Match based on: energy transition, Hydrogen company
Engineer responsible for engineering expansions and replacements in the electricity grid. Attends an intensive three-month academy program with practical guidance and training. Requirements: HBO work and thinking level and at least MBO-4 level in a technical field with relevant experience.
Enexis
Hoogeveen
Fulltime
39.969 to 57.102
Hydrogen

Description

This position is part of the Engineering Academy and focuses on developing engineers for the electricity grid. As an engineer, you will be responsible for engineering expansions and replacements within the grid, and you will collaborate with the academy and colleagues on your professional development.

Job requirements

  • Demonstrable higher professional education (HBO) work and thinking level and at least a level 4 MBO diploma in a technical field (e.g. electrical engineering, energy technology or mechatronics), supplemented with several years of relevant practical experience.
  • Attention to detail and a safe working method.
  • A real team player who is in control and keeps stakeholders informed.

Tasks

  • Responsible for the engineering of extensions and replacements in the electricity grid.
  • Drawing up uniform working drawings and applying design frameworks for low and medium voltage and public lighting.
  • Work with a senior engineer and, under supervision, take on and implement small projects.
  • Discuss and evaluate project progress and results with the supervisor on a daily or weekly basis, with the aim of delivering increasingly independent and high-quality work.

Working conditions

  • Intensive training program within the Engineering Academy: an average of two days a week for three months at the training center in Hoogeveen.
  • Training topics include grid fundamentals, material usage, design frameworks for low and medium voltage and public lighting, system training, and the Flux process, which describes engineering, preparation, execution, and completion.
  • In addition to physical training, there are safety-related e-learning and additional training courses relevant for engineers.
  • After the training period, you'll be given a lot of responsibility and opportunities to practice; the program is a work-study program that prepares you to work independently as an engineer.
  • Employment conditions include a personal budget of 10%, a 13th month of 10,7% of the gross annual salary, 24,5 vacation days for full-time employment, and the option to purchase additional vacation days with the personal budget and the 13th month.
  • Contribution to the ABP Choice Pension; Enexis contributes 70%.
  • Opportunities to work from home with a home workstation provided by the organization, compensation per day of working from home, and an employer-provided laptop/tablet and phone for private use.
  • Travel allowance, a first-class public transport pass for business use and a bicycle plan.
  • Vitality budget to support, for example, a sports subscription.
  • A comprehensive welcome package and program to get to know colleagues and opportunities to grow through internal development platforms or external training and courses.
  • After the training period, a one-year contract will be offered that can be converted into a permanent contract if performance is satisfactory.

Description of the organization

You'll work within the Engineering and Construction department in a team with (senior) engineers, engineering staff, draftspeople, and project managers. There's a pleasant atmosphere where colleagues are willing to help.

The organization is committed to the energy transition and values ​​diversity and inclusion; different perspectives and opinions are seen as essential for success.

At the Enexis Engineering Academy, you'll follow a work-study program with plenty of responsibility and practice opportunities, aimed at preparing employees for independent work in practice.

Skills suitable for this job type

development and analysis of software and applications
electricity and energy
electronics and automation
motor vehicles, ships and aircraft
construction and road and hydraulic engineering
maintaining operational data
monitor the quality of goods
monitoring operational activities
assisting and supporting colleagues
measuring dimensions and associated properties
connecting parts using welding and soldering techniques
set up materials, instruments or equipment
interpreting technical documentation and diagrams
ensuring compliance with legislation
operating equipment for forming metal, plastic and rubber
design of electrical or electronic systems and equipment
creating materials to make products
using digital tools for machine control
installation of electrical and electronic products
compliance with health and safety procedures
applying protective and decorative solutions or coatings
installing wooden and metal parts
technical or academic writing
using hand tools
assembling and manufacturing products
processing and disposal of hazardous substances
presenting research and technical information
creating visual displays and decorations
implementing new procedures and processes
installing and repairing electrical, electronic and precision equipment
developing solutions
collaborate and maintain contacts
design of industrial materials, systems and products
manage transport and logistics activities
maintaining electrical, electronic and precision equipment
Electrical engineering/control engineering
Design
Wind farms
FluX
Reading drawings
Development
Medium voltage
Modifications
Replacement Cover
Responsibility
Energy technology
E-Learning
Guidance activities
Implementation phases
Switch quickly
Stakeholders
To evaluate
Mechanism
Mechatronics
(Working) drawings
Electronics

Disclaimer

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