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jrcnmt.org

JRCNMT is Joint Review Committee on Educational Programs in Nuclear Medicine Technology. We offer acceditation and resources.

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What is JRCNMT?

JRCNMT stands for the Joint Review Committee on Educational Programs in Nuclear Medicine Technology. It is the body that accredits nuclear medicine technology programs in the United States, evaluating whether they meet nationally accepted standards set by the profession. Its site serves students and the public, program faculty, and volunteer site evaluators.

What accreditation means here

Accreditation is a multi-step review: the program conducts a detailed self-evaluation, the committee assesses that report, and peer specialists from the profession carry out an on-site inspection. For prospective students, an accredited program signals that it meets or exceeds professional standards—useful when comparing schools or explaining your training to employers.

What you can find on the site

  • Graduate data: graduation rates, board exam pass rates and job placement for recent graduates of each accredited program, which is the most practical comparison tool for applicants.
  • Accreditation reports: summaries of actions taken by the board.
  • Faculty resources: policies, standards, self-study forms and recorded webinars.
  • Site evaluator information: how to apply to volunteer as a peer evaluator.

A useful next step

If you are choosing a program, start with the graduate data for the schools on your shortlist and compare pass rates and placement side by side rather than relying on marketing pages. If you are faculty preparing for review, the standards and self-study materials are the place to begin. For broader context on accredited health programs, the Council for Higher Education Accreditation explains what accreditation signifies.

How can I check whether a nuclear medicine technology program is accredited by JRCNMT?

Check the JRCNMT's own list of accredited programs first, then confirm the program's current status and its graduate outcomes before applying. JRCNMT states that it publishes information about accredited nuclear medicine technology programs in the US, so its site is the authoritative place to verify accreditation rather than a school's marketing page alone.

A practical check

  1. Search the JRCNMT site for the program by name. Use the accredited-programs information at JRCNMT and match the institution and program title exactly; similarly named programs at different campuses are a common source of confusion.
  2. Confirm the accreditation covers the period you would enroll in. Accreditation is a multi-step process with periodic review, so a program that was accredited years ago may have a different status now. Ask the program for its current accreditation term and cross-check it with JRCNMT's accreditation reports, which summarize actions taken by its Board of Directors.
  3. Look at graduate data for the years closest to your start date. JRCNMT publishes graduation rate, board exam pass rate and job placement information for graduates of each accredited program. A program with consistently strong pass rates and placement is a meaningful signal, though small cohort sizes can make year-to-year swings look larger than they are.
  4. Ask the program directly. Request its most recent self-study summary or accreditation letter and ask when its next review is scheduled.

Why this matters for your decision

Accreditation signals that a program has been evaluated against nationally accepted standards through self-evaluation, peer review of that report, and an on-site inspection by specialists in the profession. For you as a prospective student, the practical consequences are eligibility to sit for certification exams and how employers and admissions offices read your credential, so it is worth verifying before you commit tuition and a year or two of clinical time.

If you are comparing several programs, build a short table of program name, current accreditation status, graduation rate, exam pass rate and placement rate for the last three reported years, then discuss the weakest column with an admissions contact.

What do JRCNMT graduate data show about graduation rates, board exam pass rates and job placement for 2018–2020 graduates?

JRCNMT publishes graduation rate, board exam pass rate and job placement figures for 2018–2020 graduates of each accredited nuclear medicine technology program, but the site presents these as per-program data rather than a single national figure. That means the numbers to look at are the ones for the specific program you are considering, not an overall average.

How to read the graduate data

  • Compare within programs, not just across them. Graduation rate reflects how many students who started a program finished it; a high rate alongside a high board pass rate suggests a program that both retains and prepares students.
  • Treat board pass rate as a preparation signal. It shows how graduates of that program performed on the certification exam, which matters to employers and to your own licensing path.
  • Read job placement with context. Placement figures describe outcomes for those cohorts and can vary with local hiring conditions and how a program defines placement.

Practical next step

If you are choosing between programs, pull the graduate data page for each candidate program and line up the three measures side by side, then ask program faculty how placement is defined and whether recent cohorts differ from 2018–2020. For background on what accreditation itself verifies, see JRCNMT.

How does a nuclear medicine technology program complete JRCNMT accreditation, from self-study through the site visit?

JRCNMT accreditation is a three-stage peer-review process: the program first conducts a detailed self-evaluation, then submits that evaluation report for in-depth assessment, and finally undergoes an on-site inspection by peer specialists from the profession. A program that completes it can tell students, parents and employers that it meets or exceeds nationally accepted standards set by the professional community.

