is in the new outline, group by group?

Group on the new outline Tasks listed Sample of what it asks
UT Principles and Techniques 5 Calibrate UT systems, contact, immersion or permanently installed; select technique and equipment per procedure
Examination of Materials and Product Forms 10 Develop scan plans; assess and mitigate coatings, geometry and temperature; perform thickness measurements; examine for inherent, manufacturing and in-service discontinuities
UT Data Collection, Interpretation, and Reporting 8 Collect and verify data per procedure; interpret relevant versus non-relevant indications; characterize planar versus volumetric; evaluate against acceptance criteria; prepare documentation
UT Training, Certification, and Safety 4 Maintain certification credentials; comply with safety requirements; provide on-the-job training; administer UT tests

Add the columns and you get 27. That is the number I would put on a study card, because it tells you the unit of study has changed. You are no longer learning a subject called weldments. You are learning to decide what to do about a weld with a painted cap and a hot surface.

Ultrasonic calibration blocks, a curved angle beam block and a step wedge, next to a 5 mm ultrasonic probe
Photo: UT calibration blocks by MyName (SV1XV (talk)) (Wikimedia Commons), CC0 1.0, via Wikimedia Commons.

Why do the verbs matter more than the nouns?

Because the old headings let you answer from a textbook, and the new tasks reward judgment.

Take the line about assessing component conditions such as coatings, geometry and temperature, and then mitigating them. A pure-recall candidate knows that couplant behaves differently on a hot surface. A candidate who can do the task knows what to change on the setup and what to write down. The exam page does not publish sample questions, so I can’t tell you how they will be phrased. What the wording tells you is the direction: situations, then a decision.

The same goes for the data group. Telling a relevant indication from a non-relevant one, and a planar flaw from a volumetric one, are interpretation skills. The list also says verify data quality per procedure requirements, which is a step many people skip when they study only the physics.

ASNT UT General exam outline before February 5, 2027 is six topic headings; from February 5, 2027 it is four groups with 27 tasks; the General exam is 50 items in 2 hours and the Specific exam is 40 items in 2 hours
Same length, different outline. Illustration: CertCrafter, from ASNT NDT Level II Examinations: Information and Scheduling.

Worked example: choosing your exam date around the change

The new outline starts February 5, 2027, a little under four months away. Here is how to work it.

  1. Decide which outline you want. If your training was built around the old headings and you are nearly ready, an exam before February 5, 2027 uses them. If you are starting from scratch, aim for the new one and study the tasks.
  2. Count the application time. ASNT says to allow 2 to 4 weeks for review and processing after you submit, and you can only schedule once you have the approval letter.
  3. Subtract. Take the processing time off the runway, and what is left is your real study time, before you have booked a seat.
  4. Check your eligibility first. For UT Level II the page lists 120 days of experience in the method, 229 days in NDT in total, and 12 days of training, where one day is at least seven hours.
  5. Pick a date that is clearly on one side of the boundary. The page does not say which list covers February 5 itself, so do not gamble on the day.

If you can’t make the old outline, do not spend weeks cramming it. Move to the new one and plan around tasks.

What does not change?

The structure of certification. You still need a General exam and a Specific exam. The Specific exam is 40 items in 2 hours, offered for general industry or for pressure equipment sectors, and the page lists its topics as Codes, Applications and Techniques with no new date attached. Candidates can take one or both sector exams.

The employer’s part also stays put. The visual acuity exam, the practical exam and any job-specific exam under the written practice are the employer’s job, not ASNT’s. ASNT publishes no pass percentage on the pages I used, so any number you see quoted for ASNT’s cut score on a forum is not from here.

Fees are listed per method. For ultrasonic testing the initial exam is $740 for ASNT members and $820 for nonmembers. An industry sector add-on and a retake are each $370 for members and $410 for nonmembers.

How should you change your study plan?

Start with the tasks you can’t do from memory. Print the 27 and mark each one green, amber or red. The reds are your first four weeks. Be honest about the amber ones too. A task you can describe but have never performed on a real part belongs in the red pile until you have done it once, even if only on a calibration block.

Then work calculations as they appear on the job. Thickness measurement with a known velocity, angle beam geometry, dB differences: they sit under the examination and principles groups now, and the numbers in a question come from a procedure, not from your memory. Our six-week shift-work plan is on the channel: Six weeks to Level II UT while working shifts.

