Nuclear Medicine Technology Scholarships 2026 — 22 Verified Awards & Grants (Updated Monthly)
Fresh, verified list of scholarships and grants for Nuclear Medicine Technology students—national, state, and professional society awards.
January
The Sipra & Gopal Saha Scholarship (SNMMI-TS)
💥 Why It Slaps: Created specifically for NMT students; flexible use for tuition/fees.
💰 Amount: $2,500
⏰ Deadline: January 20 (opens mid-October)
🔗 Apply/info: https://snmmi.org/Patients/Web/Research-Publications/Grants-Awards-and-Scholarships/Awards/Sipra-and-Gopal-Saha-Scholarship/Default.aspx
Jerman-Cahoon Student Scholarship (ASRT Foundation)
💥 Why It Slaps: Entry-level imaging students (including NMT) with multiple $5k awards.
💰 Amount: $5,000 (multiple awards)
⏰ Deadline: Mid-January (ASRT portal)
🔗 Apply/info: https://foundation.asrt.org/what-we-do/scholarships
Royce Osborn Minority Student Scholarship (ASRT Foundation)
💥 Why It Slaps: Supports underrepresented students in radiologic sciences, including NMT.
💰 Amount: $4,000 (5 awards)
⏰ Deadline: Early–Mid January (ASRT portal)
🔗 Apply/info: https://www.arrt.org/pages/royce-osborn-minority-student-scholarship-fall2023
Parsons Degree Achievement Scholarship (ASRT Foundation)
💥 Why It Slaps: Helps working R.T.s complete their first college degree (AA/BS)—great for NMTs upskilling.
💰 Amount: $2,000 (typical historical award)
⏰ Deadline: Mid-January (ASRT portal)
🔗 Apply/info: ASRT Foundation — Current Scholarships
Richard S. Kay Endowed Scholarship (ASRT Foundation)
💥 Why It Slaps: Entry-level imaging students (incl. NMT); aids students finishing programs on time.
💰 Amount: Varies
⏰ Deadline: Mid-January (ASRT portal)
🔗 Apply/info: ASRT Foundation — Current Scholarships
February
Paul Cole Student Technologist Scholarship (SNMMI-TS/ERF)
💥 Why It Slaps: Classic NMT student scholarship—tailored to accredited NMT programs.
💰 Amount: $1,000
⏰ Deadline: February 17 (opens mid-October)
🔗 Apply/info: SNMMI — Paul Cole Scholarship
March
Women in Nuclear Medicine (WINM) Rising Star Scholarship (SNMMI-TS)
💥 Why It Slaps: Spotlight support for emerging women leaders in NMT.
💰 Amount: $1,000
⏰ Deadline: March 15 (opens Jan 15)
🔗 Apply/info: https://snmmi.org/Web/Research-Publications/Grants-Awards-and-Scholarships/Awards/Women-in-Nuclear-Medicine-Rising-Star-Award/Default.aspx
April
Susan C. Weiss Clinical Advancement Scholarship (SNMMI-TS)
💥 Why It Slaps: Funds clinical advancement for working NMTs moving up the ladder.
💰 Amount: $1,325
⏰ Deadline: April 1 (opens Oct 17)
🔗 Apply/info: https://snmmi.org/Web/Research-Publications/Grants-Awards-and-Scholarships/Awards/Susan-C-Weiss-Clinical-Advancement-Scholarship/Default.aspx
May
The Edmond & Mary Regina Lynch Scholarship (Johns Hopkins Schools of Medical Imaging)
💥 Why It Slaps: Tuition support during JH SoMI programs (Nuclear Medicine included).
💰 Amount: Tuition support (varies)
⏰ Deadline: May 31
🔗 Apply/info: Johns Hopkins SoMI
July
New Mexico Allied Health Loan-for-Service (State of NM)
💥 Why It Slaps: Up to $16k/year with service-forgiveness—powerful for NMTs planning to work in NM.
💰 Amount: Up to $16,000 per year (renewable)
⏰ Deadline: July 1 (opens May 15 annually)
🔗 Apply/info: https://hed.nm.gov/financial-aid/loan-service-programs/allied-health
August
TYLENOL® Future Care Scholarship
💥 Why It Slaps: Well-known national award for healthcare paths; NMT students pursuing advanced studies can compete.
💰 Amount: $10,000 (10 awards) and $5,000 (25 awards)
⏰ Deadline: August 1 (annually)
🔗 Apply/info: Official TYLENOL® Scholarship
November
Mickey Williams Technologist Minority Scholarship (SNMMI-TS/PDEF)
💥 Why It Slaps: Dedicated minority student support in entry-level NMT programs.
