The asset record starts the chain.
Equipment identity, category, location, criticality, SOP context, and owner define what must happen before work begins.
Engineering control for a pharma company under audit pressure.
Shariwaa is helping a pharmaceutical company build its engineering management system across preventive maintenance, calibration, SOP based execution, equipment records, and audit ready evidence.
PMPreventive maintenance planning
CALCalibration status and evidence
SOPExecution tied to internal procedures
AuditLogs ready when inspection begins
In pharma, engineering work is only trusted when the evidence is as disciplined as the plant.
Preventive maintenance and calibration are not ordinary service tasks. They protect production reliability, product quality, inspection readiness, and the credibility of every engineering decision made inside the plant.
The challenge was not that the team lacked discipline. The challenge was that SOPs, schedules, equipment history, calibration records, approvals, and audit evidence were too dependent on scattered files, memory, and manual follow up.
The system turns engineering activity into a controlled record: planned, assigned, executed, reviewed, and ready to defend.
Maintenance and calibration, treated as regulated evidence.
The public case stays anonymized because the live proof includes equipment masters, SOP references, PM schedules, calibration certificates, engineering observations, deviations, and audit trails. What can be shown publicly is the operating architecture.
The business did not need another tracker. It needed an engineering control layer.
The risk was hidden effort before every audit.
Engineering evidence had to be assembled from multiple places whenever inspection pressure increased. The team could execute the work, but proving the chain quickly was harder than it should be.
- Equipment lists, criticality, location, and ownership needed one reliable master.
- Preventive maintenance schedules needed SOP context, due dates, assignment, and completion evidence.
- Calibration needed status visibility, certificates, tolerances, and next due dates.
- Audit preparation needed less manual chasing and fewer last minute record gaps.
The system became the engineering memory.
Shariwaa structured the workflow so maintenance and calibration activity leaves a clear operational trail from planning to closure.
- Equipment masters connect to PM and calibration requirements.
- SOP references guide what must be done and what must be captured.
- Responsibilities, status, evidence, and approvals become visible before audit season.
- Leadership can see overdue, upcoming, completed, and exception work without asking the team to rebuild the story.
Every asset needs a clean line between procedure, action, evidence, and review.
The system is being built around the way a pharma engineering team actually works: equipment masters, PM checklists, calibration cycles, SOP references, observation capture, attachments, approvals, exception handling, and audit retrieval.
AssetEquipment master, location, owner, criticality
ProcedureSOP reference, checklist, frequency, due date
ExecutionAssigned work, observation, attachment, closure
EvidenceCalibration record, PM log, approval, audit trail
A pharma engineering workflow that follows the asset from schedule to audit.
Equipment master and criticality
Each asset is structured with location, owner, engineering category, criticality, maintenance requirement, calibration requirement, and document context.
Preventive maintenance planning
PM frequency, due dates, checklists, SOP references, assigned owners, completion status, and supporting evidence are kept in one operating path.
Calibration control
Calibration records, certificates, instrument status, tolerance context, next due dates, and review status become visible before they become audit risk.
SOP based execution
The system does not treat SOPs as separate documents. The relevant procedure is tied to the work being performed and the evidence being captured.
Exception and deviation visibility
Missed schedules, abnormal observations, failed calibration, pending approval, and closure gaps can be identified without rebuilding the record manually.
Audit ready retrieval
Engineering records can be filtered by asset, date, SOP, status, owner, certificate, and completion evidence so audit preparation becomes a retrieval task, not a search operation.
Useful proof is not a screenshot. It is the ability to trace a controlled engineering decision.
PM work becomes accountable.
Due work, assigned engineer, checklist completion, observations, attachments, and review status are captured as one record.
Calibration stops being invisible.
Certificate evidence, due dates, calibration status, tolerance notes, and next action stay available before inspection pressure arrives.
Audit preparation becomes calmer.
The team can pull the record path instead of rebuilding it from memory, folders, messages, and manual registers.
The proof chain runs from asset to audit file.
Equipment master
Asset, location, owner, criticality, SOP reference, and engineering category create the trusted starting point.
Schedule
Preventive maintenance and calibration frequencies define what is due, when, and under which procedure.
Execution
The assigned engineer records checklist completion, readings, observations, attachments, and exception notes.
Review
Supervisors can see open, overdue, completed, and exception work before the audit asks for it.
Audit file
Evidence is retrieved by asset, SOP, period, status, certificate, and closure record.
Private proof: the walkthrough can show the live system logic with equipment names, SOP numbers, certificates, plant details, and audit sensitive records masked.
The goal is not more software. It is less uncertainty when compliance asks for evidence.
In a regulated plant, the engineering management system must respect how people actually work and how audits actually question records. The interface should make ownership, status, evidence, and exceptions easier to see without making engineers fight the system.
The case is public at architecture level because the working proof includes sensitive plant records, equipment details, internal SOP references, certificates, and audit evidence.
The defensible claim: Shariwaa is building a pharma engineering management layer that reduces manual audit preparation and makes PM and calibration evidence easier to trust.
What the private walkthrough can show.
Qualified prospects can review masked workflows across equipment masters, PM schedules, calibration due dates, SOP references, checklists, observations, attachments, approvals, overdue status, certificates, and audit retrieval.
Asset control
Equipment masters, ownership, location, and criticality.
PM discipline
Schedules, checklists, SOP context, and closure evidence.
Calibration readiness
Certificates, status, next due dates, and review trail.
Audit confidence
Records retrieved without last minute reconstruction.
Review a regulated engineering workflow privately.
A walkthrough can show masked system logic across maintenance, calibration, SOP execution, and audit evidence without exposing plant sensitive data.