NOCE study plan
NOCE · Give each week a clear focus.
8 weeks · About 6 hours per week
Ocular anatomy, physiology, and pathology & Optical theory and principles
Label the major structures of the anterior and posterior segments on a blank diagram from memory
Trace the path of aqueous humor from production to outflow and state the effect of each obstruction point on IOP
Describe the mechanism of accommodation and identify which structures change shape, position, and power
Convert between dioptric power, focal length, and vergence using the thin-lens relationship
Your checkpoint
One hand-drawn, fully labeled schematic of the eye plus a scored 20-question self-quiz on anatomy/physiology at 80% or better
Ocular anatomy, physiology, and pathology & Optical theory and principles
Differentiate the presentation of cataract, open-angle glaucoma, AMD, diabetic retinopathy, and keratoconus by onset, symptoms, and key signs
Match at least 10 ocular conditions to the lens design, material, or treatment that best serves the patient
Apply Prentice's rule to compute induced prism from decentration in sphere and spherocylinder lenses
Resolve prism into components and recombine them into a single resultant prism amount and base direction
Your checkpoint
A condition-to-lens-design mapping table covering 12 conditions plus 15 worked Prentice's-rule and prism-resultant problems scored at 90% or better
Optical theory and principles & Ocular anatomy, physiology, and pathology
Transpose spherocylinder prescriptions between plus- and minus-cylinder form without error
Calculate effective power across vertex distance and explain when the change becomes clinically significant
Compute spectacle magnification and identify the contributions of power factor and shape factor
Sketch the retinal image size change produced by a given lens form and base curve
Your checkpoint
A one-page formula sheet in your own words plus a timed 25-question optics problem set completed at 85% or better
Lens materials, designs, and treatments & Optical theory and principles
Compare lens materials by refractive index, Abbe value, specific gravity, and impact resistance
Select an appropriate material for a given prescription, frame, and lifestyle scenario and justify the choice
Predict chromatic aberration and weight outcomes from index and Abbe value trade-offs
Re-drill the weakest optics formulas identified by your own error log
Your checkpoint
A materials comparison matrix of at least 6 lens materials plus a 40-question mid-point mock exam across domains 1 through 3 scored at 75% or better
Lens materials, designs, and treatments & Frame selection, fitting, and measurement
Distinguish single-vision, bifocal, trifocal, and progressive designs by optical purpose and corridor characteristics
Describe the function and limitations of common treatments: AR coating, scratch coating, tints, photochromic, polarization, and mirror
Identify the boxing-system measurements (A, B, ED, DBL, temple length) on a frame drawing
Measure monocular PD, binocular PD, and segment height on a practice frame
Your checkpoint
A completed lens design and treatment recommendation sheet for 5 case scenarios plus a measurements worksheet with all boxing-system values recorded
Frame selection, fitting, and measurement & Ocular anatomy, physiology, and pathology
Match face shape, bridge type, and frame material to a patient's anatomical and cosmetic needs
Adjust a frame for vertex distance, pantoscopic tilt, and facial wrap and state the optical consequence of each misadjustment
Calculate the minimum blank size needed from A, ED, decentration, and frame difference
Verify that a chosen frame can support the required decentration without exceeding usable lens area
Your checkpoint
A fitting plan for 3 patient profiles that includes frame choice, measured parameters, minimum blank size calculation, and adjustment notes
Prescription analysis, fabrication, and verification & Frame selection, fitting, and measurement
Analyze a prescription for practicality, flagging vertex-sensitive powers, high cylinder, anisometropia, and prism
Neutralize a lens on a lensometer and record sphere, cylinder, axis, and prism verification values
Apply standard tolerances to decide whether a fabricated pair passes or fails inspection
Sequence the fabrication workflow from order entry through blocking, surfacing, edging, and final inspection
Your checkpoint
A fabrication and verification checklist plus 10 neutralized-lens readings judged pass or fail against tolerances with the reason stated
Prescription analysis, fabrication, and verification & Ocular anatomy, physiology, and pathology & Optical theory and principles & Lens materials, designs, and treatments & Frame selection, fitting, and measurement
Re-teach your three lowest-scoring topics from earlier weeks without notes
Complete a full-length timed mock exam under test conditions
Convert every missed mock question into a one-line rule and add it to your error log
Rank remaining weak areas and schedule a targeted review pass for each
Your checkpoint
A full-length timed mock exam score plus a prioritized remediation list of no more than 10 weak areas with a review action for each
Milestones
Week 4: Score 75% or better on the 40-question mock covering domains 1 through 3, and be able to draw the eye diagram and the materials matrix from memory
Week 6: Complete all frame measurements and the minimum blank size calculation correctly on two of three patient profiles without reference materials
Week 8: Score 80% or better on the full-length timed mock and show an error log where every missed item has a written corrective rule