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Royal IHC in Kinderdijk is seeking a Senior Electrical Engineer Mining to define the electrical architecture behind our advanced mining equipment and subsea vehicles. You will work on high-level system integration, load analyses, and power distribution concepts across global teams, contributing to safe, sustainable mining solutions.
You will collaborate with colleagues worldwide to shape innovative electrical and automation solutions, ensuring robust performance and successful project delivery.
We are looking for a Senior Electrical Engineer Mining who can define the electrical architecture behind our advanced mining equipment and subsea vehicles. If you thrive on conceptual thinking, system integration, and multidisciplinary design, rather than cable routing or detailed schematics, this is the role where your expertise truly matters.
What you'll do:
Contribute to the conceptual and basic electrical design by supporting the development of power and control philosophies, high‑level system architectures, and the integration of electrical, electronic, and automation systems into a reliable and efficient whole. You will perform and support load analyses, system behavior assessments, power system studies, and functional architectures that provide input for the detailed engineering phase. Working with sensor networks and integrated monitoring and automation systems, you help shape electrical solutions that enable safe, efficient, and sustainable mining operations worldwide.
Requirements:
What we’re looking for:
Why join us?
What we offer:
At IHC Mining, we develop innovative solutions and equipment across dry‑to‑wet mining, underwater remote mining, deep‑sea mining, and urban mining. Supporting customers throughout the entire mining cycle is a core part of our work — from early‑phase project evaluation studies, through engineering, delivery, and after‑sales support, all the way to mine closure. Within this global playing field, the needs of mining customers are translated into fully integrated solutions, achieved through close collaboration with colleagues in Brazil, South Africa, and Australia. We ensure that valuable minerals are recovered in a manner that aligns seamlessly with the environmental, operational, and economic requirements of each client. This includes minerals such as, but not limited to, mineral sands, silica sands, and alluvial and sedimentary deposits (gold, tin, diamond, potash, lithium) — including those that serve as key inputs for high‑value battery materials. In addition, we support tailings removal and re‑handling where secondary mineral recovery is required.