Pair this with the scored ten-question sample to find your weak groups. Two of the free questions are on this page, one on thickness mapping and one on a restricted-access weld, because both are the kind of judgment call the new tasks describe. The full ultrasonic guide explains the two routes, ASNT central and employer SNT-TC-1A, and the study guides hub lists the rest. If you want more volume, the practice test bundle has six question banks.

Check the current topic list on ASNT’s examination page the week you book, because the dates and lists on it are what count. Then write the date on your calendar.

Try these free questions

  1. A corrosion mapping procedure for a pipe with roughly 4 mm of remaining wall specifies a dual element probe and forbids the use of a single element contact probe. What technical justification is the procedure relying on?

    1. A dual element probe has a longer near field, so thin sections fall outside the confused zone
    2. A dual element probe automatically works at a higher frequency, giving finer thickness resolution
    3. Separate transmit and receive crystals remove the initial pulse dead zone, and the roof angle crosses the beams inside the thin remaining wall
    4. A dual element probe needs no couplant, which matters on the rough surface left by corrosion
    Show the answer and explanation

    Answer: C. In a single element probe the crystal is still ringing from the transmit pulse while the first echo from a thin wall is arriving, so the back-wall signal is buried in the dead zone. A dual element probe splits the functions: one crystal transmits, the other receives through an acoustic barrier, so the receiver is not blinded by the main bang. The small roof angle tilts the two elements towards each other so their beams cross at a shallow depth, which is where the useful sensitivity for thin remaining wall sits. The first option has the near field argument backwards; the pseudo-focus of a dual element probe shortens the effective usable zone near the surface rather than lengthening it. The second option confuses probe construction with frequency, which is a separate choice. The fourth option is simply untrue, since couplant is still required, and rough corroded surfaces in fact demand more attention to coupling, not less.

  2. Half of a vessel circumferential seam is covered by a permanently welded support saddle, so only one side of the weld can be reached. The procedure assumes access from both sides. What is the right course?

    1. Scan what is reachable, record the restricted length and the coverage obtained, and raise the limitation with the Level III and the Authorized Inspector.
    2. Report the seam as fully examined, since a full skip taken from the accessible side sweeps the entire weld volume anyway.
    3. Reject the covered length of weld, because a weld that cannot be examined to the procedure as written has to be treated as unacceptable until somebody can reach it.
    4. Add 6 dB of gain when scanning from the accessible side, to make up for the scan surface that could not be used.
    Show the answer and explanation

    Answer: A. A limitation is a finding in its own right and it belongs in the report, described precisely enough that somebody can decide what to do about it. The Level II scans everything he can reach, states the length and location he could not cover, and raises it with the Level III and with the Authorized Inspector while there is still time to arrange an alternative such as a different angle, a scan from the inside, or another method. Calling it full coverage is a false statement about the examination, and a full skip from one side does not replace the second side because flaws tilted away from that beam can be missed. Rejecting the weld is not the technician's call and confuses inability to examine with a proven defect. Extra gain does nothing about geometry; it raises noise along with any signal and cannot recover a volume the beam never entered from that direction.

Take the full free 10-question sample with scoring →

Frequently asked questions

Does the exam length or item count change on February 5, 2027?

Not according to ASNT's examination page. The UT topic list shows 50 items and 2 hours both for exams before February 5, 2027 and for exams after it. The Specific exam, which is 40 items in 2 hours, shows no new date. What changes is how the content is described.

Which outline applies if my exam is on February 5 itself?

The page labels the lists 'Prior to 5 February 2027' and 'After 5 February 2027' and does not say which one covers the day itself. Book a day clear of the boundary, or ask ASNT at certifications@asnt.org before you schedule.

Is the practical exam part of the ASNT test?

No. ASNT says employers are responsible for the visual acuity exam, the practical exam and any job-specific exams their written practice calls for. ASNT itself administers the computer-based General and Specific exams.

Official sources

  1. ASNT NDT Level II Examinations: Information and Scheduling — accessed 16 October 2026
  2. ASNT NDT Level II Certification: Foundational Credential — accessed 16 October 2026

Exam rules change. Check the awarding body's official page before you apply. CertCrafter is independent and is not affiliated with or endorsed by any awarding body.

Was this helpful?

Comments

    Comments are read by a person before they appear. How we moderate.