- Experience 35+ Years
- Focus Engineering & Commissioning
- Education B.S. Electrical Engineering
- Credential Professional Engineer
DAVID DIQUINZIO
MANAGING DIRECTOR
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Thirty-five years in mission-critical facilities taught me one thing above all: standards don't write themselves, someone has to be willing to step into the gap and build what doesn't exist yet.
LEADERSHIP APPROACH
HOW DAVID LEADS
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Engineering Rigor
Leads through deep technical fluency in mission-critical engineering, commissioning, and operational reliability
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Quantified Reliability
Brings formal probabilistic risk assessment and quantitative reliability thinking into environments where intuition alone is not enough
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Standards Creation
Helped pioneer commissioning and maintenance frameworks that influenced broader industry practice
EXECUTIVE POSITIONING
A CAREER BUILT ON ENGINEERING AUTHORITY, RELIABILITY, AND COMMISSIONING LEADERSHIP
David DiQuinzio is one of the founding architects of the modern data center commissioning discipline — a practitioner who did not merely follow industry best practices but helped create them. With over 35 years spanning mission-critical facility engineering, formal Probabilistic Risk Assessment, design, operations, and commissioning, David brings a caliber of technical authority that is extraordinarily rare.
EXECUTIVE IMPACT
PERFORMANCE BY THE NUMBERS
CAREER MILESTONES
A PATTERN OF ENTERING COMPLEXITY AND BUILDING GROWTH
He was a pioneer in quantitative reliability engagements for prominent companies like Goldman Sachs, Hughes Network Systems, Salt River Project, TD Bank, and Adobe. At a time when most of the industry relied heavily on intuition, he brought a data-driven approach to the field. He served as a MEP specialist on the owner’s project team for the construction of the 3 & 4 Chase MetroTech Center from 1989 to 1994.
Additionally, he led the commissioning and operations procedure development for various organizations, including Citadel Investment Group, First National Bank of Omaha, Equinix, SAFECO Insurance, Time Warner Cable, Lexis-Nexis, CBS 2TV WBBM Chicago, Mississippi Blue Cross/Blue Shield, and Cingular Wireless.
In 1997, David co-founded Strategic Facilities Inc. (SFI), which pioneered reliability-centered maintenance frameworks and commissioning standards that have since become industry-wide best practices. From 2014 to 2024, he served as a commissioning specialist on Digital Realty’s Operations Technical Services group, where he directly contributed to elevating commissioning standards across one of the world’s largest data center portfolios.
CREDENTIALS & EXPERTISE
EDUCATION, CERTIFICATIONS, AND STRATEGIC FOCUS
David holds a B.S. in Electrical Engineering from Drexel University (1985) and is a licensed Professional Engineer. His role at PMC bridges field-validated domain authority with SmartSOLUTIONS™ Agentic AI platform development — ensuring that the autonomous AI agents, workflows, and operational intelligence powering the platform are grounded in the same commissioning rigor, reliability discipline, and engineering credibility that the most demanding operators in the world require before trusting any system with mission-critical decisions.
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This industry gave me my career, my purpose, and my professional identity. Helping build SmartSOLUTIONS™ is my way of ensuring that the next generation of operators inherits standards that are better than the ones I started with.
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EDUCATION
BBA in Finance
The University of Texas at Austin
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PROFESSIONAL CREDENTIAL
Certified Treasury Professional
Rice University
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CERTIFICATION
Project Management Professional
Project management certification aligned with enterprise execution discipline.
PUBLICATIONS & THOUGHT LEADERSHIP
David’s written work reflects the same discipline that defines his engineering career: technical rigor, reliability thinking, and operational clarity in mission-critical environments. His publications focus on the often-overlooked factors that influence uptime — particularly the intersection of engineering precision, commissioning discipline, and communication across complex teams.
COMMUNICATION KEY TO ENSURE UPTIME IN MISSION-CRITICAL DATA CENTERS
David's article examines one of the most overlooked variables in mission-critical performance: the operational consequences of unclear communication. Through real commissioning examples, he demonstrates how misaligned interpretations of technical concepts such as redundancy and factory testing can introduce avoidable risk into complex facility environments. The article reinforces a core principle of high-reliability operations: shared language is part of system resilience.
FACILITY MANAGERS MAY WANT TO REVISIT CONCEPT OF FACTORY TESTING
David explores how one of the most trusted phrases in mission-critical project delivery — “factory tested” — can create false confidence when its meaning is assumed rather than verified. Through a real commissioning failure involving a hospital generator system, the article demonstrates how post-test modifications, unvalidated configuration changes, and incomplete handoffs can undermine reliability before a facility even goes live. The piece reinforces a key principle of resilient operations: validation is only meaningful when the tested condition and the installed condition are truly the same.
FASTER PROBLEM SOLVING, BETTER COORDINATION BENEFITS OF COMMUNICATION
David DiQuinzio explores how one of the most technically subtle forms of operational risk in mission-critical environments is not always rooted in equipment failure, but in how teams define and interpret system behavior. Through a real commissioning case involving rotary UPS systems and static transfer switches, the article demonstrates how a vague or incomplete understanding of concepts such as source acceptance can lead to avoidable instability, prolonged investigation, and unnecessary operational concern. The piece reinforces a core principle of resilient infrastructure: clarity is a reliability discipline.
