| 1 | Registration |
| 2 | Welcome ceremony, opening remarks, group photo |
| 3 | Trainer and delegate introductions |
| 4 | Knowledge test |
| 5 | Network Reports |
| 6 | Tidal theory |
| 7 | Important Tidal cycles (pm) |
| 8 | Practical example - identifying tidal features of a sea level record |
| 9 | Sea level measurement technologies |
| 10 | NOC and IHM-maintained tide gauge networks |
| 11 | Anatomy, maintenance and installation of a tide gauge with Q&A |
| 12 | Components of sea level records (Seiches, surges, tsunamis, etc) |
| 13 | Connecting sea level data to land, maintaining station datum |
| 14 | Classroom theory on Geodetic Leveling (Optical method) |
| 15 | Classroom theory on Geodetic Leveling (GNSS and GNSS-IR) |
| 16 | Vertical Land Motion and site stability |
| 17 | International data centers for sea level and VLM monitoring |
| 18 | Practical exercise |
| 19 | Field trip to Sea Level Stations |
| 20 | Use of water level data for marine navigation |
| 21 | S-100 Product Specifications overview |
| 22 | Sea level data quality control and processing (IOC manual, identifying suspect data, software, filters, etc) |
| 23 | Practical QC exercise |
| 24 | Overview of Caribe-EWS (Tsunami and storm surge, monitoring, detection, product dissemination) |
| 25 | Water Level datum definition and analysis |
| 26 | Practical Exercise |
| 27 | Harmonic analysis and tidal prediction (theory, key constituents, tidal regimes, co-tide and co-range maps) |
| 28 | Tidal analysis and prediction software packages |
| 29 | Repeat knowledge test from Day 1 |
| 30 | Presentations and closing ceremony |