You'll own development and enforcement of QA/QC standards, inspection protocols, commissioning scope, and acceptance criteria, working closely with contractors, design teams, and commissioning partners to embed a quality-first culture.

Key Responsibilities

• Develop and maintain the portfolio-level QA/QC program for hyperscale data center construction (standards, checklists, acceptance protocols).
• Review and approve developer QA/QC and commissioning plans for alignment with project specs and industry best practices.
• Oversee site inspections across civil, structural, architectural, mechanical, and electrical scopes.
• Validate installation quality against drawings, specifications, and manufacturer requirements.
• Monitor and track punch list items, NCRs, and corrective actions with the developer and contractors, including critical Method of Procedure (MOP) work.
• Partner with the developer’s commissioning teams to ensure QA/QC documentation supports readiness for both functional and integrated testing.
• Validate functional and integrated systems testing completion in preparation for OAI acceptance.
• Maintain real-time quality tracking and reporting dashboards for program leadership.
• Train and guide site teams on quality expectations, inspections, and documentation standards.
• Drive continuous improvement by capturing lessons learned and updating standards for future sites.

Qualifications

• Have 10+ years managing quality and commissioning for mission-critical, hyperscale, or complex commercial developments.
• Have deep technical knowledge of construction means/methods and quality standards across major trades.
• Can interpret design documents, specs, and submittals to verify field compliance.
• Have experience developing and implementing quality management systems at program or portfolio scale.
• Communicate effectively with executives, contractors, and site teams,translating findings into actionable recommendations.
• Proactively identify quality risks before they impact cost or schedule.
• Thrive in fast-paced, complex environments and can drive accountability across stakeholders.

Preferred Skills

• Experience delivering QA/QC and commissioning programs for hyperscale data centers (e.g., >50MW campuses) across multiple regions.
• Familiarity with industry commissioning standards and frameworks (e.g., ASHRAE, Uptime Institute, CSA, BICSI).
• Deep expertise in mission-critical MEP systems, including power (MV/LV), cooling (chilled water, DX), controls, and redundancy architectures (N, N+1, 2N).
• Experience working with JDM/ODM or developer-led delivery models, including navigating multi-party accountability structures.
• Proven track record managing third-party commissioning agents (CxA) and integrating their work into broader program QA/QC frameworks.
• Strong understanding of digital QA/QC and commissioning tools (e.g., Procore, BIM 360, PlanGrid, CxAlloy, Bluebeam, or similar platforms).
• Experience building and scaling portfolio-level quality dashboards and reporting systems for executive visibility.
• Ability to operate effectively in global environments, including managing cultural, regulatory, and contractor differences across regions.
• Background in failure analysis, root cause investigation, and reliability engineering for mission-critical infrastructure.
• Bachelor’s degree in Engineering, Construction Management, or related field (advanced degree or professional certifications such as PE, PMP, CxA, LEED are a plus)

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Your scope includes power generation, electrical distribution, BESS, UPS, generators, switchgear, and related infrastructure. You will ensure systems are fully operational, reliable, and compliant with design intent, safety standards, and performance requirements before transitioning to operations.

Responsibilities:

• Develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for electrical systems with related control systems
• Lead functional, integrated systems, and performance testing (including factory acceptance testing (FAT), site acceptance testing (SAT), and load bank testing) to verify system readiness and compliance with specifications
• Coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases
• Conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover
• Perform quality assurance reviews of system installations, calibrations, sequences of operations, and safety interlocks
• Support startup and initial operations of power plants, substations, UPS, generators, or other datacenter critical electrical infrastructure
• Identify risks and opportunities for improvement in commissioning processes; recommend enhancements to standards, tools, and workflows
• Collaborate cross-functionally to ensure seamless integration of bespoke AI infrastructure systems (e.g., high-reliability power redundancy, monitoring/EPMS)
• Maintain a strong focus on safety, compliance with industry codes and standards (NEC, NFPA, etc.), and xAI's operational excellence standards in fast-paced, high-stakes environments

Basic Qualifications:

• Bachelor’s degree in Electrical Engineering or a related field (or equivalent practical experience)
• Proficient in commissioning tools and processes (e.g., test plan development, data logging, fault simulation, and integrated systems testing)
• Experienced with power systems (medium/low voltage distribution, generators, UPS, switchgear, BESS)
• Detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines
• Strong communicator capable of working effectively with multidisciplinary teams, contractors, and stakeholders
• Comfortable in a dynamic, fast-moving environment with evolving priorities and ambitious timelines

Preferred Skills and Experience:

• 5+ years of hands-on commissioning experience in mission-critical facilities (data centers, power plants, or similar high-reliability environments), with strong focus on electrical systems
• Experience commissioning natural gas power generation, datacenter infrastructure, or AI/high-performance compute facilities
• Familiarity with tools like SEL relays, BMS/EPMS, Navisworks, or commissioning management software
• Knowledge of redundancy architectures (N+1, 2N), energy efficiency metrics (PUE), and safety protocols in high-voltage environments
• Previous owner-side or client-facing commissioning role

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Your scope includes chiller plants, HVAC, water treatment, liquid cooling, and related infrastructure. You will ensure systems are fully operational, reliable, and compliant with design intent, safety standards, and performance requirements before transitioning to operations.

This hands-on position combines strategic commissioning planning with on-site execution to minimize risks, validate performance, and enable rapid scaling of high-density compute environments.

