Career guide

Industrial electromechanic: career guide and training

As an industrial electromechanic you maintain the mechanical, pneumatic, hydraulic, electrical and electronic parts of industrial machines and installations.

What will you do?

You define which interventions a machine needs, check that installations and equipment work as they should and carry out first line maintenance. When something goes wrong you diagnose the fault, solve the problem and repair the defect, then test the installation before it goes back into service. The role is also known as maintenance electromechanic or industrial maintenance mechanic.

  • Define the interventions an installation needs
  • Check that installations and equipment work correctly
  • Carry out first line maintenance on machines and installations
  • Diagnose faults and solve breakdowns
  • Repair defects and test installations before start-up
  • Keep your work records up to date
  • Work safely and with respect for the environment

Skills to develop

  • Technical insight into mechanical, hydraulic, pneumatic and electrical systems
  • Ability to read technical schematics and machine documentation
  • Structured and safety-minded way of working

Your foundation for this occupation

Build knowledge of motors, sensors, bearings and pneumatics. Electrical schematics and mechanical drawings help investigate faults across the whole machine. For work involving electrical risks, the employer determines BA4 or BA5 authorisation for the tasks and installations concerned, considering knowledge, experience and instructions. Completing a course does not automatically grant that authorisation. Ask which site and safety training applies to your assignment.

From preparation to your first day

  1. Develop the practical skills

    Practise systematic diagnosis: confirm the symptom, collect observations and narrow down causes. Learn replacement and alignment within the maintenance procedure.

  2. Check your work

    Check operation after repair and record cause, intervention and parts. Recurring faults need further investigation of load, adjustment or wear.

How can you grow?

Drives, automation and condition monitoring offer specialisation. Maintenance planning adds scheduling and analysis of downtime.

Frequently asked questions

Must an electromechanic also program controls?

Not in every role. Understanding a fault through sensors and PLC signals differs from changing a program. Ask how the job divides mechanical, electrical and control work.

Sources and training

Could this be your match?

A vacancy only tells part of the story. Discover how your skills, work style and commute fit a job in the Werkvolk app.

Free for candidates

STAGING