Maintenance Technician LinkedIn Profile Optimisation (FMCG & Manufacturing)

In manufacturing environments, “planned” must be measurable. I plan work through SAP PM CMMS by raising accurate work orders, linking tasks to assets, and ensuring the correct spares and inspection steps are ready before production needs dictate downtime windows. I aim for a consistent planned-to-reactive split (often targeting around 70% planned work) by reviewing backlog, checking condition-monitoring inputs where available, and validating job scopes with operational leads. This approach reduces repeat faults because observations from past failures are captured in job history and translated into better task frequencies and checklists.

When a breakdown does happen, I treat it as a reliability learning opportunity rather than a restart. I use structured fault finding to isolate the failure to component, circuit, or control logic, then record findings in the CMMS so the next similar fault is faster to resolve. For example, PLC alarms are translated into likely equipment faults (sensors, actuator wiring, interlocks), and the evidence is documented so engineering and maintenance teams can confirm the root cause. I also apply 5S and TPM routines—clear access, labelled lock points, and standard inspection routes—to keep maintenance efficient and safe under shift pressure.

My electrical maintenance approach combines safe isolation, test-before-touch discipline, and practical diagnostics. With 18th Edition knowledge, I’m confident maintaining control panels, verifying protective devices, and checking continuity, insulation resistance and functional interlocks before restoration. When faults present intermittently, I narrow down likely causes by checking wiring routes, panel terminations, and power quality symptoms that affect relays, drives and input modules.

For PLC-led issues, I work from symptoms to code and I/O reality. In both Siemens S7 and Allen-Bradley platforms, I follow fault states through tags and alarm logic, verify inputs/outputs, and confirm actuator behaviour against ladder logic expectations. I use HMI or SCADA screens to capture the exact alarm sequence, then correlate it with mechanical evidence such as actuator travel, pressure readings and sensor alignment. After repairs, I validate operation through controlled test cycles and update SAP PM job notes so future troubleshooting is quicker for the whole team.

In FMCG plants, many downtime events originate in motion and control components, so I keep mechanical, pneumatic and hydraulic troubleshooting tightly integrated. I routinely inspect pneumatic valves, regulators and cylinders for seal wear, air leaks and incorrect pressure behaviour, using basic measurement techniques and clear functional tests. For hydraulics, I look at flow issues, contamination indicators, and seal integrity, then confirm stability after restoring correct pressures. Mechanical repairs may include alignment checks, bearing replacement, gearbox service, and conveyor component refurbishment depending on the production line.

I also support improvements and line modifications, including welding and fitting where required. By combining accurate maintenance documentation with a clear change-control mindset, I help prevent “one-off fixes” that create future failures. When implementing TPM routines, I ensure critical access points remain reachable and that recurring inspections are scheduled through the CMMS with consistent acceptance criteria. This ensures maintenance work transitions from reactive firefighting into systematic reliability improvement that production can trust.