This role will play a key part in designing and delivering resilient, high-performance structural systems for hyperscale AI training facilities.

You'll collaborate closely with cross-functional teams,including mechanical, electrical, civil, and construction partners,to ensure structural designs support extreme compute densities, seismic resilience, vibration control, rapid deployment timelines, and operational uptime requirements.

Responsibilities:

• Lead structural design and analysis for large-scale data center and compute facilities, from conceptual design through construction administration
• Develop and review structural models, calculations, drawings, and specifications using tools like Tekla Structures, ETABS, RISA, STAAD, or equivalent
• Oversee multidisciplinary coordination, ensuring seamless integration of structural systems with MEP, cooling infrastructure, raised floors, rooftop equipment, and modular/precast components
• Perform seismic analysis, vibration isolation design, load path evaluations, and assessments for high-density equipment loads and redundant systems
• Manage project schedules, budgets, and deliverables; review shop drawings, submittals, and RFIs; conduct site visits and inspections
• Mentor junior engineers and designers; assign tasks and ensure high-quality, on-time delivery
• Identify risks, propose innovative solutions, and drive cost optimization while maintaining safety and compliance with relevant codes (ASCE 7, ACI, AISC, IBC, local seismic requirements)
• Stay current on data center innovations, including modular construction, steel/precast framing, and scalable design approaches
• Provide regular updates to leadership via KPIs, reports, and presentations
• Contribute to process improvements and shared leadership across the team
• Perform and/or review drawings, calculations and analyses to ensure structural integrity and compliance with building codes and regulations

Basic Qualifications:

• Bachelor of Science in Civil or Structural Engineering from an accredited university
• Professional Engineer (PE) license required; Structural Engineer (SE) preferred
• 10+ years of professional experience in structural engineering for building projects
• Demonstrated expertise in structural design and analysis for mission-critical or hyperscale data center facilities
• Proficiency with structural analysis software (e.g., ETABS, RISA, STAAD) and CAD/BIM tools (e.g., Revit, Tekla Structures, AutoCAD)
• Strong knowledge of building codes, seismic design, vibration control, and interfaces with MEP systems
• Excellent communication, problem-solving, and project management skills
• Ability to thrive in a fast-paced, dynamic environment with changing priorities
• Demonstrated ability to lead multidisciplinary coordination efforts on mission-critical facilities, where structural design directly supports stringent uptime, seismic resilience, vibration control, and large load capacity requirements
• Excellent verbal and written communication skills for effective collaboration and communication with internal and external construction team members

Preferred Skills and Experience:

• Master's degree in Structural Engineering
• 10+ years of experience specifically with large-scale data centers (hyperscale, colocation, or AI compute facilities)
• Experience managing fast-track projects, design-build delivery, and multidisciplinary teams
• Familiarity with modular and prefabricated construction techniques
• Track record of mentoring teams and acting as a subject matter expert

Additional Requirements:

• Ability to travel occasionally (30-50%) for site visits and project support
• Ability to work extended hours when needed to meet aggressive timelines
• Must pass pre-employment background check and drug screening

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This role will play a key part in designing and delivering resilient, high-performance structural systems for hyperscale AI training facilities.

Responsibilities:

• Lead structural design and analysis for large-scale data center and compute facilities, from conceptual design through construction administration
• Develop and review structural models, calculations, drawings, and specifications using tools like Tekla Structures, ETABS, RISA, STAAD, or equivalent
• Oversee multidisciplinary coordination, ensuring seamless integration of structural systems with MEP, cooling infrastructure, raised floors, rooftop equipment, and modular/precast components
• Perform seismic analysis, vibration isolation design, load path evaluations, and assessments for high-density equipment loads and redundant systems
• Manage project schedules, budgets, and deliverables; review shop drawings, submittals, and RFIs; conduct site visits and inspections
• Mentor junior engineers and designers; assign tasks and ensure high-quality, on-time delivery
• Identify risks, propose innovative solutions, and drive cost optimization while maintaining safety and compliance with relevant codes (ASCE 7, ACI, AISC, IBC, local seismic requirements)
• Stay current on data center innovations, including modular construction, steel/precast framing, and scalable design approaches
• Provide regular updates to leadership via KPIs, reports, and presentations
• Contribute to process improvements and shared leadership across the team

Basic Qualifications:

