Company Overview
ZutaCore® is a global organization revolutionizing cooling solutions data centers. We
are a dynamic and rapidly expanding company that specializes in developing innovative
direct-on-chip waterless liquid cooling solutions for AI workloads. Our cutting-edge
technologies address critical needs in the thriving data center market. We foster a purpose-
driven culture built on passion, optimism, and a genuine commitment to our customers, each
other, and our planet.
Responsibilities
- System engineering and architecture for customized deals
- Work with the Sales group and partners to ensure deal success
- Identify, investigate and solve critical design points in the product/customer
requirements - Collaborate cross-functionally to refine and optimize product designs
- Collaborate effectively as a member of the R&D team
Qualifications - B.Sc. in Mechanical Engineering
- 3+ years of experience in system engineering
- Strong foundation in heat transfer, thermodynamics and fluid mechanics
- Strong communication and interpersonal skills
- Proficiency in professional English, both verbal and written
- Ability to analyze and solve problems effectively
Join ZutaCore:
At ZutaCore, we offer a stimulating work environment where talented professionals can
thrive. If you are passionate about cutting-edge technologies, eager to contribute to a
dynamic team, and dedicated to delivering excellence, we invite you to apply today. Join our
purpose-driven culture and help shape the future of data center cooling solutions.
Skills Required
- B.Sc. in Mechanical Engineering
- 3+ years of experience in system engineering
- Strong foundation in heat transfer, thermodynamics and fluid mechanics
- Strong communication and interpersonal skills
- Proficiency in professional English, both verbal and written
- Ability to analyze and solve problems effectively
What We Do
ZutaCore’s waterless, direct-to-chip liquid cooling, with its exclusive pool boiling technology, represents a fundamental shift from traditional air or single-phase liquid cooling. Instead of moving heat away gradually, it removes it instantly at the source by turning liquid into vapor, keeping processors consistently cool even under the most extreme workloads. For operators, the impact is immediate: Higher performance per rack — Run more AI and HPC workloads in the same footprint. Lower energy costs — Drive PUE and pPUE closer to the ideal of 1.0, cutting power bills dramatically. Greater reliability — Eliminate risks of condensation, corrosion, or hardware damage. Sustainability gains — Reduce both water and electricity use, accelerating ESG progress.
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