FAQs
What is the main focus of the Power System Expert role at Elia Grid International?
The main focus of the role is to work on Power System Operations and Security, particularly in the context of integrating renewable energy sources and ensuring sustainability and economic efficiency of power systems.
What qualifications are required for the Power System Expert position?
Candidates must have a Master's degree in Engineering or Applied Mathematics/Physics, along with 2-10 years of experience in Power System Operations and Security.
Are there specific tools that the Power System Expert should be familiar with?
Yes, candidates should have knowledge of power system simulation tools such as PowerFactory and PSSE.
Is fluency in English required for the position?
Yes, fluency in English is required. Knowledge of German, Dutch, and/or French is considered a strong asset.
What type of employment contract is offered for this position?
Elia Grid International offers permanent contracts or freelance positions.
Is there a requirement to travel for this position?
Yes, there is a mobility requirement of 30% worldwide, with willingness to travel abroad for international assignments based on business development or project needs.
What benefits does Elia Grid International provide to employees?
The company offers an attractive salary package, an extensive array of fringe benefits, and unique training, personal development, and growth opportunities.
What is Elia Grid International's stance on diversity and inclusion?
Elia Grid International values diversity and inclusion, committing to promoting gender equality and ensuring equal opportunities for growth and fulfillment within the organization.
In which locations does Elia Grid International have offices?
Elia Grid International has offices in Belgium, Germany, the United Arab Emirates, the Kingdom of Saudi Arabia, and Malaysia.
What kind of projects will the Power System Expert work on?
The expert will participate in local and international projects focusing on renewable energy source integration, security of supply, sustainability, and economic efficiency in power systems.