What each stage involves

  • Self-study. The program assesses itself in detail against JRCNMT's accreditation standards. This is where most of the work sits: gathering evidence, identifying gaps and documenting how the program meets each standard.
  • Report review. JRCNMT evaluates the self-study report before any visit happens, so the site visit can focus on what the report raises rather than starting from scratch.
  • Site visit. Peer specialists from nuclear medicine technology inspect the program in person and verify what the report describes.

A practical way to use this

If you are program faculty preparing for a first accreditation cycle, work backwards from the site visit. Treat the self-study as the evidence file the visitors will test, and write each standard's response so an outsider could verify it on site. Prospective students, meanwhile, can use the same structure in reverse: check that a program appears among JRCNMT-accredited programs, then look at its graduate outcomes before applying.

Where the outcomes data fits

JRCNMT publishes graduation rate, board exam pass rate and job placement information for recent graduates of each accredited program, along with summary reports of accreditation actions. For a student comparing programs, those three numbers are more informative than accreditation status alone, since every listed program is already accredited. For faculty, the accreditation action reports show how the committee has treated comparable programs.

Next step: decide which audience you are. Students should start from the graduate data and program list; faculty should start from the policies, standards, self-study forms and recorded webinars in the faculty resources section. The official site is JRCNMT.

What steps should I take to become a volunteer JRCNMT site evaluator?

Start by confirming you meet the site's stated audience and then apply through the evaluator section of the JRCNMT website. The page lists "Site Evaluators" under "Resources For" and describes it as information for those wishing to apply to become a volunteer JRCNMT site evaluator. That means the application route is the evaluator resource area itself, not the student, faculty or graduate-data sections.

Practical steps

  1. Check the role fits you. Site evaluators are described as peer specialists from the profession who conduct on-site inspections as part of accreditation. You should be able to assess a program against nationally accepted standards, not just your own workplace habits.
  2. Read the accreditation process first. The page explains that accreditation involves a program self-evaluation, review of the program's evaluation report, and an on-site inspection by peer specialists. Understanding that sequence helps you see where evaluators contribute.
  3. Prepare your professional background. Expect to describe your nuclear medicine technology experience and any teaching, clinical supervision or program involvement. These are general preparation points, not published eligibility criteria.
  4. Apply through the evaluator resource page. Use the "Site Evaluators" entry on JRCNMT and follow the application instructions there.
  5. Expect training and scheduling questions. Volunteers typically need to complete orientation and be available for site visits. Confirm time commitments and any conflict-of-interest rules directly with JRCNMT, since the page does not spell them out.

A useful next step

Before applying, read the "What is Accreditation?" section and one sample accreditation report. If you can explain how a program's self-study evidence would be verified during a site visit, you are thinking like an evaluator. Then contact JRCNMT through its evaluator page to ask about current volunteer needs and the expected time commitment.

Where can program faculty find JRCNMT policies, accreditation standards, self-study forms and recorded webinars?

Program faculty can find those materials in the “Resources For” → Program Faculty section of the JRCNMT website. According to the site, that area holds JRCNMT policies, accreditation standards, self-study and other forms, plus news and recorded webinars — everything a program needs to prepare for or maintain accreditation.

As a next step, start with the accreditation standards and self-study forms, since those drive the program’s self-evaluation, and use the recorded webinars to interpret policy changes. Faculty at programs preparing for a site visit may also want the Graduate Data section to see how graduation, board exam pass, and job placement rates are reported for accredited programs.

For broader context on accreditation and its standards, the official JRCNMT site is the primary source.

Related questions

More questions →
What Is JRCNMT and What Does It Do?

JRCNMT stands for the Joint Review Committee on Educational Programs in Nuclear Medicine Technology. It is the organization that accredits nuclear medicine technology educational programs in the United States and publishes information about those programs for students, the public, faculty, and evaluators. If you are considering a nuclear medicine technology program, JRCNMT is the body whose accreditation status tells you whether a program has been reviewed against nationally accepted standards set by the profession.

What Accreditation Means

According to JRCNMT, accreditation is a multi-step process designed to ensure the quality of an educational program. The process includes:

  1. Program self-evaluation — the program conducts a detailed self-study.
  2. Review of the evaluation report — JRCNMT performs an in-depth assessment of that report.
  3. On-site inspection — peer specialists from the profession inspect the program.