💰 Amount: $2,500
⏰ Deadline: November 20 (opens Oct 1)
🔗 Apply/info: SNMMI — Mickey Williams Scholarship
December
PDEF Professional Development Scholarship (SNMMI-TS)
💥 Why It Slaps: Mid-career NMTs can fund certificates/courses to upskill into hot specialties.
💰 Amount: $5,000
⏰ Deadline: December 1 (opens Oct 1)
🔗 Apply/info: SNMMI — Programs for Technologists/Students
SNMMI-TS Bachelor’s or Master’s Degree Completion Scholarship (ERF)
💥 Why It Slaps: Finish that BS/MS to unlock supervisor/advanced roles and higher pay.
💰 Amount: $4,000
⏰ Deadline: December 15 (opens Oct 1)
🔗 Apply/info: SNMMI — Degree Completion Scholarship
Rolling / Multi-Cycle / TBD
SNMMI-TS/Telix Entry-Level NMT Scholarship
💥 Why It Slaps: Five $10k awards aimed at launching new NMTs—big impact.
💰 Amount: $10,000 (5 awards)
⏰ Deadline: TBD (watch page for updates)
🔗 Apply/info: SNMMI — Telix Scholarship
SNMMI-TS/AMI Entry-Level NMT Scholarship
💥 Why It Slaps: $10k entry-level boost for new NMT students; broad program eligibility.
💰 Amount: $10,000
⏰ Deadline: TBD (watch page for updates)
🔗 Apply/info: SNMMI — AMI Scholarship
California Allied Healthcare Scholarship Program (HCAI)
💥 Why It Slaps: Up to $15k with 12-month service in underserved CA communities—Nuclear Medicine Technologist explicitly eligible.
💰 Amount: Up to $15,000
⏰ Deadline: Varies by cycle (typically spring/summer)
🔗 Apply/info: HCAI AHSP Guide / Portal
Washington State Opportunity Scholarship — Career & Technical Scholarship (CTS)
💥 Why It Slaps: Funds community/technical college programs; NMT is listed as an eligible program at Bellevue College.
💰 Amount: Up to $1,500 per quarter
⏰ Deadline: Multiple cycles each year
🔗 Apply/info: WSOS CTS + Eligible Programs
Maryland Delegate Scholarship (MHEC)
💥 Why It Slaps: State legislature-awarded aid—stackable with other assistance; open to allied health/NMT majors.
💰 Amount: Varies
⏰ Deadline: Varies (apply early; FAFSA/MSFAA required)
🔗 Apply/info: MHEC — State Financial Aid Programs
Maryland Senatorial Scholarship (MHEC)
💥 Why It Slaps: Another Maryland legislative award—often renewable, good for NMT tracks.
💰 Amount: Varies
⏰ Deadline: Varies (contact your senator’s office)
🔗 Apply/info: MHEC — SmartSAVE/Legislative Scholarships
Indian Health Service (IHS) — Health Professions Scholarship
💥 Why It Slaps: Tuition + stipend for eligible American Indian/Alaska Native students with service commitment—great fit for NMT training.
💰 Amount: Tuition + stipend (varies)
⏰ Deadline: Varies by scholarship track
🔗 Apply/info: IHS Scholarships
SNMMI-TS Advanced Degree Scholarship (ERF)
💥 Why It Slaps: Supports NMTs pursuing advanced degrees aligned with nuclear medicine careers.
💰 Amount: $5,000
⏰ Deadline: January 5 (opens Oct 1) — next cycle dates posted on SNMMI page
🔗 Apply/info: https://snmmi.org/Web/Research-Publications/Grants–Awards–and-Scholarships/Awards/ERF-SNMMI-TS-Advanced-Degree-Award/Default.aspx
Bold.org Nuclear Medicine Technologist Scholarship
💥 Why It Slaps: Field-targeted private award for undergrads aiming at NMT careers.
