Occlusion-Driven Esthetics (ODE): Veneers is a two-day, fully self-contained advanced program in Occlusion-Driven Smile Design. Every concept, protocol, and skill is taught within the two days — there is no pre-course online module, reading, or preparation to complete. Clinicians arrive, and by the end of Day 2 leave with a complete, chairside-ready system for designing and delivering veneers that survive the bite.
The program teaches a single inversion of the conventional workflow: the bite designs the smile, not the other way around. Most veneer education begins with esthetics and treats occlusion as an afterthought — which is why beautiful cases chip, debond, and fracture within a few years. ODE begins with functional diagnosis, designs esthetics inside the boundaries function has already drawn, and delivers with protocols built to protect the restorations. The result is dentistry that looks like art and behaves like engineering.
Day 1 moves from diagnosis to design. Day 2 moves from execution to defense — including the ODE Live Case Theater, a complete real case filmed start-to-finish and presented for group interrogation, and a hands-on block in which each participant designs, preps, and delivers on their own workflow. The program is built for experienced clinicians and is deliberately not a beginner or veneer-in-a-weekend seminar.
On completion of ODE: Veneers, participants will be able to:
Opening lecture — reframes the entire course. Objectives: By the end, participants will be able to (a) attribute common veneer failures (chipping, debonding, fracture) to their underlying functional causes rather than material or technique alone; (b) articulate the ODE premise that esthetic failures are usually functional failures in disguise; and (c) recognize why an esthetics-first workflow systematically produces the failures shown.
The foundational clinical content that was previously destined for pre-work — now taught live and demonstrated. Objectives: Participants will be able to (a) perform the complete ODE functional examination sequence; (b) assess and record anterior guidance, wear patterns, muscle and joint findings, and fremitus; and (c) integrate history and examination into a functional risk picture. Includes a live non-invasive examination demonstration on a volunteer participant.
Objectives: Participants will be able to (a) define and map a patient’s envelope of function; (b) identify restricted or crossover patterns that threaten anterior restorations; and (c) explain how incisal edge position must be designed to live within that envelope.
Objectives: Participants will be able to (a) apply the ODE Risk Assessment Sheet to score a case; (b) assign a case to its ODE Risk Class; and (c) determine, from the class, whether to proceed with standard veneers, modify the plan, or decline/rediagnose.
Objectives: Participants will be able to (a) sequence a digital smile design that begins from functional determinants; (b) position incisal edges and design anterior guidance within the mapped envelope; and (c) recognize when a requested esthetic design falls outside functional limits and how to renegotiate it.
Objectives: Participants will be able to (a) determine when a case requires a change in vertical dimension; (b) quantify the change; and (c) test it reversibly before committing to irreversible treatment.
One complete case from Dr. Albahri’s practice — records to delivery to recall — professionally filmed and presented pause-and-interrogate. Objectives: Participants will be able to (a) trace an occlusion-driven decision through every stage of a real case; (b) critique and defend clinical choices at each decision point; and (c) connect the outcome (including recall findings) back to the functional decisions made at diagnosis.
Objectives: Participants will be able to (a) match ceramic type and thickness to the functional load and substrate of a given case; (b) state where the evidence supports a choice and where it is silent; and (c) avoid the material selections most associated with failure under load.
Objectives: Participants will be able to (a) execute a mock-up-driven, depth-controlled preparation; (b) verify reduction against a guide; and (c) preserve enamel by preparing to the design rather than freehand.
Objectives: Participants will be able to (a) carry out the substrate-specific adhesive protocol; (b) verify occlusion systematically at delivery; and (c) equilibrate to the functional design and set an appropriate protection and review schedule.
The lecture that turns other dentists’ failures into the participant’s referrals. Objectives: Participants will be able to (a) read a failed veneer to determine its functional cause; (b) apply the repair/replace/redesign decision tree; and (c) document functional risk and informed consent for high-risk cases.
Closing business lecture. Objectives: Participants will be able to (a) present a function-driven plan in patient language; (b) frame the functional workup as value rather than cost; and (c) increase acceptance of comprehensive treatment over single-tooth cosmetics.
Live online group session ~60 days post-course
Each participant presents one ODE case (minimum: risk sheet + records + design; ideally delivered)
