Mechanical Engineering Manager

DAVRON CV: Candidate 1882387

MECHANICAL ENGINEER — DATA CENTER MEP, LIQUID COOLING & COMMISSIONING

Core Expertise

• Mechanical systems design and optimization for hyperscale data centers and mission-critical facilities.
• Liquid cooling architecture including direct-to-chip, CDU and rack-level heat-exchange solutions.
• Commissioning leader for L4/L5 scopes, functional and integration testing, and reliability verification.
• Thermal modeling, CFD analysis, heat transfer and transient load calculations to validate designs.
• Root cause analysis, corrective actions, and sequence optimization to improve uptime and efficiency.

Project Background

• Supported hyperscale data center construction, retrofit and commissioning delivering optimized mechanical performance.
• Integrated liquid hydrogen fueling and storage demonstrations into energy infrastructure for mission-critical sites.
• Engineered cooling loops and utility networks for large industrial casting operations and water treatment plants.
• Designed MEP systems for high-rise and large commercial developments with code-compliant HVAC solutions.
• Led field assessments and temporary cooling implementations to prevent commissioning delays and manage early access.

Key Skills

• AutoCAD | PDMS | CAESAR-II
• Thermal modeling & CFD | Heat transfer analysis
• Liquid cooling systems | Chilled water & TES design | Hydraulic balancing
• Commissioning & Verification | L4/L5 testing | SOO development
• BMS/EPMS integration | Controls optimization | PID tuning
• Codes & standards: ASHRAE | NFPA | ASME | local mechanical codes

Education

• B.Sc., Mechanical Engineering — University of Kashan

Awards & Recognition

• Professional Engineer (PE) license — in progress
• Water Scarcity Committee member — led RO water treatment design and assessment

Why Interview this Candidate?

Seasoned mechanical engineer with deep experience in hyperscale data center MEP, liquid cooling for high-density compute, and L4/L5 commissioning. Proven record of improving reliability and efficiency—delivering measurable energy savings and eliminating single points of failure. Strong at cross-functional execution, RCA, and scaling engineered solutions from pilot sites to multiple facilities.