💰 Amount: Varies
⏰ Deadline: Varies
🔗 Apply/info: Bold.org scholarship page
Nuclear Medicine Technology Scholarships
Nuclear medicine technologists (NMTs) sit at the intersection of advanced imaging, radiopharmaceutical science, and patient-facing clinical care. Their labor market is defined by high responsibility, comparatively strong wages, and a training pipeline constrained by program geography, accreditation rules, and clinical placement capacity. In May 2024, the U.S. median annual wage for nuclear medicine technologists was $97,020, with the bottom decile under $75,570 and the top decile above $128,090. Employment is projected to grow 3% from 2024–2034, with ~900 openings per year, a figure driven heavily by replacement demand—an important signal that scholarship dollars can function as “capacity unlockers” as much as “equity supports.” This paper maps the scholarship ecosystem supporting Nuclear Medicine Technology education (association, vendor, registry, and travel/advancement funding), evaluates award sizes and design features, and proposes evidence-based improvements—especially for “education desert” states, underrepresented students, and theranostics-driven skill expansion. It concludes with a pragmatic applicant strategy that treats scholarships as a portfolio—stacking national association awards (e.g., SNMMI-TS, ASRT Foundation, ARRT-supported programs) with institutional aid, clinical-employer support, and targeted travel/relocation grants.
1) Why Nuclear Medicine Technology Scholarships Matter Now
Two forces make NMT scholarships unusually consequential relative to many allied-health fields:
First: high economic return paired with real upfront friction. NMT pay is strong by allied-health standards—median $97,020 in 2024—yet entry requires specialized education, clinical training, and certification costs that can be front-loaded and difficult to finance without family resources or credit.
Second: a training pipeline constrained by geography and clinical capacity. Even motivated applicants may face relocation or commute burdens because accredited programs are unevenly distributed; JRCNMT explicitly notes that some states have no accredited programs (shown as “grey” on its program map). In other words, scholarships in this field are not only “affordability tools,” but also mobility tools (helping students access the nearest viable program and clinical sites).
A third, emerging driver is theranostics—the expansion of targeted radiopharmaceutical therapies paired with diagnostic imaging—broadening the NMT role in patient education, radiopharmaceutical preparation, therapy workflows, post-therapy imaging, and multidisciplinary coordination. Scholarship design that ignores these evolving competencies risks underfunding the very skills expansion the healthcare system is now demanding.
2) Labor Market Baseline: Wages, Openings, and Scale
A credible scholarship strategy starts with labor-market facts:
-
Wages: Median annual wage $97,020 (May 2024); 10th percentile <$75,570; 90th percentile >$128,090.
-
Job outlook/openings: Employment projected to grow 3% (2024–2034), with ~900 openings per year on average.
-
Workforce size: O*NET (sourced from BLS) lists ~20,000 employed nuclear medicine technologists (2024).
The combination—relatively small workforce, stable growth, and meaningful replacement demand—suggests scholarships can have outsized impact on marginal supply. In a 20,000-person occupation, even a few hundred additional completers per year can shift vacancy pressure in local markets (especially rural and “education desert” regions).
3) The Education & Credentialing Gate: Why Accreditation Shapes Scholarship Design
Scholarship eligibility in Nuclear Medicine Technology is unusually tethered to accreditation and credentialing rules:
-
Programmatic accreditation: JRCNMT is recognized by CHEA as the authority accrediting U.S. nuclear medicine technology programs (certificate, associate, and baccalaureate).
-
Certification pathways: Graduates commonly pursue certification through NMTCB and/or ARRT (Nuclear Medicine Technology).
-
NMTCB accreditation requirement: NMTCB states it will accept entry-level exam applications only from graduates of programmatically accredited programs (effective 2017), recognizing JRCNMT (and CAMRT in Canada).
-
Direct costs: The NMTCB program graduate application lists an application fee of $200.
-
Ongoing professional cost: NMTCB requires 24 continuing education hours every two years for CNMT recertification.
Implication: The scholarship “target” is not just tuition. Effective funding packages often include (a) relocation/commute support, (b) exam and licensure costs, (c) membership and conference travel, and (d) continuing-education pathways—especially as theranostics expands.
4) Cost Reality: Tuition Is Only One Line Item
Students often fixate on tuition, but program completion is driven by total cost of attendance and “hidden” clinical costs (transport, uniforms, immunizations, background checks, lost work hours). Still, tuition benchmarks matter:
-
College Board reports average published in-district tuition and fees at public two-year colleges is $4,150 (2025–26), with wide state variation ($1,440 in California to $8,900 in Vermont).
NMT programs commonly run at the associate/certificate level, meaning many students are in the two-year pricing regime—yet clinical scheduling often constrains paid work. This is why $1,000–$2,500 “micro-scholarships” can be surprisingly decisive: they cover the liquidity crunch moments (clinical travel, exam fees, reduced work hours) that cause attrition.
5) The Scholarship Ecosystem: Who Pays, How Much, and Why
NMT scholarships cluster into four funding “families,” each with distinct motivations and selection logic.
