RAMS Extract Walkthrough
This walkthrough shows how RAMS Factory™ can help structure task-specific RAMS content around the actual works.
Illustrative worked example
Eleven outputs, in production order.
Each row below opens the output it names. The set walks eleven different fictional jobs, one per output — a roofing make-safe, a steel frame, a substation outage, a cleanroom shutdown and seven more — because a RAMS that is genuinely job-specific cannot be shown on a single job. Every client, site and figure is invented for the example, and each file carries an ILLUSTRATIVE mark on the page.
Job Intake FormOutput 01 · gates the whole pack
Shown onExchange House, Reading — emergency temporary roofing
Eleven sections completed before a word of the RAMS is drafted: job identification and applicable standards, client, site and the rooftop access route, scope and exclusions, working hours in a fully occupied building, welfare, a twelve-item high-risk trigger review, the permits and isolations register, COSHH substances, emergency arrangements and competency requirements. The closing summary carries the flags forward and records the job as only conditionally ready to draft — an asbestos survey and a structural load check are unresolved.
Why it mattersRAMS should be built around the actual job, not copied from a generic template.
Task Sequence BuilderOutput 02 · the spine everything else hangs off
Shown onSaxon Wharf, Bristol — structural steel frame
The erection broken into 21 tasks across six phases, each task carrying its predecessor, duration, hold points and whether it sits on the critical path. Six tasks are critical-path and four are hold points. The method statement, hazard matrix, PPE schedule, permits and evidence pack are all structured against this list rather than against a template.
Why it mattersA clear task sequence helps hazards and controls map to the actual works being carried out.
Hazard-Risk-Control MatrixOutput 03 · hazards mapped task by task
Shown onWessex Buildings, Manchester — Cat B fit-out
33 hazards mapped across the eight tasks of the fit-out sequence, each with a control written for the task it sits against and an initial and residual risk score. Twelve hazards start at high or very high; none remain at either level once the controls are applied, and thirty finish low.
Why it mattersTask-based control mapping improves clarity and reduces generic RAMS wording.
Open Hazard-Risk-Control MatrixPDF of Hazard-Risk-Control Matrix
PPE, Plant & Equipment ScheduleOutput 04 · what goes on site, and its currency
Shown onLambeth Grid substation — HV transformer maintenance
A task-by-PPE-type matrix marking each item required, additional or not needed for the twelve scheduled tasks, then the plant schedule with inspection currency, the equipment list with calibration status and an operator competency matrix. One item is flagged due for re-certification and has to be resolved before mobilisation.
Why it mattersPPE is tied to the task that calls for it and every plant and equipment item carries its inspection or calibration status, so an out-of-date item surfaces before mobilisation rather than on site.
Open PPE, Plant & Equipment SchedulePDF of PPE, Plant & Equipment Schedule
Permits & Isolations ChecklistOutput 05 · twelve permits, ten isolations
Shown onApex Pharma, cleanroom AHU — planned shutdown
Twelve permits and ten isolations for a ten-hour cleanroom outage, each permit mapped to the tasks it covers with its validity window, signatory, conditions, training requirement and witness. Three permits are still pending and are shown gating the tasks that depend on them; the hot-works permit is stated as pending fire-system isolation confirmation.
Why it mattersRAMS Factory™ helps connect compliance requirements into the same workflow rather than treating them as separate admin.
Open Permits & Isolations ChecklistPDF of Permits & Isolations Checklist
COSHH IndexOutput 06 · substances, controls and surveillance
Shown onCaldicot Viaduct — bridge coatings
Ten substances on a coatings job, each with its supplier, GHS hazard class, controls, PPE, storage, disposal and training flags. Four exposures are called out as triggering health surveillance — isocyanates in the top coat, lead disturbed from the existing coating, solvent exposure during sustained spray campaigns and skin sensitisers — with the regulation each one sits under.
