The Program

Duration: 3 days (for groups)

Requirement: Implant experience is required for maximum benefit.

How the program is built


Full-arch outcomes improve when planning, surgery, and execution follow one connected system. That’s why the program is built in two phases: Day 1 establishes the clinical framework through didactic teaching and hands-on training on a 3D-printed model. The remaining days shift into participant-led live surgery on real patients, with Dr. Sam mentoring you through the procedure step-by-step so the workflow becomes clear, repeatable, and ready for real clinic use.

What you’ll train on :

The program is built to move you from understanding to confident execution. You’ll start with structured lectures and hands-on model training, then apply the workflow in a live surgery with direct mentorship from Dr. Sam. This approach helps you connect digital planning, surgical decision points, and delivery mindset as one system.

Key training areas

  • Case assessment & preparation
  • Prosthetic-driven planning
  • Digital workflow fundamentals
  • Surgical execution essentials
  • Risk control & complication avoidance
  • Workflow communication

Day 1 is built to organize your thinking and create a planning framework you can reuse through didactic content and hands-on 3D printed models.

Full-Arch Agenda

- Implant planning and Immediate Loading safe scientific criteria.

- Implant positioning Fundamentals in full arch Rehabilitation.

- Digital Oral Design and Virtual Patients Concept.

- Direct Implant Level vs Abutment Level Full arch immediate load.

- Managing and avoiding full arch Complications.

- Advanced Surgery with Stackable Surgical Guides.

- Indications and planning of bone reduction.

- Zero Bone Reduction (ZBR) Concept.

- Planning FP1 vs FP3 restorations.

- Temporary Material Selection.

- Pickup Strategies and Materials.

- Full arch Scanning strategies and workflow.

Live Clinical Learning

Days 2 and 3 are dedicated to participant-led live surgery on real patients. Each participant performs the procedure while Dr. Sam mentors step-by-step, guiding key decisions in real time. The other doctors in the cohort assist so everyone stays fully engaged and learns from both perspectives: operator and assistant.

This structure is designed to build real execution confidence, not just observation. You leave having applied the workflow under true clinical conditions, with a clearer understanding of how to think, adapt, and perform.

Supplementary Programs

Full-Arch Live Course + Cairo Experience (Tourist Program): (recommended)

additional curated post-training activities.

Visits are arranged based on the time available after the educational program. Dinners are always included at some of Cairo’s top venues, and a private tour guide is provided for all visits to ensure a smooth and enjoyable experience


Optional add-ons

Extended Clinical Exposure

Participants have the opportunity to perform an additional surgical case fully guided, involving

  • Placement of six more implants
  • Alveolar ridge reduction
  • prosthetic pick-up procedures
  • emergence profile development
  • immediate loading of the PMMA restorations.

Prosthetics Track
(Coming Soon)

An additional prosthetics-focused educational program designed to enhance alignment between surgical execution and final restoration, while refining key restorative decision-making points.

Assistant Seat

Having your assistant tag along for alignment on

  • Chairside Protocols
  • Case documentation
  • Scanning workflow
  • Lab communication
  • Surgery-day support.

Stackable Guides Design Workshop
(+1 Additional Day)

This optional additional day trains you to design, print, and finish the stackable surgical guides yourself, so you can build the guided workflow from planning through execution.

OneDay Lab Support

OneDay Lab is integrated into the program to keep planning, surgery, and delivery aligned.

Guided surgery is a core part of the workflow OneDay Lab provides stackable surgical guides,

so participants learn how planning decisions translate into accurate, repeatable execution.