A) Specialty-Society Scholarships (SNMMI-TS and related foundations)
SNMMI reports providing more than $400,000 annually across grants, awards, and scholarships to advance nuclear medicine and molecular imaging. Within that broader ecosystem, SNMMI-TS maintains a clearly structured scholarship ladder for students and technologists, with awards spanning entry-level access, travel, professional development, and degree completion.
Notable student-facing examples (award size signals):
-
Entry-level NMT scholarships at $10,000 (industry-sponsored partnerships). The SNMMI-TS list includes the Lantheus SNMMI-TS Entry Level Nuclear Medicine Technology Scholarship ($10,000).
-
SNMMI-TS/Telix scholarship: SNMMI news states five $10,000 awards (total $50,000) to support future technologists.
-
SNMMI-TS/AMI entry-level scholarship: SNMMI describes this as an entry-level scholarship supporting individuals who have applied to and been accepted (or are awaiting acceptance) into NMT programs.
-
Paul Cole Student Technologist Scholarship: listed at $1,000 (student support targeted specifically to nuclear medicine technology).
-
Sipra and Gopal Saha Scholarship: $2,500 for SNMMI-TS students in the final year.
-
ATAWM student travel scholarship: listed as $2,000 travel support for annual meeting participation.
What this tells us (design logic):
SNMMI-TS funding is explicitly tied to workforce pipeline health and professional formation. SNMMI itself has publicly framed access to higher education and program availability as barriers, noting that many states do not have NMT programs, making costs prohibitive. This framing justifies scholarships that are large enough to offset relocation/commuting—and not merely tuition.
B) Broad Imaging Profession Scholarships (ASRT Foundation)
The ASRT Foundation functions as a major cross-modality funder for medical imaging and radiation therapy students and professionals. Its recent reporting indicates $296,110 in scholarships awarded for the 2025–2026 academic year.
For nuclear medicine students, the key advantage is eligibility overlap: several ASRT scholarships are open to “medical imaging” students broadly, and at least one is explicitly inclusive of nuclear medicine.
-
Jerman-Cahoon Student Scholarship: ASRT’s scholarship portal specifies awards annually to entry-level students in radiography, sonography, MRI, or nuclear medicine, with an award of $5,000 and a posted deadline of 01/13/2026.
What this tells us:
For NMT applicants, ASRT Foundation scholarships often serve as a “second funding rail” alongside nuclear-specific awards. This matters because nuclear-specific scholarship pools can be smaller and more competitive; cross-modality pools broaden the probability of a win—especially for students with strong leadership, community service, or academic performance.
C) Registry/Endowment-Supported Equity Scholarships (ARRT-supported programs administered via ASRT)
A standout equity lever is the Royce Osborn Minority Student Scholarship, supported through an ARRT endowment. ARRT reports that five $4,000 scholarships are awarded each year to minority students enrolled in entry-level programs including Nuclear Medicine Technology.
What this tells us:
This is a clear example of a credentialing/standards body (ARRT) investing upstream in representation and access. These programs tend to prioritize financial need and documented commitment, making them particularly relevant for first-generation and historically underrepresented students.
D) Travel, Professional Development, and “Career-Moat” Funding
In NMT, career durability often hinges on specialization (PET, CT, nuclear cardiology) and continuing competence. BLS notes technologists may earn specialty certifications through NMTCB (e.g., PET, NCT, CT) via exams. NMTCB continuing competence also imposes ongoing CE requirements.
Scholarships that fund conference attendance, advanced degrees, or professional development create a “career moat”—helping technologists move into higher-responsibility roles (and potentially higher pay bands), while also strengthening the clinical workforce’s ability to support theranostics expansion.
6) Award Size Distribution: What the Numbers Imply
Across the major, well-documented programs above, NMT scholarship awards commonly cluster into these tiers:
-
$10,000: entry-level pipeline scholarships (e.g., SNMMI-TS partnerships with industry)
-
$5,000: larger student awards in broader imaging scholarship systems (e.g., Jerman-Cahoon)
-
$4,000: equity-focused awards (e.g., ARRT-supported Royce Osborn)
-
$2,500–$2,000: late-program or travel-focused scholarships (e.g., Saha Scholarship; ATAWM travel support)
-
$1,000: targeted student micro-scholarships (e.g., Paul Cole)
Interpretation:
This distribution reflects two competing scholarship philosophies:
-
“Access shocks” (large awards) intended to overcome geographic and financial barriers to program entry (especially where program availability is limited).
