Lead Engineer High Voltage (primair) – Zwolle

Hanab ES is the only EPC company in the Netherlands that covers the full chain of high-voltage engineering and construction —from laying underground and overhead high-voltage cables to designing and building substations for a wide variety of clients. We design, engineer, construct, deliver and maintain the high-voltage infrastructure that powers the energy transition. Our systems support hydrogen plants, battery storage facilities, data centers, and TenneT’s national grid expansion. Join a growing international engineering community with a great team atmosphere, strong technical ambition, and excellent employment conditions.

€4,343 – €7,062 (depending on experience) + 18% flexible budget (including holiday allowance) and a year-end bonus. The team in the Zwolle region is growing rapidly to deliver tailored solutions to clients in the North and Central Netherlands. We have a total of 400 colleagues, 50 of whom are based in the Zwolle region. Your Role as Lead Engineer High Voltage (Primary Systems) Your focus lies in the area of high-voltage components (primary systems) and the associated structures required for installing and mounting these components. This includes high-voltage transformers, circuit breakers, disconnectors, current and voltage transformers, cable and/or overhead line connections, and all supporting structures. You will lead both internal and external engineers and take full responsibility from the basic design phase through to execution and project delivery. Pretty exciting, right? Your responsibilities include: Translating functional designs and requirements into concrete designs and project plans. Designing and verifying integrated solutions based on client specifications, technical standards and guidelines, and applicable laws and regulations. Preparing and reviewing technical documentation, drawings, calculations, and execution documents. Supporting the (Lead Engineer and) Technical Manager throughout the project phases — from basic design in the preparation phase to detailed execution design. Identifying and resolving design bottlenecks, reporting findings, and performing quality checks.