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Education

Professor of Orthodontics

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A Professor of Orthodontics holds a faculty appointment at an accredited dental school or postdoctoral orthodontic program, combining clinical instruction, didactic teaching, scholarly research, and patient care in a single role. They train dental students and orthodontic residents in diagnosis, treatment planning, and appliance mechanics while maintaining an active clinical presence and contributing peer-reviewed scholarship to advance the field.

Role at a glance

Typical education
DDS or DMD, CODA-accredited orthodontic residency, and MSD or MS in orthodontics or craniofacial biology
Typical experience
Entry-level (Assistant Professor) to Senior (Full Professor, 10-15+ years)
Key certifications
American Board of Orthodontics (ABO) certification
Top employer types
Dental schools, R1 research institutions, CODA-accredited graduate programs
Growth outlook
Durable demand driven by CODA faculty-to-resident mandates and a structural recruiting shortage
AI impact (through 2030)
Augmentation and new research opportunities; AI-assisted diagnosis and machine learning in cephalometrics create new scholarly niches and digital workflow validation tasks.

Duties and responsibilities

  • Supervise orthodontic residents and dental students providing patient care in the graduate orthodontic clinic
  • Deliver didactic lectures and case-based seminars on biomechanics, craniofacial biology, and malocclusion classification
  • Develop, review, and update curriculum for orthodontic didactic and clinical competency requirements annually
  • Conduct or mentor original research on topics including skeletal growth, clear aligner therapy, and digital workflow tools
  • Present scholarship at AAOF, AAO, and ABO-affiliated conferences and submit manuscripts to peer-reviewed journals
  • Evaluate resident case documentation, cephalometric analyses, and treatment outcomes against program benchmarks
  • Serve on thesis and dissertation committees for graduate students pursuing MS or MSD degrees in orthodontics
  • Participate in faculty governance, admissions committees, and accreditation self-study processes for CODA compliance
  • Provide direct patient care for complex interdisciplinary cases involving orthognathic surgery, cleft palate, or skeletal expansion
  • Maintain board certification through the American Board of Orthodontics and fulfill continuing education requirements

Overview

A Professor of Orthodontics occupies one of the more demanding roles in academic dentistry — simultaneously a clinician, educator, researcher, and administrator, often within the same workweek. The job exists at the intersection of a competitive specialty and a teaching environment that depends on faculty who can model expert clinical decision-making in real time, in front of residents who are watching every move.

The clinical supervision component is the core of most faculty schedules. In a graduate orthodontic clinic, residents manage their own patient panels under faculty oversight. A professor reviews treatment plans before they are initiated, checks wire changes and appliance adjustments at each appointment, evaluates debond records against starting records, and signs off on case completion. The clinical load is not passive — faculty are expected to demonstrate techniques, step in on difficult cases, and explain their reasoning at the chair. Residents learn by watching faculty make decisions as much as by making decisions themselves.

The didactic side runs in parallel. Faculty lead seminars on biomechanics, growth and development, diagnosis, and the evidence base behind specific treatment modalities. Case presentations form the backbone of most curricula — residents present ongoing and completed cases for peer and faculty critique in a format designed to develop the habit of justifying clinical choices with evidence.

Research expectations vary substantially by institution. At R1 dental schools, tenure-track faculty are expected to maintain a funded research program, mentor graduate thesis students, and publish regularly in journals like the American Journal of Orthodontics and Dentofacial Orthopedics or the Angle Orthodontist. At programs focused primarily on training clinicians, research contributions may consist of retrospective case-series studies or collaborative projects rather than externally funded investigations.

The administrative load is real and often underestimated by candidates entering their first faculty position. CODA accreditation requires continuous documentation of competency outcomes, curriculum compliance, and clinical benchmarks. Faculty participate in the generation and maintenance of this infrastructure through committee work, self-study writing, and site visit preparation — work that is invisible to residents but essential to the program's continued accreditation.

Qualifications

Required credentials:

  • DDS or DMD from a CODA-accredited dental school
  • Certificate from a CODA-accredited postdoctoral orthodontic program (minimum 24 months)
  • MSD or MS in orthodontics or craniofacial biology (required for most full-time and all tenure-track positions)
  • American Board of Orthodontics (ABO) certification or active board candidacy

Preferred and differentiating qualifications:

  • Fellowship training in craniofacial research, cleft/craniofacial treatment, or sleep-disordered breathing
  • Peer-reviewed publication record prior to first faculty appointment
  • Experience with CBCT analysis, digital treatment planning software, and intraoral scanning workflows
  • NIH or AAOF grant funding, even at the pilot or exploratory level

Teaching and clinical skills:

  • Proficiency supervising residents across fixed appliance, clear aligner, and functional appliance mechanics
  • Experience with interdisciplinary case management — surgical orthodontics, restorative-driven treatment, pediatric craniofacial cases
  • Familiarity with cephalometric analysis methods: Steiner, Ricketts, McNamara, and 3D volumetric analysis
  • Curriculum development and learning objective writing in outcomes-based education frameworks

Academic and administrative competencies:

  • Understanding of CODA accreditation standards for advanced dental education programs
  • Experience with institutional review board (IRB) protocols for human subjects research
  • Graduate thesis supervision and committee participation
  • Familiarity with faculty evaluation models: teaching portfolios, scholarly productivity metrics, peer review of instruction

Rank considerations:

  • Assistant Professor: entry-level; recent program graduate with strong research potential or early publication record
  • Associate Professor: mid-career; documented teaching effectiveness, peer-reviewed publications, service contributions
  • Full Professor: senior; national recognition, sustained scholarly output, leadership in professional organizations (AAO, AAOF, ABO)

Career outlook

Academic orthodontics has a structural recruiting problem that has persisted for years and shows no sign of resolving quickly. The specialty generates well-compensated private practitioners who have limited incentive to trade clinical income for faculty salaries, which means that dental schools compete for a shallow pool of candidates who are both clinically excellent and academically motivated.

