Maintenance Technician CV (ATS-Friendly) — Optimised Guide

Write a tight summary that proves you are a working maintenance-technician, not a generalist. Include the environment (e.g., FMCG packing lines, automotive trim plants, chemical utilities) and the equipment you maintained (conveyors, pumps, gearboxes, valves, and packaging actuators). Mention specific tools such as a Fluke multimeter for electrical fault finding, an insulation tester (e.g., Megger) for motor diagnostics, and test steps you follow. Add one measurable KPI, such as achieving an MTTR of 45 minutes or improving planned maintenance compliance above 90%. Where possible, name your CMMS, for example SAP PM or IBM Maximo, and show how you close work orders with correct parts, labour, and history data.

In the same summary, clearly state your core disciplines: mechanical fault finding, electrical controls, PLC troubleshooting, and pneumatic/hydraulic systems. If you support control panels, reference you work with industrial motor drives, VFDs, and control wiring, not just mechanical swaps. For PLC experience, state the type of tasks you performed, such as checking I/O status, tracing ladder logic signals, and validating sensor inputs at the field level. Include compliance that recruiters expect in manufacturing, such as safe isolation and LOTO procedures and wiring competence aligned to 18th Edition (or 17th Edition if that’s what you hold). Finish with maintenance approach: how you balance planned preventive work with reactive breakdown response, and how you contribute to uptime and OEE stability.

Create a skills block that reads like a maintenance log, covering what you inspect, how you diagnose, and what you repair. For mechanical work, include alignment checks on shafts/couplings, bearing and gearbox maintenance, and diagnosing belt/chain wear on conveyors. For electrical controls, describe how you perform continuity testing, check contactors and relays, interpret motor/solenoid symptoms, and verify safe isolation before starting work. Name the test equipment you used, such as a Fluke meter, current clamp, and a torque wrench for repeatable commissioning. Tie this to measurable outcomes, like reducing repeat failures by completing correct root cause analysis and documenting adjustments in SAP PM.

For controls and automation, show PLC and instrumentation competence with realistic examples. Mention troubleshooting steps such as reading fault codes from an HMI/SCADA screen, checking PLC I/O, validating wiring to proximity sensors/photocells, and confirming actuator response through valves and solenoids. If you’ve worked with specific platforms, name them (e.g., Siemens S7, Rockwell/Allen-Bradley) and describe the level of access you had (tag checking, program-level troubleshooting, or parameter tuning). Add pneumatics/hydraulics detail: diagnosing air leaks, pressure drops, clogged filters, sticking cylinders, and hydraulic seal failures, supported by pressure testing and leak tracing methods. End the section by stating your continuous improvement method, e.g., using 5 Whys to prevent recurrence and updating standard work instructions.

Recruiters want proof that you can deliver planned maintenance, not just attend breakdowns. Describe how you execute PPM schedules, use CMMS tasks, and ensure correct completion quality in systems such as SAP PM or IBM Maximo. Include your process for reviewing job packs, confirming parts availability, verifying safety requirements, and recording downtime and labour accurately. Where relevant, reference data quality habits like updating equipment history, recording measurements (vibration, insulation readings, pressure/flow checks), and flagging recurring faults for engineering review. Add a KPI line such as maintaining PPM compliance at 92% or achieving a consistent uptime target through proactive scheduling and pre-checks.

Also cover how you handle reactive work with a structured approach. Explain how you triage alarms, respond to site calls, isolate equipment safely, and communicate status using work order notes and handovers. Mention that you minimise MTTR by using standard diagnostic checklists and spares familiarity, and highlight any results such as cutting average repair time from 60 to 45 minutes. If you’ve supported improvement projects, include examples like updating preventive routes for packaging stations, refining changeover checks, or creating spares kits for high-failure components. Finally, show how you collaborate: attending shift coordination meetings, working with production to plan downtime windows, and ensuring spares and documentation are ready before work starts.

Make your compliance section specific and credible, because maintenance roles are safety-critical. Mention your competence with safe isolation and LOTO, and how you confirm de-energised status before touching control panels or motor circuits. If you are qualified, state 18th Edition wiring competence (or relevant equivalent) and how it applies to installing, terminating, and checking industrial wiring and enclosures. Add recognised maintenance qualifications such as City & Guilds or NVQ in Engineering Maintenance, and include any higher education like HNC/HND Engineering if you hold it. Where relevant, include ATEX/COMPEX awareness for hazardous locations and the practical behaviours you follow when working in designated zones.

Include training that demonstrates modern industrial practice. For example, reference first aid/working at height awareness if held, and outline any periodic assessments or internal safety renewals. If you’ve worked with electrical safety procedures, reference inspection regimes such as visual inspections and testing before re-energisation, aligned with site standards. Add that you follow risk assessments and method statements (RAMS), and that you support audits by keeping evidence in the CMMS and maintenance documentation. Close this section by showing how compliance directly improves performance, e.g., fewer unsafe interventions, more reliable returns to service, and better audit outcomes through disciplined paperwork.

Quantify your contribution to reliability with examples that recruiters recognise from industrial maintenance metrics. Mention how you support equipment availability and reduce unplanned downtime through effective diagnosis and correct repairs the first time. Include KPIs like MTBF improvements, reduced repeat breakdowns, increased planned maintenance compliance, and contributions to OEE stability (availability component). Tie each metric to what you did: performing root cause analysis, updating preventive plans, and improving parts selection to avoid recurring component failures. Where you can, reference specific line types such as bottling/packaging, conveying systems, or utility plant, and show the scope of your responsibility across multiple assets.

If you’ve contributed to improvement initiatives, describe the method and the outcome. For example, you may have streamlined changeover checks on packaging machinery, introduced a standard spares list, or collaborated with engineering to modify preventive routes. Mention how you used data from CMMS history to identify failure trends and then changed maintenance intervals or task steps accordingly. You can also reference reliability tools such as FMEA concepts or 5 Whys workshops, provided you keep the description grounded in what you actually performed. Finish with an honest statement of ownership: you don’t just fix faults, you prevent them, and you leave clear records for the next shift to maintain consistent performance.