Professor of Optometry

Professors of Optometry occupy a role that most clinical professionals never encounter: teaching a full doctoral-level health professions curriculum while maintaining enough clinical sharpness to supervise students treating real patients. The job is not simply lecturing on optics or refraction — it spans systems-based disease management, pharmacology, binocular vision dysfunction, low vision rehabilitation, and increasingly, the co-management of ocular manifestations of systemic disease.

A typical week at an established optometry college splits into three overlapping domains. Classroom and laboratory instruction might consume two to three days — preparing lectures, running wet labs on contact lens fitting, or leading case-based small group discussions on glaucoma management. Clinical supervision fills several half-days in the college's primary care or specialty clinic, where the faculty member reviews each patient encounter alongside the student, guides the differential diagnosis, and co-signs prescriptions and treatment plans. The third domain — research, curriculum development, committee work, or accreditation preparation — fills the gaps and then some.

Accreditation obligations shape a great deal of what faculty do, even when the word "accreditation" never appears on their schedule. The ACOE's Standards require documented student competencies, outcome assessments, and curriculum mapping that faculty must design, execute, and record. When the program's site visit cycle approaches, the workload associated with that documentation intensifies.

Faculty who remain clinically productive over long careers tend to anchor themselves in a specialty area where they can generate cases, attract student interest, and contribute meaningfully to the literature. Those who drift entirely into administration often find that clinical reentry becomes difficult. The institutions that retain their best faculty are usually the ones that protect some protected time for the scholarly or clinical work that brought those individuals to academia in the first place.

Required credentials:

• OD from an ACOE-accredited program (non-negotiable for any patient-care supervisory role)
• Active, unrestricted state optometry license in the institution's practice state
• Residency training in a primary care or specialty area (required at most programs for clinical faculty; strongly preferred for all full-time hires)
• OD/PhD or equivalent research doctorate for tenure-track positions at research-intensive universities

Preferred backgrounds:

• One to three years of private practice, group practice, or VA/health system experience before transitioning to academia
• Fellowship in the American Academy of Optometry (FAAO) — signals scholarly engagement and peer recognition
• Prior teaching, preceptorship, or externship supervision experience
• Board certification in a specialty area (e.g., Diplomate status in Cornea and Contact Lenses or Binocular Vision and Perception)

Technical and clinical competencies:

• Diagnostic imaging interpretation: OCT, fundus photography, visual fields, corneal topography
• Contact lens fitting: rigid gas permeable, scleral, and specialty lens designs
• Pharmacological management of anterior and posterior segment disease
• Familiarity with electronic health record systems used in academic clinic settings (Compulink, RevolutionEHR, Epic where applicable)
• Competency in clinical skills examination design and OSCE facilitation

Teaching and academic skills:

• Curriculum development: learning objectives, competency mapping, outcomes assessment
• Familiarity with ACOE accreditation standards and institutional self-study processes
• Experience with learning management systems (Canvas, Blackboard, Brightspace)
• Ability to write clearly for academic audiences — case reports, curriculum papers, or original research

Soft skills that matter:

• Patience with students who are clinically capable but diagnostically unconfident
• The willingness to let students make the decision before stepping in — which is harder than it sounds when a real patient is waiting
• Precision in documentation, because clinical supervisors carry legal and liability exposure alongside their educational role

The academic optometry market is small by health professions standards — there are 23 ACOE-accredited programs in the United States, with a handful of additional programs in development or in the early stages of ACOE candidacy. That smallness cuts both ways. The pool of qualified candidates is limited, which gives faculty leverage and keeps compensation competitive relative to private practice in many markets. But the geographic flexibility required to pursue an academic career can be significant: openings at a given institution are infrequent, and moving for a faculty position is the norm rather than the exception.

Several structural trends are shaping demand. New program launches — at least three programs have entered the ACOE candidacy pipeline since 2020 — require complete faculty builds from scratch, creating clusters of hiring activity at institutions that don't have an existing faculty pipeline to promote from. Established programs are managing retirements among faculty who joined the profession during the expansion of the 1990s and 2000s.

The scope of optometric practice has expanded in most states, with therapeutic pharmaceutical agents, glaucoma management, and minor surgical procedures increasingly within the OD scope. Faculty must stay ahead of these expansions because students will practice to the full scope of their license, and the curriculum has to reflect that. Faculty who trained in narrower-scope environments and haven't kept pace with expanded disease management are a real liability in clinical education.

Research-active faculty with grant funding from NEI, the VA, or private foundations are in a particularly favorable position. The National Eye Institute continues to prioritize vision and eye health research, and institutions compete to recruit productive investigators. A funded research program often translates to protected time, salary supplements through practice plans or grants, and more control over how one's academic career is structured.

For ODs considering an academic career, the transition from private practice or residency training is most successful when undertaken early. Faculty who join programs as assistant professors in their 30s have time to build scholarship portfolios, earn tenure, and develop the teaching reputation that leads to endowed chairs, program director roles, or academic leadership. Entering academia mid-career is possible but requires demonstrating that the publication record and professional standing justify a senior appointment.

Dear Search Committee,

I'm writing to apply for the Assistant Professor of Optometry position in the Cornea and Contact Lens service at [College]. I completed a residency in cornea and contact lenses at [Institution] in June and have spent the past 18 months as a clinical instructor at [Program], where I supervise third- and fourth-year students in specialty contact lens fitting and anterior segment disease management.

My clinical focus is scleral lens fitting for irregular cornea patients — keratoconus, post-graft, and ocular surface disease cases that can't be managed with conventional lens designs. At [Program], I developed a case-based lab module for the second-year contact lens course that walks students through the fitting decision tree for these patients using de-identified cases from our clinic. Student performance on the related OSCE station improved meaningfully after the module was introduced, which suggested the clinical reasoning framework was landing.

On the scholarly side, I have a manuscript in peer review at Contact Lens and Anterior Eye examining outcomes from a sclerotic scatter illumination protocol we developed for detecting early epithelial irregularity in post-graft patients. I expect it to be accepted within the next few months. I'm also in the early stages of a retrospective outcomes analysis on vault stability over twelve months in our scleral lens population, which I hope to develop into a grant proposal.

What draws me to [College] specifically is the combination of a high-volume cornea and anterior segment clinic and a program that explicitly supports junior faculty in building research programs. I'm at the stage where I need both the clinical volume to generate meaningful data and the institutional support to do something rigorous with it.

I'd welcome the opportunity to speak with the committee about how my clinical and teaching background maps to what you're building.

[Your Name]