Identify maintenance reporting and compliance tasks with the volume, rule stability and structured data needed to justify automation.
Engineering & Maintenance
Robotic Process Automation for Maintenance Reporting and Compliance Workflows
Build and govern robotic process automation bots that populate maintenance reports, permit registers and compliance logs directly from CMMS, SCADA and inspection data sources.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
Maintenance teams generate large volumes of repetitive documentation: work order closures, permit-to-work records, calibration certificates, and regulatory compliance logs that must match audit trail requirements. Manually re-keying this data between CMMS, SCADA historians, and spreadsheet trackers introduces errors and consumes technician hours that could be spent on wrench-time. This course teaches maintenance and reliability engineers to identify processes suitable for automation, map exception paths, and build robotic process automation bots using drag-and-drop process designers to extract, validate and transfer data between systems without custom coding. Participants practise process mining to quantify manual effort, build process definition documents, and configure attended and unattended bots to complete compliance report generation, permit archiving and calibration reminder workflows. The course also covers bot governance: version control, exception handling, credential vaulting, and change management so that automated workflows remain auditable. By the end, participants can build a business case for automation, pilot a bot against a real maintenance reporting task, and hand over a supported, documented automation to the maintenance department.
Expected Learning Outcomes
Map current-state processes using process mining and time-and-motion data to quantify manual effort and error rates.
Design bot workflows that extract data from CMMS and SCADA systems and populate compliance reports and permit registers.
Configure exception handling, credential vaulting and audit logging so automated workflows meet regulatory scrutiny.
Build a business case comparing automation cost, licensing and maintenance effort against manual reporting labour.
Test and pilot a bot against a live maintenance reporting task before scaling to unattended production use.
Establish a governance model covering version control, change requests and ownership of production bots.
Who Should Attend
Maintenance engineers responsible for compliance reporting and audit preparation.
CMMS administrators seeking to automate repetitive data entry tasks.
Reliability engineers building the case for digital transformation in maintenance.
Maintenance planners who compile permit-to-work and isolation records.
Digital transformation leads piloting automation within engineering functions.
EHS coordinators who consolidate compliance evidence from multiple systems.
Course Modules
Select any module to see its sessions and points.
01Identifying Automation Opportunities in Maintenance Processes
2 sessions · 8 points
Session 1Process Mining and Task Selection for Maintenance Reporting
- Apply process mining tools to CMMS event logs to reveal how work order closure and reporting tasks actually flow.
- Score candidate processes against volume, rule stability and structured-data criteria to prioritise automation targets.
- Interview technicians and planners to capture exception paths that a bot must recognise and escalate.
- Draft a process definition document that records triggers, decision rules and system logins for a target workflow.
Session 2Building the Business Case for Maintenance Automation
- Quantify manual effort and error rates using time-and-motion data collected from current reporting cycles.
- Compare licensing, hosting and maintenance costs of attended versus unattended bot deployment models.
- Estimate payback period and risk reduction from automating compliance evidence collection.
- Present a business case to engineering and finance stakeholders that ties automation to audit readiness.
02Designing and Building Maintenance Reporting Bots
2 sessions · 8 points
Session 1Bot Design for Data Extraction and Validation
- Configure screen-scraping and API connectors to pull work order, permit and calibration data from source systems.
- Build validation rules that flag missing fields, out-of-range values and mismatched asset identifiers before submission.
- Design decision logic that routes exceptions to a human reviewer rather than forcing incorrect automated completion.
- Sequence bot steps to match the compliance report template required by the relevant regulatory body.
Session 2Integrating Bots with CMMS, SCADA and Document Systems
- Connect bots to CMMS work order modules and SCADA historians using available APIs or secure screen automation.
- Automate permit-to-work archiving and isolation certificate filing into the document management system.
- Configure scheduled triggers so unattended bots run reporting cycles aligned with shift and audit calendars.
- Test data integrity end-to-end by comparing bot output against manually verified source records.
03Governance, Security and Exception Handling
2 sessions · 8 points
Session 1Bot Governance and Change Management
- Establish version control and a change request process for updating production bot logic.
- Assign ownership of each bot to a named process owner accountable for its accuracy and uptime.
- Define escalation paths for bot failures that could delay compliance report submission deadlines.
- Maintain a bot inventory register that lists purpose, data sources and last review date for audit purposes.
Session 2Security, Credential Management and Audit Trails
- Configure credential vaulting so bots authenticate to CMMS and SCADA systems without exposing passwords.
- Log every automated transaction with timestamp and outcome to preserve a defensible audit trail.
- Apply role-based access control to restrict who can modify or trigger production automation workflows.
- Review bot activity logs against compliance requirements to confirm no unauthorised data changes occurred.
04Scaling and Sustaining Maintenance Automation
2 sessions · 8 points
Session 1Piloting and Scaling Automation Across the Maintenance Function
- Run a controlled pilot comparing bot output against manual completion for a live reporting task.
- Capture technician and planner feedback to refine bot exception handling before wider rollout.
- Prioritise a rollout sequence across sites or asset classes based on pilot results and reporting volume.
- Document lessons learned and update the automation playbook for future process candidates.
Session 2Measuring Value and Sustaining Bot Performance
- Track cycle time, error rate and technician hours saved before and after automation to demonstrate value.
- Set up monitoring dashboards that alert the process owner when bot performance degrades.
- Schedule periodic reviews to retire, update or extend bots as source systems and compliance rules change.
- Hand over documented, supported bots to the maintenance department with clear operating instructions.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
Complete your registration
We will contact you within one business day to confirm.
Ready to start?
Reserve your seat and start building the skill.