Company Description Welcome to Hitachi Zosen Inova (HZI), a global innovation leader in the waste infrastructure space, where we believe in creating a sustainable future through technology and innovation.
Transforming Waste into Value At HZI, we pride ourselves on being at the forefront of waste-to-X technology.
We are not just waste managers; we are creators of value from what communities discard.
Your role at HZI directly contributes to turning something once considered useless - waste - into something invaluable: energy, heat, hydrogen, fertilizer, and beyond.
Job Description You manage the electrical equipment for Waste-to-X plants, including HV, MV, and LV systems You size all main equipment according to client requirements, including Single-Line Diagrams and basic concepts You conduct power studies for the plant to ensure optimal performance You collaborate with colleagues responsible for detailed engineering to align work efforts You execute assigned work package for the project effectively and efficiently You review technical specifications, calculations, and RfQ documentation to ensure accuracy, conformance with codes and client specifications Qualifications Minimum of 10 years' experience as an Electrical Engineer, preferably with a background in power plants.
Commissioning experience is a plus.
Strong understanding of power plants at conceptual and basic levels Demonstrated experience in Basic Engineering and equipment sizing, as well as conducting power studies Proficient in high, low, and medium voltage systems Autonomous and proactive work style, able to work effectively with minimal supervision Fluent in English Additional Information Employee perks, benefits Responsible challenge with diversified field of activity Team-oriented working atmosphere in an international Company Personal development opportunities through own Inova Academy Opportunity to gain an insight into various technical disciplines Excellent employment conditions Attractive working place (central, good transport links) #J-18808-Ljbffr