• Bachelor of Science in Civil or Structural Engineering from an accredited university
• Professional Engineer (PE) license required; Structural Engineer (SE) preferred
• 10+ years of professional experience in structural engineering for building projects
• Demonstrated expertise in structural design and analysis for mission-critical or hyperscale data center facilities
• Proficiency with structural analysis software (e.g., ETABS, RISA, STAAD) and CAD/BIM tools (e.g., Revit, Tekla Structures, AutoCAD)
• Strong knowledge of building codes, seismic design, vibration control, and interfaces with MEP systems
• Excellent communication, problem-solving, and project management skills
• Ability to thrive in a fast-paced, dynamic environment with changing priorities
• Demonstrated ability to lead multidisciplinary coordination efforts on mission-critical facilities, where structural design directly supports stringent uptime, seismic resilience, vibration control, and large load capacity requirements
• Excellent verbal and written communication skills for effective collaboration and communication with internal and external construction team members

Preferred Skills and Experience:

• Master's degree in Structural Engineering
• 10+ years of experience specifically with large-scale data centers (hyperscale, colocation, or AI compute facilities)
• Experience managing fast-track projects, design-build delivery, and multidisciplinary teams
• Familiarity with modular and prefabricated construction techniques
• Track record of mentoring teams and acting as a subject matter expert

Additional Requirements:

• Ability to travel occasionally (30-50%) for site visits and project support
• Ability to work extended hours when needed to meet aggressive timelines
• Must pass pre-employment background check and drug screening

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This position ensures that heavy component movement is fully integrated into shipyard design and production planning. The engineer will develop transfer strategies, rigging concepts, lifting studies, and transport plans to support efficient block movement while preventing production bottlenecks.

Early involvement in yard planning ensures that yard layouts, pavement structures, heavy lift equipment, transport corridors, and rigging strategies are designed to support safe and reliable operations at scale.

Responsibilities:

Heavy Transport & Transfer Engineering

• Develop engineering plans for transporting ship blocks, modules, and heavy equipment across the shipyard using SPMTs and related transfer systems.
• Calculate load distribution, axle configurations, ground pressures, and stability requirements for heavy transports.
• Determine safe transport configurations for oversized, asymmetric, or high center-of-gravity loads.

Rigging Engineering

• Develop rigging concepts and lifting configurations for ship blocks, large modules, and heavy equipment.
• Perform rigging calculations including sling loads, lift point forces, center-of-gravity analysis, and load factors.
• Design lifting frames, spreader bars, rigging arrangements, and lifting interfaces where required.
• Support development of lift plans for cranes, SPMT pick operations, and block erection activities.

Yard Transfer Strategy

• Define standard transport methods for block movement between fabrication, assembly, and erection areas.
• Establish transport routes, staging strategies, and buffer areas that support efficient production flow.
• Ensure heavy transport operations integrate with crane operations, erection sequencing, and waterfront activities.

Yard Infrastructure Planning

• Provide engineering input into yard layout to ensure transport corridors support heavy load movement.
• Define pavement load requirements, turning radii, slopes, and surface tolerances required for SPMT operations.
• Coordinate with civil and structural engineers on pavement design and structural loading requirements.

Lift & Transport Integration

• Coordinate transport engineering with crane lifts, rigging systems, and erection strategies.
• Develop integrated lift-and-transfer plans for large modules and ship blocks.
• Validate that lifting interfaces and transport frames align with ship structural design.

Equipment & System Integration

• Support selection and specification of SPMTs and other heavy transport systems.
• Support the selection and specification of Cranes and other heavy lifting systems.
• Evaluate alternative transfer methods including skidding systems, rails, cranes, or hybrid solutions.
• Define operational limits, redundancy requirements, and maintenance considerations.

Production Integration

• Work closely with build strategy to ensure block sizes, weights, and geometry align with lifting and transport capabilities.
• Identify potential logistics bottlenecks during early design phases.
• Support build strategy development and erection sequencing.

Safety & Risk Management

• Identify hazards associated with heavy transport and rigging operations.
• Develop safe work procedures and engineered controls for large load movements.
• Support incident investigations and continuous improvement of heavy lift practices.

Qualifications:

• Bachelor’s degree in Mechanical Engineering, Civil Engineering, Structural Engineering, or related field.
• Experience with heavy transport, rigging engineering, or heavy lift engineering planning.
• Strong understanding of structural load paths, load distribution, and lifting mechanics.
• Ability to develop engineering plans for large component lifting and transport.
• Experience with SPMT operations and heavy modular transport systems.
• Familiarity with rigging standards and lift planning practices.

Preferred:

• Direct Shipyard rigging and heavy lift engineering experience.
• Experience supporting modular construction or large assembly operations.
• Experience in transferring commercial and US government vessels from land level facilities to drydock.

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