Responsibilities:

• Develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for mechanical systems with related control systems

• Lead functional, integrated systems, and performance testing (including factory acceptance testing (FAT), site acceptance testing (SAT), and integrated system testing) to verify system readiness and compliance with specifications

• Coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases

• Conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover

• Perform quality assurance reviews of system installations, calibrations, sequences of operations, and safety interlocks

• Support startup and initial operations of chillers, HVAC, liquid cooling, CRAC/CRAH units, or other datacenter critical mechanical infrastructure

• Identify risks and opportunities for improvement in commissioning processes; recommend enhancements to standards, tools, and workflows

• Collaborate cross-functionally to ensure seamless integration of bespoke AI infrastructure systems (e.g., advanced cooling, monitoring/BMS)

• Maintain a strong focus on safety, compliance with industry codes and standards (ASHRAE, NFPA, etc.), and xAI's operational excellence standards in fast-paced, high-stakes environments

Basic Qualifications:

• Bachelor’s degree in Mechanical Engineering or a related field (or equivalent practical experience)

• Proficient in commissioning tools and processes (e.g., test plan development, data logging, fault simulation, and integrated systems testing)

• Experienced with mechanical systems (HVAC, chilled water plants, CRAC/CRAH, liquid cooling, water treatment)

• Detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines

• Strong communicator capable of working effectively with multidisciplinary teams, contractors, and stakeholders

• Comfortable in a dynamic, fast-moving environment with evolving priorities and ambitious timelines

Preferred Skills and Experience:

• 5+ years of hands-on commissioning experience in mission-critical facilities (data centers, industrial plants, or similar high-reliability environments), with strong focus on mechanical systems

• Experience commissioning datacenter infrastructure, liquid cooling systems, or AI/high-performance compute facilities

• Familiarity with tools like BMS/EPMS, Navisworks, or commissioning management software

• Knowledge of redundancy architectures (N+1, 2N), energy efficiency metrics (PUE), and safety protocols in mechanical systems

• Previous owner-side or client-facing commissioning role

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Your primary responsibilities will be to develop, implement, and maintain comprehensive commissioning plans, protocols, test procedures, checklists, and scripts for electrical systems with related control systems. You will also lead functional, integrated systems, and performance testing to verify system readiness and compliance with specifications.

Additionally, you will coordinate with design engineers, construction teams, vendors, and operations to resolve issues, perform troubleshooting, and execute corrective actions during commissioning phases. You will conduct thorough documentation of test results, deficiencies, punch lists, and as-built conditions; prepare commissioning reports and turnover packages for operations handover.

The ideal candidate will have a Bachelor's degree in Electrical Engineering or a related field, proficient in commissioning tools and processes, and experienced with power systems. They will also be detail-oriented with excellent analytical, problem-solving, and troubleshooting skills under tight deadlines.

This is a hands-on position that combines strategic commissioning planning with on-site execution to minimize risks, validate performance, and enable rapid scaling of high-density compute environments.

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This role will focus on the research, evaluation, and development of robust onboard computing architectures, embedded systems, and high-reliability network solutions that power Saronic’s autonomous vessel platforms.

The ideal candidate will have deep experience designing and validating ruggedized electronic systems for mission-critical applications, including embedded computing, network topologies, data management, and environmental hardening for commercial maritime and defense use cases.

Key Responsibilities:

• Lead R&D initiatives in ruggedized computing and networking architectures for autonomous surface vessels.

• Design, evaluate, and integrate embedded computing systems, data acquisition units, and network infrastructures optimized for high performance in harsh marine environments.

• Conduct benchmarking and trade studies on ruggedized COTS and custom computing solutions (edge computers, network switches, routers, storage units, etc.).

• Develop and validate system architectures for high-availability networks supporting autonomy, sensing, and control subsystems.

• Collaborate with software, autonomy, and mechanical engineering teams to ensure reliable data throughput and system resilience across vessel networks.

• Specify and validate environmental and EMC/EMI compliance for computing and networking hardware.

• Prototype and test system configurations in laboratory and field conditions, including shock, vibration, temperature, and humidity testing.

• Author technical documentation, including R&D reports, trade studies, wiring diagrams, and integration standards.

• Mentor junior engineers and contribute to internal design guidelines for next-generation computing and network systems.

• Support system integration and troubleshooting during prototype builds, dockside commissioning, and sea trials.

Required Qualifications:

• B.S. or M.S. in Electrical Engineering, Computer Engineering, or related discipline.

• 7+ years of experience in electrical or systems engineering focused on computing and networking technologies in ruggedized or mission-critical environments.

• Expertise in embedded computing platforms, network design, and hardware integration.

• Experience with Ethernet, CAN, serial, and fiber-optic communication protocols and their implementation in distributed systems.

• Proven track record of benchmarking and trade study development for hardware performance and reliability.

• Familiarity with marine, aerospace, automotive or defense environmental standards (MIL-STD-810, MIL-STD-461, IEC 60945, etc.).

• Strong understanding of power distribution, grounding, and thermal management in dense electronics enclosures.

• Excellent communication skills and experience producing clear technical documentation and reports.

• Hands-on experience with system integration and environmental testing.

Preferred Qualifications:

• Experience developing or integrating ruggedized computing solutions for maritime or defense systems.

• Familiarity with network security, IEEE 1588/PTP Protocol, VLAN management, and deterministic networking for real-time systems.

• Knowledge of data logging, storage, and redundancy architectures in distributed sensor networks.

• Experience with hardware-in-the-loop (HITL) and hardware-software co-simulation environments.

• Background in autonomous or remote vehicle platforms.

• Understanding of cybersecurity standards and secure network design principles.

• Experience using 3D CAD tools to communicate with other engineering groups (e.g. Siemens NX, Creo, SolidWorks)

• Experience utilizing ECAD tools to define/draw single line diagrams and schematics (e.g. Altium, Zuken, AutoCAD, Siemens Capital)

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