The Mid-Level Vibration Monitoring Technician is responsible for independently collecting, interpreting, and reporting vibration data on critical and auxiliary rotating equipment. The role supports preventive and predictive maintenance programs by identifying early warning signs of mechanical issues and recommending further inspection or repair activities.
Collect vibration and dynamic data using handheld or wireless systems from equipment like turbines, compressors, pumps, fans, and motors.
Perform basic vibration signal interpretation to detect imbalance, misalignment, bearing wear, looseness, or resonance issues.
Support root cause analysis and reporting of mechanical faults.
Create and manage data collection routes and schedules in the monitoring system (e.g., CSI, SKF, Bently Nevada, etc.).
Upload and manage data in condition monitoring software and assist in generating equipment health reports.
Work with maintenance and reliability teams to plan corrective actions and shutdown inspections.
Conduct routine checks on critical machines and escalate any abnormal findings to the reliability or engineering team.
Assist in training and mentoring junior technicians.
Maintain and calibrate vibration monitoring tools and devices.
Ensure full compliance with plant safety protocols including LOTO, confined space, and permit-to-work systems.
Independently execute data collection and conduct first-level interpretation of time waveform, FFT, and spectrum data.
Monitor machine conditions and assist in early detection of mechanical failures to prevent unplanned outages.
Apply understanding of equipment types, critical components, and known failure modes in vibration diagnostics.
Operate and troubleshoot data collectors, sensors, and monitoring software used in vibration analysis.
Ensure all monitoring activities are conducted safely and support coordination with other departments during investigations or shutdowns.
Education: Diploma / ITI in Mechanical, Instrumentation, or Electrical Engineering
Experience: 3–6 years in condition monitoring and vibration analysis
Preferred Industry: Power Generation, Oil & Gas, Refinery, Petrochemical, Heavy Industrial Facilities
Working knowledge of vibration analysis fundamentals (amplitude, frequency, phase)
Familiarity with common fault types: imbalance, misalignment, bearing defects, looseness, etc.
Hands-on experience with data collectors and CM software (e.g., Emerson CSI, SKF, Bently Nevada, etc.)
Ability to create and follow data collection routes and schedules
Clear written and verbal communication for reporting and cross-functional collaboration
Strong safety awareness and discipline
Industrial environment with exposure to noise, rotating machinery, and confined spaces
May involve walking long distances, climbing ladders, and carrying monitoring equipment
On-call or extended shifts may be required during outages or breakdowns
PPE and strict safety compliance are mandatory