Lead / Senior Cooling Systems Design Engineer
Runware · Bucharest, Romania
Infrastructureonsitelead
At a glance
Highlights
- Own cooling equipment from requirements through fabrication, testing and production.
- Design dry cooling and vapour-compression systems for high-density computing.
- Prove performance with prototype testing and refine designs from measured data.
What they offer
- Generous paid time off including vacation, sick days and public holidays
- Meaningful stock options
- Remote-first setup with flexible hours outside core collaboration blocks
- Paid family leave including maternity, paternity and caregiver time
- Twice-yearly in-person meetups with real downtime after big pushes
Ideal candidate
A hands-on thermal engineer who loves owning complex hardware end-to-end, turning calculations into buildable equipment and proving it through testing.
Requirements
- Engineering degree in mechanical, thermal, refrigeration or related discipline or equivalent experience
- Strong fundamentals in thermodynamics, heat transfer and fluid mechanics with equipment design expertise in dry cooling or refrigeration
- Track record of personally designed cooling systems taken through fabrication and successful testing
- Ability to turn calculations into manufacturable designs and complete engineering documentation
- Experience designing for European and US requirements and collaborating across mechanical, electrical, controls and manufacturing
- Proficiency with engineering calculation, selection, simulation and mechanical CAD tools
- Deep understanding of physics, assumptions and limitations behind calculations with judgment on validation needs
- remote policy
- remote-first
Lab profile
About Runware
High-performance GPU infrastructure and API for fast, scalable AI inference across models.
What they build
- Model API for image, video and LLM inference
- Serverless GPU platform for deploying AI models
- Dedicated inference capacity
Known for
- Fast real-time inference at scale
- Single flexible API across thousands of models
- Production-grade reliability and performance
- Lower cost and operational simplicity
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