Top 12 Optician Skills to Put on Your Resume
Building a resume that actually gets read, for an optician, hinges on showing technical precision and people-first savvy. Real-world dispensing chops. Calm problem-solving at the bench. Fluency with instruments that translate prescriptions into crisp vision. Spotlight the skills that clarify you can thrive in both exam-adjacent workflows and retail floor realities.
Optician Skills
- Refraction
- Dispensing
- Auto-refractor
- Lensometry
- PD Meter
- Frame Adjustment
- Visual Acuity Testing
- Biometry
- Keratometry
- Tonometry
- Spectacle Fitting
- OCT (Optical Coherence Tomography)
1. Refraction
Refraction is how we determine refractive error and the lens power needed to sharpen vision. While refraction is typically performed by an optometrist or ophthalmologist, opticians benefit from understanding results deeply to verify eyewear, troubleshoot blur, and advise on lens design.
Why It's Important
Knowing refraction outcomes helps you translate numbers into wearable clarity. It’s the bridge from prescription to performance.
How to Improve Refraction Skills
Boost your refraction-related proficiency by focusing on interpretation and verification:
Master Rx Interpretation: Sphere, cylinder, axis, add, prism—know how each affects lens choice, base curves, and patient adaptation.
Verify with Lensometry: Confirm finished eyewear matches the written Rx; catch surfacing or edging variances early.
Troubleshoot Systematically: If vision isn’t crisp, check PDs, heights, tilt, wrap, vertex distance, and frame fit before assuming Rx error.
Align Lens Design to Need: Progressive corridors, anti-fatigue designs, occupational lenses—match tasks to optics.
Document and Communicate: Share clear notes with prescribers when issues arise; close the loop quickly for the patient.
Do this well and patient trust rises fast.
How to Display Refraction Skills on Your Resume

2. Dispensing
Dispensing is the end-to-end process of turning a prescription into eyewear that fits, feels good, and delivers crisp, stable vision.
Why It's Important
This is where expectations meet reality. Accurate measurements, smart lens/frame choices, and clean handoffs create happy, returning patients.
How to Improve Dispensing Skills
Elevate Measurement Accuracy: Capture distance and near PDs (binocular and monocular), optical centers, OC/seg heights, vertex, pantoscopic tilt, and face-form wrap.
Use the Right Tools: Digital pupillometers, measurement apps or devices, adjustable rulers, and consistent positioning protocols reduce variance.
Profile the Wearer: Work, hobbies, screens, driving, reading distance—tailor lens tech and coatings to life patterns.
Quality Control: Check coatings, edge polish, power tolerance, mounting tension, and alignment before handoff.
Aftercare Matters: Offer complimentary adjustments, quick cleanings, and lens care education. Loyalty skyrockets.
How to Display Dispensing Skills on Your Resume

3. Auto-refractor
An auto-refractor provides an objective starting point for refractive error by measuring how light focuses in the eye. Fast, consistent, and handy for pretesting.
Why It's Important
It speeds intake and offers a reliable baseline for subjective refinement and eyewear discussions.
How to Improve Auto-refractor Skills
Calibrate on Schedule: Regular checks keep readings tight and trustworthy.
Standardize Technique: Proper alignment, steady fixation targets, and repeat captures for consistency.
Maintain the Device: Clean optics, inspect chin/forehead rests, track service intervals.
Control the Room: Stable lighting, minimal glare, and comfortable temperature reduce measurement noise.
Update Firmware: New features and stability tweaks often improve throughput and accuracy.
How to Display Auto-refractor Skills on Your Resume

4. Lensometry
Lensometry measures lens power, axis, prism, and optical center locations. It’s also how you verify what was ordered is exactly what was made.
Why It's Important
Without precise verification, even a perfect prescription can feel wrong. Lensometry is your safety net.
How to Improve Lensometry Skills
Practice Across Lens Types: Single vision, bifocals, progressives, prism prescriptions—build fluency with all of it.
Mark with Intention: Identify and mark optical centers and prism bases accurately before finishing and fitting.
Know Your Instrument: Manual and digital lensometers behave differently; learn both, keep them calibrated.
Speed with Accuracy: Develop a consistent sequence so results are repeatable under time pressure.
Troubleshoot Power Mismatches: Distinguish surfacing errors from measurement or mounting issues quickly.
How to Display Lensometry Skills on Your Resume

5. PD Meter
A PD meter measures pupillary distance—binocular and monocular—so lenses align with a wearer’s visual axes. Distance and near PDs both matter.
Why It's Important
Even a perfect lens fails if the optical center is off. Alignment drives comfort and clarity.
How to Improve PD Meter Skills
Use Monocular PDs: For most modern lenses (especially progressives), monocular PDs reduce imbalance.
Calibrate Regularly: Check against known standards; log results.
Repeat and Average: Take multiple readings and average when patients are fidgety or lighting is tricky.
Measure Near Separately: Don’t assume a simple conversion—capture a true near PD at working distance.
Combine with Height Data: PDs plus OC or seg height give the full target for edging and mounting.
How to Display PD Meter Skills on Your Resume

6. Frame Adjustment
Frame adjustment is the hands-on craft of shaping a frame to the face—nose pads, temple bend, tilt, wrap—so vision and comfort lock in.
Why It's Important
Fit governs optics. Small tweaks transform how a lens performs and how a wearer feels.
How to Improve Frame Adjustment Skills
Measure Before You Bend: Note OC/seg heights, vertex distance, and pantoscopic tilt. Move with intention.
Use Proper Heat: Warm acetates evenly; avoid overheating. Know when metal cores need more coaxing and when nylon needs gentler touch.
Choose the Right Tool: Pad-arm pliers, end-cutters, rim-forming pliers—precision tools prevent damage and speed clean results.
Balance Contact Points: Distribute weight at nose and ears; eliminate hot spots and slippage.
Recheck Optics After Fit: Verify PDs and heights haven’t shifted; adjust if they did.
How to Display Frame Adjustment Skills on Your Resume