-
“Persistence supports” (smaller awards) intended to prevent attrition at key bottlenecks (clinical rotations, exam fees, travel, CE).
For scholarship designers (and for students building an application plan), the optimal model is stackability: large awards are rare; smaller awards can be combined to cover the real “dropout triggers.”
7) Equity, Geography, and the “Education Desert” Problem
NMT training access is structurally uneven. JRCNMT’s own program navigation emphasizes that some states lack accredited programs, and prospective students must review program start cycles, admissions criteria, and clinical affiliate capacity. SNMMI has likewise highlighted that many states do not have nuclear medicine technology programs—implying that cost barriers can be amplified by relocation.
This produces two predictable equity effects:
-
Rural and low-income students face “double costs”: higher travel/relocation plus reduced ability to work during clinicals.
-
Underrepresented students may be filtered out before applying: not due to lack of academic capacity, but due to risk calculus (moving costs, childcare, unstable housing, loss of income).
Equity-targeted scholarships (e.g., the ARRT-supported Royce Osborn award) partially address this, but the larger systemic fix is geography-aware scholarship design—explicitly funding travel, temporary housing, or “clinical rotation stipends,” not just tuition.
8) Theranostics as a Scholarship Design Challenge
Theranostics is reshaping nuclear medicine workflows and staffing needs. International collaborations—linking organizations including SNMMI-TS—describe expanding NMT responsibilities across patient counseling, radiopharmaceutical preparation, therapy and post-therapy imaging, clinical trial operations, and multidisciplinary coordination. SNMMI-affiliated publications also point to workforce shortages and barriers to equitable access to theranostic services.
Scholarship implication:
The next generation of high-impact NMT scholarships will likely look less like “general tuition offsets” and more like competency accelerators—funding therapy-focused training, structured mentorship, and specialty certification pathways (PET/CT/NCT/CT).
9) A Practical, Data-Driven Applicant Strategy (How Students Can Win More Money)
Because NMT scholarships come from different “families,” applicants should treat the process like a portfolio.
Step 1: Lock eligibility via accreditation and membership early.
Many awards require active membership (e.g., SNMMI-TS and ASRT-linked programs) and accredited program status. NMTCB eligibility rules also strongly favor programmatic accreditation.
Step 2: Apply across tiers, not just for the biggest check.
A $10,000 scholarship is transformative—but a realistic strategy is to stack:
-
1 “access shock” application (large, national) +
-
2–4 “persistence support” applications ($1,000–$2,500) +
-
1 equity/representation application (if eligible) +
-
institutional aid + employer reimbursement (if available).
Step 3: Write to the workforce narrative, not only personal need.
Reviewers in this field are highly workforce-aware (shortages, access, theranostics). Strong applications quantify impact: “I can serve X community / region, and I am training for Y competencies.” This aligns directly with how sponsors describe scholarship purpose (pipeline building, underserved areas, access barriers).
Step 4: Budget for certification and continuing competence.
Applicants should explicitly show they understand certification costs (e.g., NMTCB exam application fee) and continuing education obligations—demonstrating professional maturity.
10) Recommendations for Scholarship Funders and Programs
If the goal is to stabilize and modernize the NMT workforce pipeline, the evidence supports five design improvements:
-
Geography-aware awards: add dedicated travel/housing stipends for students who must relocate due to program scarcity.
-
Clinical-rotation microgrants: small, fast awards for transportation, childcare, and reduced-work-hour periods—high ROI for preventing attrition.
-
Stackable “certification bundles”: cover exam fees and prep costs (and later, specialty credentials) rather than tuition alone.
-
Theranostics upskilling tracks: scholarships paired with structured therapy education and supervised experience to match evolving scope.
-
Outcome transparency: publish completion, pass, and placement outcomes (where available) to help students choose programs and to improve accountability. JRCNMT indicates it maintains graduation, board exam pass rate, and job placement information for graduates (2018–2020) across accredited programs.
Conclusion
Nuclear Medicine Technology scholarships are best understood as workforce infrastructure, not just student aid. With a median wage near $97k, ~900 annual openings, and a ~20,000-person workforce, even modest scholarship expansions can materially affect vacancy pressure and geographic access. The current funding ecosystem—anchored by SNMMI-TS and its industry partners, cross-modality engines like the ASRT Foundation, and equity-centered ARRT-supported programs—already provides a workable ladder from entry to advancement. The next step is smarter design: scholarships that explicitly fund mobility, clinical persistence, certification readiness, and theranostics competencies. Done well, NMT scholarships become a rare win-win policy instrument—improving student affordability while expanding high-value diagnostic and therapeutic capacity in the healthcare system.
