Site Manager Electrical Engineering | Bauleiter Elektrotechnik (m/w/d) – Firmenwagen + HO

INTILION AG

Paderborn, Nordrhein-Westfalen, Deutschland
Published Apr 20, 2026
Full-time
No information

Job Summary

As a Site Manager for Electrical Engineering at INTILION AG, you will play a pivotal role in the energy transition by overseeing the installation of large-scale energy storage systems. Your day-to-day responsibilities involve managing the entire installation process from site setup to final commissioning. You will coordinate subcontractors, ensure strict adherence to quality and safety standards, and act as the primary point of contact for project stakeholders. Additionally, you will manage HSE documentation and provide technical support for maintenance operations. The ideal candidate brings a strong background in electrical engineering, specifically in plant construction and medium-voltage systems. You must be comfortable with extensive travel across the DACH region (4-5 days per week). This role is unique because it offers the opportunity to work on sustainable energy infrastructure within a supportive, flexible team environment that includes home office options, professional development, and a company car for both professional and private use.

Required Skills

Education

Completed vocational training as an Electrician, Electronics Technician, or Mechatronics Technician; ideally supplemented by further qualification as a Master Craftsman (Meister), Technician, or a degree in Electrical Engineering.

Experience

  • Professional experience in site management with a focus on plant construction
  • Several years of professional experience in electrical trades (Electrician/Electronics Technician/Mechatronics)
  • Practical experience with medium-voltage systems, ideally as an authorized person for switching operations

Languages

German (Fluent)English (Intermediate)

Additional

  • Valid driver's license required for company car; high willingness to travel (4-5 days per week) within the DACH region; authorization for medium-voltage switching is highly desirable.