An accredited program signals to students, parents, employers, and the public that the program meets or exceeds nationally accepted standards set by the professional community. In practical terms, accreditation status is one of the first things to check when comparing nuclear medicine technology programs.

Resources JRCNMT Provides

JRCNMT organizes its resources by audience:

Audience What they can find
Students & the public Information about accredited nuclear medicine technology programs in the US and the process JRCNMT uses to evaluate program quality
Program faculty JRCNMT policies, accreditation standards, self-study and other forms, news, and recorded webinars
Site evaluators Information for those wishing to apply to become a volunteer JRCNMT site evaluator
Anyone comparing programs Graduate data — graduation rate, board exam pass rate, and job placement information for 2018–2020 graduates of each accredited program
Anyone tracking decisions Accreditation reports — summary reports of accreditation and other actions taken by the JRCNMT Board of Directors

How to Use JRCNMT When Choosing a Program

  • Check accreditation status first. Confirm the program appears among JRCNMT-accredited programs before investing time in an application.
  • Compare graduate outcomes. Use the published graduate data (graduation rate, board exam pass rate, job placement) as a like-for-like comparison across programs, keeping in mind the data covers 2018–2020 graduates.
  • Read accreditation reports if you want to see the actions the Board of Directors has taken on a specific program.
  • Understand the limits. Accreditation confirms a program was evaluated against national standards; it is not a guarantee of individual outcomes, and the published data reflects a specific cohort period.

For faculty and prospective site evaluators, the site also provides the policies, standards, forms, and application information needed to participate in the process.

What Does It Mean to Be an IB Student? Roles and Expectations Across the Four Programmes

Being an IB student means more than attending a school that offers an International Baccalaureate programme. It means learning through a specific framework that asks you to think critically, communicate clearly, and take responsibility for your own progress. The IB's four programmes — the Primary Years Programme (PYP), Middle Years Programme (MYP), Diploma Programme (DP), and Career-related Programme (CP) — share a common philosophy but place different demands on students at each stage.

This article explains what the IB expects from students, how responsibilities change across the four programmes, and how families can prepare for the transition.

The foundation: the IB learner profile

Across all four programmes, the IB describes ten attributes it hopes students develop. These are usually called the learner profile. Students are encouraged to be:

  • Inquirers — curious and skilled at asking good questions
  • Knowledgeable — exploring ideas across a range of subjects
  • Thinkers — using critical and creative thinking
  • Communicators — expressing ideas confidently in more than one language
  • Principled — acting with integrity and fairness
  • Open-minded — appreciating other perspectives and cultures
  • Caring — showing empathy and respect
  • Risk-takers — approaching uncertainty with courage
  • Balanced — attending to intellectual, physical, and emotional well-being
  • Reflective — assessing their own learning and experience

These attributes are not a checklist to complete. They describe habits and dispositions that teachers look for and that students are expected to demonstrate over time. In practice, they shape how lessons are taught, how projects are assessed, and how students are asked to behave toward one another.

How student responsibilities differ across the four programmes

Each programme has its own structure, age range, and expectations. The table below summarises the main differences.

Programme Typical age range Core expectation of the student Main assessment emphasis
PYP 3–12 Active participation, curiosity, and reflection on learning Teacher observation, portfolios, student-led conferences
MYP 11–16 Connecting subjects to real-world contexts; developing research and self-management skills Criterion-based assessment, personal project, interdisciplinary units
DP 16–19 Independent academic work across six subject groups plus core requirements External exams, coursework, extended essay, theory of knowledge
CP 16–19 Combining academic study with career-related learning and a reflective project Career-related study, DP courses, personal and professional skills

PYP: building the habits of inquiry

In the PYP, the student's main job is to engage. Children are expected to ask questions, work with others, and reflect on what they have learned. The emphasis is on developing curiosity and basic research skills rather than on formal examinations. Students often take part in units of inquiry that connect subjects, and they may lead conferences where they explain their learning to parents.

MYP: making connections and managing yourself

The MYP asks students to go further. They study eight subject groups and are expected to connect what they learn to the world around them. A key responsibility is the personal project, an independent piece of work that students plan, research, and complete over an extended period. This is often the first time students must manage a long-term deadline largely on their own. Service learning also becomes more structured, and students are encouraged to reflect on their role in the community.

DP: depth, independence, and the core

The DP is the most academically demanding of the four programmes. Students typically study six subjects, three at higher level and three at standard level, and complete three core requirements:

  • Theory of knowledge (TOK) — a course that asks how we know what we claim to know
  • The extended essay — an independent research paper of up to 4,000 words
  • Creativity, activity, service (CAS) — a programme of ongoing experiences outside academic study

DP students are expected to manage a heavy workload, meet external examination deadlines, and produce original academic work. Independent study is not optional; it is central to the programme.