The Commission on Dental Accreditation (CODA) mandates minimum faculty-to-resident ratios, which means programs cannot simply run understaffed — they must fill positions or risk enrollment limitations. This creates durable demand for qualified faculty regardless of broader academic hiring trends. Programs regularly report faculty vacancies that have gone unfilled for one or more hiring cycles.

Several forces are shaping the academic orthodontics job market in 2026. First, the expansion of orthodontic residency programs over the past decade has increased the total number of faculty positions, even as the pipeline of academically inclined graduates has not grown proportionally. Second, the rise of DSO-affiliated orthodontic practices and private equity consolidation has pulled more clinicians into high-income private settings, widening the compensation gap that academic salaries must overcome.

Institutions are responding with creative compensation structures. Loan repayment assistance — relevant given the debt burden of combined dental and orthodontic training — is increasingly common. Practice plans that allow faculty to see private patients through the dental school's clinical enterprise help close the income gap. Hybrid part-time arrangements let practitioners maintain private income while contributing to the program.

For orthodontists drawn to teaching and scholarship, the timing is favorable. Negotiating leverage is real, and institutions willing to customize arrangements to attract strong candidates are the ones filling their rosters. The path from assistant to full professor typically spans 10–15 years and requires consistent scholarly output, but promotion brings commensurate salary increases and growing national visibility through professional organizations.

Long-term, digital workflows and AI-assisted diagnosis are creating new research niches — outcomes studies on aligner therapy, machine learning applications in cephalometrics, virtual treatment planning validation — that represent genuine scholarly opportunity for faculty entering the field now.

Sample cover letter

Dear Search Committee,

I am writing to apply for the Assistant Professor of Orthodontics position at [University] College of Dentistry. I completed my MSD and orthodontic certificate at [Program] in June and am currently finishing ABO Phase II examination, with written and clinical board completion expected by fall.

During my residency I maintained a thesis research project examining three-dimensional skeletal changes following miniscrew-assisted rapid palatal expansion in non-growing patients, which I presented at the AAOF Annual Meeting and have submitted for review to the American Journal of Orthodontics and Dentofacial Orthopedics. That project grew out of a clinical question I encountered supervising patients in the graduate clinic — I find the research most tractable when it starts at the chair.

On the teaching side, I served as a senior resident mentor during my second and third years, reviewing junior residents' treatment plans before faculty sign-off and leading the Friday morning biomechanics seminar for one semester. The feedback from that experience confirmed that explaining clinical reasoning to someone who doesn't yet share your pattern recognition is genuinely difficult — and worth getting better at.

I am particularly drawn to [University]'s program because of the interdisciplinary surgical volume. My training included active participation in 22 orthognathic surgery cases, and I want to develop that aspect of my clinical scope further while building a research line around surgical planning accuracy using CBCT superimposition.

I would welcome the opportunity to speak with the committee about how my background fits what the program needs.

Sincerely, [Your Name]

Frequently asked questions

What credentials are required to become a Professor of Orthodontics?
The minimum credential is completion of a CODA-accredited postdoctoral orthodontic program resulting in a certificate or MSD/MS. American Board of Orthodontics (ABO) certification is required or expected at most research programs, and many positions also require a thesis-track graduate degree. Faculty positions at research universities increasingly prefer candidates with a dedicated research background or fellowship training beyond the clinical residency.
What is the difference between a clinical track and a tenure track in academic orthodontics?
Tenure-track faculty are expected to generate extramural research funding, publish consistently, and build a scholarly reputation that justifies permanent appointment — the bar is high and the timeline is typically six years. Clinical-track faculty hold the same teaching and supervisory responsibilities but are evaluated primarily on clinical instruction quality and program service rather than research output. Most dental school orthodontic departments employ both types, and the distinction affects salary structure, protected research time, and promotion criteria.
How is digital technology changing orthodontic education?
3D imaging, intraoral scanners, and AI-assisted cephalometric tracing are now embedded in resident training at most programs — residents who graduate without digital workflow competency are at a disadvantage in practice. Faculty are expected to integrate software tools like SureSmile, Invisalign's ClinCheck, and CBCT platforms such as Dolphin or Carestream into clinical teaching, which requires ongoing faculty development. Simulation-based preclinical modules using 3D-printed models are also displacing some traditional typodont exercises.
Can a Professor of Orthodontics maintain a private practice simultaneously?
Yes, and it is common — particularly at clinical-track and part-time faculty positions. Many dental schools operate on a part-time or adjunct faculty model for orthodontics, where practitioners contribute one or two clinic days per week. Full-time faculty at research universities often have institutional practice plans that allow limited outside practice, though time constraints and conflict-of-interest policies vary by institution.
What is the academic job market like for orthodontic faculty in 2026?
Demand for qualified orthodontic faculty consistently exceeds supply, largely because ABO-certified clinicians with research productivity can earn substantially more in private practice and have little financial incentive to pursue academia. Programs at smaller dental schools and in underserved regions struggle the most with recruitment. Institutions have responded by raising clinical faculty salaries, offering loan forgiveness incentives, and creating hybrid practice-faculty arrangements designed to close the income gap with private practice.