Lead Mechanical Engineer, Technical Ops – EMEA

STACK Infrastructure; Milano; On-site; EUR 56,000 - 71,000; Full time

Benefits offered by this job

RAL: €56,000–€71,000 + bonus

CCNL Commercio contratto

Meal vouchers & welfare program

Healthcare and pension scheme

Professional growth in European data‑c

Job summary

STACK Infrastructure seeks a Senior Mechanical Engineer (AE) to lead mechanical and cooling infrastructure across its EMEA portfolio. You will act as Authorising Engineer for Mechanical Safety Rules, shaping design, commissioning, operation and maintenance of critical cooling systems.

You will collaborate with Operations, Engineering, Delivery and vendors to improve resilience, efficiency and performance of hyperscale facilities.

Qualifications

• Experience with mission-critical mechanical and cooling systems in data centres.
• Ability to develop engineering standards and governance frameworks.
• Strong written and verbal English communication.

Responsibilities

• Provide technical leadership on mechanical and cooling systems for the EMEA portfolio.
• Develop and maintain mechanical engineering standards and resilience strategies.
• Support modelling, performance analysis and validation of systems.
• Review design and commissioning documentation for compliance.
• Support commissioning, acceptance and handover activities for new facilities and upgrades.
• Act as Authorising Engineer for Mechanical Safety Rules.

Skills

Mission-critical systems

Cooling infrastructure

Data centre environments

Engineering standards

English communication

Professional accreditation

Education

Mechanical Engineering degree or equivalent

Job description

STACK Infrastructure seeks a Senior Mechanical Engineer (AE) to lead mechanical and cooling infrastructure across its EMEA portfolio. You will act as Authorising Engineer for Mechanical Safety Rules, shaping design, commissioning, operation and maintenance of critical cooling systems.

You will collaborate with Operations, Engineering, Delivery and vendors to improve resilience, efficiency and performance of hyperscale facilities.