CP: academic study with a career focus

The CP is designed for students who want to combine academic courses with career-related learning. Students take at least two DP courses alongside a career-related study programme, and complete a reflective project. They also develop personal and professional skills. The CP suits students who learn best when their studies connect directly to a practical field, while still requiring the critical thinking and communication skills common to all IB programmes.

How assessment and independence change as students progress

One of the clearest patterns across the IB is the shift from teacher-led assessment toward student-led responsibility.

In the PYP, teachers observe and document learning, and students are guided through reflection. In the MYP, students are assessed against published criteria and must increasingly manage their own projects. By the DP and CP, students are preparing for external examinations and independent research, and they are expected to organise their time, seek help when needed, and meet deadlines without constant reminders.

This progression is deliberate. The IB wants students to leave as self-directed learners who can think for themselves.

Common misconceptions about being an IB student

Several myths circulate about the IB. Here are a few clarifications.

  • "IB students must be geniuses." The programmes are demanding, but they are designed for a broad range of students. Effort, curiosity, and organisation matter as much as raw ability.
  • "The IB is only about exams." Assessment includes projects, portfolios, oral work, and service. The DP has external exams, but the core requirements are equally important.
  • "Students must be fluent in a second language before starting." Language learning is part of the IB, and support is usually available. Requirements vary by programme and school.
  • "IB students have no free time." The workload is real, but the learner profile includes balance. Schools generally encourage students to manage their time and well-being.
  • "All IB schools are the same." Schools implement the programmes in different ways, and the range of subjects and support offered can vary.

Preparing for the transition into an IB programme

If you are a student or a parent preparing to enter an IB programme, the following steps can help.

  1. Read the programme guide for your specific programme. The IB publishes curriculum and assessment information for PYP, MYP, DP, and CP. Understanding the structure reduces surprises.
  2. Talk to current students and teachers. Ask about workload, deadlines, and what support is available.
  3. Build organisational habits early. A simple planner, weekly review, and clear study space make a difference, especially in the MYP and DP.
  4. Practise reflection. The IB asks students to think about their own learning. Keeping a short journal or notes on what worked and what did not is useful preparation.
  5. Ask about language and subject choices. Requirements differ by programme and school, so confirm the details with the school directly.
  6. Plan for the core requirements. In the DP, the extended essay, TOK, and CAS take time. Starting early and setting interim deadlines helps.
  7. Use school support. Coordinators, counsellors, and teachers are there to help. Asking for guidance is part of being a successful IB student.

A practical summary

Being an IB student means developing the learner profile attributes while meeting the specific demands of your programme. In the PYP, that means curiosity and participation. In the MYP, it means making connections and managing independent work. In the DP, it means academic depth and completing the core. In the CP, it means combining academic study with career-related learning and reflection.

Across all four, the common thread is responsibility: for your learning, your time, and your contribution to the community around you. Understanding that early makes the transition smoother and the experience more rewarding.

How to Access JRCNMT Accreditation Reports and Board Actions

JRCNMT accreditation reports are available through the Accreditation Reports section of jrcnmt.org, listed under the site's "Resources For" areas. That section holds summary reports of accreditation decisions and other actions taken by the JRCNMT Board of Directors. Use it when you need to confirm a program's accreditation status or see what the board decided in a recent review cycle. The reports are summaries, not full self-studies or site-visit files, so they tell you the outcome and the action taken rather than the complete evidence behind it.

Where the Reports Sit on the Site

The JRCNMT site organizes its material by audience under "Resources For." The Accreditation Reports page is one of these audience sections, alongside:

  • Students & The Public — information about accredited nuclear medicine technology programs in the US and how JRCNMT evaluates program quality
  • Program Faculty — policies, accreditation standards, self-study and other forms, news, and recorded webinars
  • Site Evaluators — information for those applying to become volunteer JRCNMT site evaluators
  • Graduate Data — graduation rate, board exam pass rate, and job placement information for 2018–2020 graduates of each accredited program
  • Accreditation Reports — summary reports of accreditation and other actions by the JRCNMT Board of Directors

If you land on the homepage, look for the "Resources For" grouping and select Accreditation Reports. The site does not publish a separate public search tool for individual decisions, so the reports page is the entry point.

