MEP Design Engineer

Accountabilities

• • Develop and review electrical distribution systems, including medium- and low-voltage distribution, UPS systems, diesel generators, and battery energy storage systems (BESS).
  • Design and review cooling and ventilation systems, including chillers, dry coolers, water towers, and liquid cooling solutions where applicable.
  • Coordinate modular facility architecture and ensure effective integration with mechanical, electrical, and plumbing infrastructure.
  • Develop gas fire suppression, ventilation, and OT/IT integration systems, including BMS and DCIM solutions.
  • Review technical and design documentation provided by suppliers, contractors, and engineering partners, identifying risks, inconsistencies, and potential design gaps.
  • Ensure MEP solutions comply with applicable regulatory, safety, reliability, and energy-efficiency requirements.
  • Prepare, maintain, and update the Basis of Design and associated technical specifications.
  • Participate in tender processes and evaluate technical proposals from vendors supplying generators, UPS systems, chillers, switchgear, and other critical equipment.
  • Coordinate closely with IT Infrastructure teams to align power and cooling requirements with IT deployment needs.
  • Support technical coordination throughout the project lifecycle and contribute to resolving design and integration challenges.

  Requirements

  • 5+ years of professional experience in MEP design for critical infrastructure or heavy-industry facilities, such as data centers, industrial plants, energy facilities, telecommunications infrastructure, or comparable environments.
  • Demonstrated experience designing cooling and ventilation systems; strong conventional HVAC experience is sufficient.
  • Solid understanding of mechanical and electrical systems used in critical infrastructure environments.
  • Proficiency with AutoCAD, Revit, and relevant engineering calculation or design software.
  • Ability to review multidisciplinary technical documentation and identify engineering risks, discrepancies, and integration issues.
  • Strong analytical and problem-solving skills, with the ability to translate technical requirements into practical design solutions.
  • Effective communication and collaboration skills for working with suppliers, engineering partners, IT teams, and other stakeholders.
  • English proficiency sufficient to work effectively with international teams and prepare or review technical project documentation.
  • Experience with Tier III/IV facilities is an advantage.
  • Knowledge of direct liquid cooling (DLC) systems or high-density computing environments is a plus.
  • Familiarity with EU or Polish electrical, building, and fire safety regulations is desirable.
  • Experience working with high-density GPU infrastructure such as NVIDIA GB200/GB300 is beneficial.
  • Polish language skills are an advantage.
  • Experience working on greenfield or brownfield projects through construction and implementation phases is highly valued.

  Benefits

  • Full-time position with a fully remote working arrangement.
  • Opportunity to contribute to the development of large-scale AI data center infrastructure.
  • Exposure to advanced power, cooling, fire protection, and high-density computing technologies.
  • Broad technical scope spanning electrical, mechanical, ventilation, cooling, fire suppression, and OT/IT integration.
  • Opportunity to collaborate with international engineering teams, technology providers, vendors, and infrastructure specialists.
  • Significant involvement in technical specifications, equipment selection, tender processes, and design development.
  • Experience working on a major critical-infrastructure project with substantial capacity and long-term growth potential.
  • International and technically challenging working environment with opportunities to deepen expertise in next-generation data center design.