FAQs — Nuclear Medicine Technology Scholarships
Updated: September 25, 2025
1) Do I have to be in a JRCNMT-accredited program to be competitive (or eligible) for these scholarships?
For most NMT-specific awards (and for certification later), yes—programmatic accreditation matters. JRCNMT maintains the official list of accredited Nuclear Medicine Technology programs; use it to confirm your school.
2) Which certification should I plan for after graduation—NMTCB (CNMT) or ARRT(N)?
Both are widely recognized. NMTCB’s CNMT exam is open to graduates of approved NMT programs; ARRT offers a Nuclear Medicine Technology credential via its primary eligibility pathway. Some states accept either credential for licensure. Check your target state’s rules.
3) Do I need a separate state license to work as an NMT?
Often, yes. At least ~30 states require licensure, and many use NMTCB/ARRT exam results in licensing. Start with your state’s SNMMI-TS licensure page and/or ARRT’s state licensing overview.
4) Are SNMMI-TS scholarships open right now? When are the usual windows?
SNMMI-TS posts an annual grid with opening/closing dates (many open in October; deadlines run Nov–Feb/Apr). Always follow the current “Programs/Technologists & Students” page for exact dates.
5) What’s the difference between the new $10,000 SNMMI-TS Telix and AMI entry-level scholarships?
They’re parallel entry-level awards for students entering accredited NMT programs (certificate, associate, bachelor’s, or master’s). Timing may vary by cycle; see each award page for current status.
6) I’m an international applicant or studying outside the U.S.—am I eligible?
Some SNMMI-TS student awards accept students in accredited programs and note “similar accrediting bodies for international applicants.” Read each application’s fine print.
7) I’m doing a post-bacc certificate (not a full degree). Can I still apply?
Yes—several NMT-specific awards (e.g., SNMMI-TS entry-level Telix/AMI, Paul Cole) accept students in accredited certificate programs. Verify each award’s exact wording.
8) Do ASRT Foundation scholarships include Nuclear Medicine students?
Yes. ASRT Foundation’s entry-level and other categories include students in radiologic sciences such as Nuclear Medicine (plus modality-specific awards like Royce Osborn for minority students).
9) Are scholarship funds taxable?
Generally, scholarship amounts used for qualified education expenses (tuition, required fees, required books/supplies) are tax-free; amounts used for room and board or non-required expenses are typically taxable. See IRS Pub. 970 for details. (Not tax advice.)
10) Can I stack scholarships with FAFSA-based aid (Pell, state grants, work-study)?
Usually yes—many programs allow stacking with federal/state aid. File the FAFSA as early as possible; Pell Grants are need-based and commonly stack with private scholarships (school policies vary).
11) What documents do NMT scholarships commonly ask for?
Proof of program acceptance/enrollment (often JRCNMT-accredited), unofficial transcripts, short essays, résumé, and one recommendation (often from a program director or clinical preceptor). SNMMI-TS and ASRT portals list specifics each cycle.
12) Do any awards require a service commitment after graduation?
Yes—some state and public-service programs do. Examples:
• California HCAI Allied Healthcare Scholarship Program: 12-month full-time service in direct patient care at a qualified CA facility.
• New Mexico Allied Health Loan-for-Service: service in a designated shortage area within NM, with forgiveness tied to service completion.
• Indian Health Service Health Professions Scholarship: tuition/stipend in exchange for a minimum two-year service commitment at an Indian health program.
13) Are fully online NMT programs OK?
NMT didactics may be hybrid/online, but accredited programs require in-person clinical training. Confirm your program’s accreditation/clinical structure via JRCNMT.
14) Any essay tips specific to NMT?
Anchor your story to patient-safety and quality themes (ALARA mindset, teamwork with radiopharmacy, empathic communication with anxious patients), and—if relevant—your interest in theranostics/PET-CT and how an award advances your clinical readiness. Tie outcomes to community impact and licensure/certification milestones (CNMT or ARRT[N]). (Program pages above outline the credentials.)
15) How can I quickly check if a state award or workforce grant will count for NMT?
Scan eligibility pages for “allied health,” “nuclear medicine technology,” or your program CIP code. Washington’s WSOS CTS, for example, lists Nuclear Medicine Technology (AAS) at Bellevue College among eligible programs. Washington State Opportunity Scholarship+1