What a Report Tells You — and What It Doesn't

A JRCNMT accreditation report summarizes board actions. In practice that means you can use it to answer questions like:

Question Answered by the reports?
Is this program currently accredited? Yes, as of the board action summarized
What recent action did the board take on this program? Yes
How did the program perform on its self-study or site visit? No — reports are summaries
What are the program's graduation and exam pass rates? No — see the Graduate Data section instead
What standards were applied in the review? Not in the report — see Program Faculty resources for standards and policies

Because the reports are summaries, treat them as a status and decision record. For outcomes data, go to Graduate Data. For the standards the board applies, go to the Program Faculty section.

How Accreditation Decisions Are Produced

Knowing the process helps you read a report correctly. According to JRCNMT, accreditation is a multi-step process designed to ensure the quality of an educational program:

  1. The program conducts a detailed self-evaluation.
  2. JRCNMT performs an in-depth assessment of the program's evaluation report.
  3. Peer specialists from the profession conduct an on-site inspection.
  4. The Board of Directors takes action, which is then summarized in the accreditation reports.

An accredited program signals to students, parents, employers, and the public that it meets or exceeds nationally accepted standards set by the professional community. When a report shows an action other than initial or continued accreditation, read it as a board decision at a point in that cycle — the summary will not reproduce the underlying findings.

Practical Checks Before You Rely on a Report

  • Match the program name exactly. Reports are organized by program; similar names at different institutions are separate entries.
  • Note the date of the board action. A report reflects status as of that action, not necessarily today. If you need current status for something time-sensitive — an application, a licensure question, an employer verification — confirm with the program or JRCNMT directly.
  • Cross-check with Graduate Data if your question is about outcomes rather than status.
  • Use Program Faculty resources if you need the standards or policies behind a decision.

Common Sticking Points

  • Looking for detailed findings. The public reports are summaries; the self-study and site-visit detail is not published there.
  • Confusing reports with graduate outcomes. Graduation rates, board exam pass rates, and job placement live in the Graduate Data section, not in the accreditation reports.
  • Assuming a report is a live status page. It records a board action; verify currency before using it for a decision.

For a quick path: homepage → "Resources For" → Accreditation Reports for board actions, and "Resources For" → Graduate Data for program outcomes.

How to Apply to Become a JRCNMT Site Evaluator

JRCNMT does not publish the evaluator application form or eligibility checklist on its public pages. The site only confirms that its Site Evaluators section exists for people who want to apply to become a volunteer site evaluator, and that on-site inspections are carried out by "peer specialists from the profession." To apply, start from that section of jrcnmt.org and expect to contact JRCNMT directly for the current application requirements.

What the role involves

Site evaluation is one step in JRCNMT's multi-step accreditation process, as described on the site:

  1. The program conducts a detailed self-evaluation.
  2. JRCNMT assesses the program's evaluation report in depth.
  3. Peer specialists from the profession conduct an on-site inspection.

A site evaluator is one of those peer specialists. The work is volunteer-based and supports the judgment that a program meets or exceeds nationally accepted standards set by the professional community.

What to check before you apply

The public site does not list evaluator qualifications, time commitments, training, or travel expectations. Because the role depends on professional peer expertise, confirm the following with JRCNMT before committing:

  • Eligibility criteria — what credentials or experience in nuclear medicine technology are expected.
  • Training — whether new evaluators complete orientation or shadow an experienced evaluator.
  • Time and travel — how visits are scheduled and what expenses, if any, are covered.
  • Conflict of interest rules — how evaluators are assigned so they are not reviewing programs they are connected to.

How to start the application

  1. Go to jrcnmt.org.
  2. Open the Resources For menu and select Site Evaluators.
  3. Read the information provided there and follow the contact or inquiry route it gives.
  4. If no application form is posted, email JRCNMT to request the current evaluator application and requirements.

Common sticking points

  • Assuming the form is public. The site describes the section's purpose but does not expose the application itself, so a direct inquiry is the reliable path.
  • Skipping the accreditation context. Understanding the three-step process above helps you describe your relevant experience clearly.
  • Overlooking the volunteer nature. Treat this as a professional service commitment, and ask about support before agreeing to a visit.

For the underlying process, see JRCNMT's "What is Accreditation?" page; for outcomes of past reviews, the site's accreditation reports summarize board actions.

What It Means for a Nuclear Medicine Technology Program to Be JRCNMT-Accredited

A nuclear medicine technology program that is JRCNMT-accredited has completed a multi-step quality review by the Joint Review Committee on Educational Programs in Nuclear Medicine Technology and has been found to meet or exceed nationally accepted standards set by the profession. In practical terms, accreditation is a public statement to students, parents, employers, and the public that the program has been evaluated through a structured process — not simply that it exists or enrolls students.