Why it mattersSubstances are linked to the tasks that use them and to the surveillance they trigger, so a health obligation is visible while there is still time to arrange it.
Environmental ControlsOutput 07 · calibrated to the receptors present
Shown onRiver Marsh Bridge — bridge replacement
Six control categories holding 33 individual controls, written against the receptors actually present at that location: a watercourse twelve metres away inside an SSSI buffer, Schedule 1 breeding birds restricting vegetation clearance to a set window, residential properties at eighty metres, listed cast-iron parapets, a diverted public footpath and an archaeological watching brief. Discharge to the watercourse is a stated prohibition and a breach of any control is grounds to stop works.
Why it mattersEnvironmental controls are engineered to the receptors at this location, so the plan can be checked against the site instead of accepted as boilerplate.
Emergency ArrangementsOutput 08 · the rescue plan, agreed in advance
Shown onCambridge city centre — sewer confined-space entry
Twelve emergency contacts, five procedure scenarios and a confined-space rescue plan for sewer entry, with six pre-mobilisation gates the supervisor has to confirm before signing any entry permit: a full mock retrieval drill at the live entry point, calibrated atmospheric monitors, in-date thorough examination on the tripod and harness, a proven comms link, a named dedicated top-man with no other duties, and the specialist rescue team pre-briefed rather than called on the day.
Why it mattersThe rescue arrangement is agreed and rehearsed before entry is authorised, not requested at the point of an incident.
Competency & Training MatrixOutput 09 · who is authorised, and until when
Shown onThe Marlowe Hotel, Canterbury — heritage refurbishment
Twelve trades and forty-one operatives with forty-two tracked certifications, each shown as current, expiring or expired against the programme. Four actions are listed as gating mobilisation: an expired lead-awareness course needed for heritage paint stripping, two access qualifications running out inside the fourteen-week programme, and a heritage-timber briefing that has never been held.
Why it mattersCurrency is checked against the programme, so a certificate that lapses mid-job is a course to book now rather than a stop-work later.
Open Competency & Training MatrixPDF of Competency & Training Matrix
Evidence Pack ChecklistOutput 10 · what gets captured, and by whom
Shown onSt Magdalene's Chapel, Salisbury — Grade II listed roof
Forty evidence items across six categories, each with the format required, the person responsible and a captured or outstanding status. Thirty-two are captured and the eight outstanding items are stated as gating handover. A heritage overlay adds the photographic and salvage records the Conservation Officer asked for at pre-start, retained for the archive whether or not the RAMS strictly needs them.
Why it mattersWhat has to be captured, and by whom, is agreed before the works rather than reconstructed from memory at handover.
RAMS QA ChecklistOutput 11 · the gate before issue
Shown onThornbury House — passive fire stopping
28 checks over the pack's completeness, task-specificity, hazard mapping, compliance cover and evidence readiness. This example returns twenty-five passes, three advisories and no fails, and closes as conditionally approved: the safety data sheets are not yet attached and the photographic record format is not agreed, so both have to be resolved and the pack re-confirmed before it is issued.
Why it mattersFinal RAMS remain subject to competent review, site-specific validation and approval before issue.
What the eleven outputs assemble into.
Three complete RAMS submissions from the same illustrative library, each incorporating its method statement, risk assessment, COSHH framework and permit register for one whole job, plus the three standalone sheets that go out to site. The last three are published as web documents only.
- Boiler Plant Upgrades RAMSPDF of the Boiler Plant Upgrades RAMS
- ASHP Decarbonisation RAMSPDF of the ASHP Decarbonisation RAMS
- ACO Drainage Works RAMSPDF of the ACO Drainage Works RAMS
- Method Statement Sheet
- Risk Assessment Sheet
- Toolbox Talk + Certificate
This is the type of structured output BuiltAI workflows help produce.
Every document linked here is an illustrative worked example on a fictional job. Final RAMS remain subject to competent review, site-specific validation and approval before issue.