7. Visual Acuity Testing
Visual acuity testing measures how clearly a person sees, typically using standardized charts at set distances. Often part of pretest workflows.
Why It's Important
It flags changes, guides prescription decisions, and sets expectations for final visual outcomes.
How to Improve Visual Acuity Testing Skills
Control the Environment: Stable lighting, correct chart calibration, accurate testing distance—nonnegotiable.
Give Clear Instructions: Pacing, occlusion technique, and encouragement all affect results.
Use Appropriate Charts: Age-appropriate symbols, language options, and contrast tests when needed.
Document Rigorously: Record with notation (e.g., 20/20-2), pinhole responses, and whether correction was worn.
Recheck Inconsistencies: Fatigue, dry eye, or glare can skew results—repeat when readings don’t make sense.
How to Display Visual Acuity Testing Skills on Your Resume

8. Biometry
Biometry measures eye dimensions like axial length and corneal curvature. It’s fundamental for intraocular lens calculations and advanced contact lens fitting. In medical settings, opticians may support data capture and patient flow; understanding the outputs is valuable even when not performing the test.
Why It's Important
Precise measurements lead to precise outcomes. Better fits. Better surgical planning. Fewer surprises.
How to Improve Biometry Skills
Refine Patient Positioning: Stable fixation and eyelid control reduce outliers.
Standardize Repeatability: Take multiple scans; accept only those within tight variance thresholds.
Maintain and Calibrate: Clean optics, verify alignment, and log service intervals.
Know When to Escalate: Dense cataract, keratoconus, or poor signal quality—flag for advanced imaging or clinician review.
Interpret Essentials: Recognize what K readings, axial length, and A-constants mean for lens choices and patient counseling.
How to Display Biometry Skills on Your Resume

9. Keratometry
Keratometry measures anterior corneal curvature. It’s a pillar for contact lens fitting and detecting corneal irregularities.
Why It's Important
Accurate K readings guide base curve selection, reveal astigmatism, and help spot red flags early.
How to Improve Keratometry Skills
Set Up Precisely: Center mires, ensure proper focus, and confirm a steady tear film.
Take Multiple Readings: Average to smooth out blink or fixation noise; compare with topography when available.
Maintain Equipment: Clean lenses and mirrors; verify calibration routinely.
Correlate with Fit: Use K values to inform trial lens selection and refine from fluorescein patterns.
Document Axes: Axis alignment matters for toric lenses and ongoing monitoring.
How to Display Keratometry Skills on Your Resume

10. Tonometry
Tonometry measures intraocular pressure (IOP). In many regions it’s performed by optometrists or trained technicians; opticians in medical practices may assist with non-contact screening where regulations permit.
Why It's Important
IOP is a key data point for glaucoma risk and ocular health monitoring.
How to Improve Tonometry Skills
Follow Scope and Protocols: Adhere to local regulations and clinic procedures, including hygiene and safety standards.
Calibrate and Clean: Keep probes, tips, and sensors pristine; verify device accuracy regularly.
Positioning is Everything: Proper chin/forehead support, steady fixation, and coaching reduce variability.
Repeat for Reliability: Take multiple readings and use the mean; document outliers and conditions (time of day, meds).
Know When to Recheck: Unusual asymmetry or high readings warrant confirmation and immediate clinician review.
How to Display Tonometry Skills on Your Resume

11. Spectacle Fitting
Spectacle fitting turns measurements into comfort and stability. It’s the fusion of optics and ergonomics.
Why It's Important
Proper fit prevents blur, distortion, eye strain, and headaches. It also keeps glasses on faces, not in drawers.
How to Improve Spectacle Fitting Skills
Capture the Full Geometry: PDs, OC/seg heights, vertex, pantoscopic tilt, and wrap—measure what matters.
Match Frame to Rx: High powers need smaller eyesizes, appropriate bridge fit, and sturdy materials; progressives need suitable B measurements and shape.
Choose Materials Wisely: High-index, trivex, polycarbonate, AR (anti-reflective), photochromic, blue-filter options—align to prescription and lifestyle.
Adjust with Precision: Equalize temple pressure, fine-tune nose pads, verify horizon and tilt symmetry.
Invite Follow-ups: Tiny tweaks after wear-in often make a huge difference—schedule and encourage them.
How to Display Spectacle Fitting Skills on Your Resume

12. OCT (Optical Coherence Tomography)
OCT captures high-resolution cross-sections of retinal and optic nerve structures. In medical practices, trained staff acquire scans; opticians who understand the basics can coordinate care and communicate lens implications sensitively.
Why It's Important
Early detection and monitoring of retinal disease hinge on clear, repeatable images. It’s insight you can act on.
How to Improve OCT (Optical Coherence Tomography) Skills
Prioritize Image Quality: Align carefully, maximize signal strength, and minimize blink artifacts; repeat until clean.
Maintain Diligently: Keep optics clean, follow calibration routines, and document service.
Position Patients Comfortably: Good posture and clear instructions reduce motion and yield sharper scans.
Standardize Protocols: Use consistent scan patterns and segmentation checks for reliable comparisons over time.
Understand the Basics: Recognize normal macular and RNFL patterns so you can flag abnormalities to clinicians promptly.
How to Display OCT (Optical Coherence Tomography) Skills on Your Resume