The Three-Stage Accreditation Process

JRCNMT describes accreditation as a multi-step process designed to ensure the quality of an educational program. The core stages are:

  1. Program self-evaluation. The program conducts a detailed self-study of its own operations, curriculum, and outcomes.
  2. Review of the evaluation report. The program's self-evaluation report is assessed in depth.
  3. On-site peer inspection. Peer specialists from the nuclear medicine technology profession conduct an on-site inspection of the program.

Each stage builds on the previous one: the self-study gives the program a structured way to document how it meets standards, the report review tests that documentation, and the site visit verifies it in practice. The result is a judgment about program quality rather than a one-time form submission.

What the Accredited Status Signals

According to JRCNMT, an accredited nuclear medicine technology program tells students, parents, employers, and the public that the program meets or exceeds nationally accepted standards set by the professional community. That single statement carries different weight depending on who is reading it:

Audience What accreditation tells them
Students The program has been reviewed against national professional standards
Parents The program's quality has been externally evaluated
Employers Graduates come from a program held to profession-set standards
The public The program is accountable to a recognized review process

Where to Verify a Program and Its Outcomes

JRCNMT publishes resources organized by audience, including a section for students and the public with information about accredited nuclear medicine technology programs in the US and the process used to evaluate their quality. Two resources are especially useful when checking a specific program:

  • Graduate Data — graduation rate, board exam pass rate, and job placement information for 2018–2020 graduates of each JRCNMT-accredited program.
  • Accreditation Reports — summary reports of accreditation and other actions taken by the JRCNMT Board of Directors.

Together, these let you confirm that a program is accredited and see how its recent graduates fared on the measures JRCNMT reports.

What Accreditation Does Not Tell You

Accreditation speaks to whether a program meets national standards and to its reported graduate outcomes. It is not a ranking, and it does not by itself tell you whether a program fits your circumstances — location, cost, schedule, and clinical training opportunities are separate considerations. Use the accreditation status and graduate data as a baseline check, then evaluate the program against your own priorities.

Website Overview

Identifiable technologies and additional version or configuration signals make the service easier to fingerprint, which may help targeted scanners narrow their checks. An established domain and managed infrastructure suggest continuity of operations and may support dependable delivery, although neither guarantees service quality.

Domain and Registration

Registered in 1999, this domain has about 27 years of history. That suggests continuity, although ownership and purpose may have changed. Transfer-protection status is present, helping reduce the risk of unauthorized domain transfers. The domain uses the common .org extension, which is not an independent safety signal.

DNS and Email

MX records exist, but SPF, DKIM and DMARC were not detected. Protection against domain impersonation may be incomplete. Nameservers are provided by javelincms.com, indicating managed DNS hosting. MX records point to the Google Workspace email service. TXT records include verification markers for Google. Such markers may also remain after a service stops being used. DNSSEC signatures were not detected, so this additional DNS authenticity protection is not confirmed.

TLS and Certificates

The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. No organization name is present in the certificate; the available fields are consistent with domain validation. The certificate was issued by Let's Encrypt, commonly associated with automated certificate services. The certificate's total validity is about 89 days, consistent with a short renewal cycle.

HTTP and Browser Security

The checked browser-security headers were not detected, leaving fewer explicit browser-side safeguards. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. The x-cache response header indicates a CDN or caching proxy in the delivery path. No obvious internal addresses or debug information were found in the headers. The Server header identifies nginx without an exact version.

Technology Stack Analysis

The public page identifies WordPress 7.1.3, jQuery, Google Analytics, nginx, with exact versions exposed for 1 technologies. These details can narrow vulnerability checks, although exposure alone is not a vulnerability.

Search and Social Sharing

The Generator tag identifies WordPress 7.1.3, making the publishing system easier to fingerprint. Open Graph is partially configured; og:image is missing. Twitter Card metadata is configured. JSON-LD includes Organization data, helping describe the organization as an entity. The title has 64 characters, within a common display range.

Hosting and Email

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Registration details

RDAP / WHOIS

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DNS records

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TLS and certificates

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Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

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Identified technologies

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Meta descriptionJRCNMT is Joint Review Committee on Educational Programs in Nuclear Medicine Technology. We offer acceditation and resources.
Canonical URLhttps://www.jrcnmt.org/
LanguageEnglish (default)
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