Planned maintenance, defect logging, work orders, and spares inventory — all in one place, on the bridge tablet or in the engine room.
A yacht chief engineer is technically responsible for the propulsion, electrical, mechanical, hydraulic, plumbing, and HVAC systems on board — and accountable to the captain, manager, owner, and class society for every one of them.
A chief engineer is the single point of accountability for everything mechanical, electrical, and hydraulic on board. Below decks, the chief's word is final.
A modern yacht has 10,000+ maintainable components. PMS adherence is what separates a yacht that's ready for charter from one that's ready for trouble.
The 2026 reality, by the numbers
A chief engineer in 2026 is increasingly part-mechanic, part-data-analyst. Engine telemetry, oil analysis, vibration readings, fuel burn rates — all feed predictive maintenance decisions.
High-performing chief engineers share a pattern: one platform holds the PMS, defect log, spares inventory, and OEM documentation — so a question that used to mean a paper search is answered from one place. See the full Fleet module and our predictive maintenance guide.
Typically found inside
Recurring pain points that turn engine-room work into paperwork archaeology — almost all reducible with the right system.
A part fails at 23:00. The OEM manual is 400 pages, in a binder, in the technical office. The chief needs the specific procedure now.
Searchable OEM documentation is the single highest-ROI investment for a working chief.
"We have the spare. Where is it?" — a question every chief has asked at 02:00.
Spares inventory linked to PMS tasks closes the loop automatically.
Defect log in three places: handwritten engine room whiteboard, captain's notebook, manager's email.
One defect log, written once, visible to all three — removes most of the chase.
Owner wants predictive maintenance. Without IoT data capture and trend analysis, that's wishful thinking.
Class survey scheduled. Two weeks of document gathering — drill logs, PMS adherence, corrective actions, NCNs.
Continuously audit-ready PMS removes the panic.
Each system has its own preferred vendor, and the chief is the one keeping the relationships warm. Centralised procurement is a fleet manager goal — but it can't work without the chief's input.
SupaSailing's technical workflows are built around how chief engineers actually work — on the bridge tablet, in the engine room, mid-watch.
500h / 1000h / 2500h / annual schedules per equipment item, by running hours or by calendar, with the full maintenance history.
Single defect log. Reported once, assigned to the engineer, visible to the manager. No three-place chase.
Spares linked to the maintenance job that consumes them and deducted from stock when the job is done. Minimum quantities flag low stock.
Searchable PDFs of 400-page manuals. A specific procedure in seconds, not 20 minutes of binder hunt.
Defect trends, overdue jobs and running-hours usage scored per equipment item — "500h service in about 12 days at current usage".
Records kept as the work happens. PMS, maintenance history and ISM exports to PDF or spreadsheet when the surveyor asks.
Supplier contacts linked to inventory items and orders. Delivered orders update stock automatically.
Report a defect, close a maintenance job or take a spare out of stock by text or voice note, confirmed before it is saved.
A representative day for a chief engineer on a 35-metre motor yacht using SupaSailing.
Engine room walk-through, running hours updated. The risk outlook flags the starboard generator: its 500-hour service is due in about 12 days at current usage.
Today's PMS tasks visible on the tablet. 500-hour service on starboard main due in 14 days — spare parts confirmed on board.
Captain logged a head not flushing properly. Defect assigned, spare taken out of stock.
Naiad stabiliser fault code. Question asked against the indexed manual, procedure found, fault cleared.
Quarterly fire-pump test logged. Continuously audit-ready — class survey in 6 weeks is no longer a panic.
Two spares below minimum stock. Purchase order raised to the supplier; stock updates when it is delivered.
Second engineer picks up from the same lists — open jobs, recent defects, parts on order. Nothing to write up.
Typical observations from chief engineers on platforms that unify PMS + defect log + spares + OEM documentation.
Indexed manuals return the relevant passage instead of a 400-page binder hunt.
Minimum stock levels flag low spares, and parts used on jobs come off stock.
Defect trends, overdue jobs and running-hours usage surface risk before a failure.
Work logged as it happens and exported to PDF removes the pre-survey panic.
30-minute demo tailored to a chief engineer's real use case. If a different platform is a better fit, we'll say so.