DCN Structural Engineer - ETO

SLB•Houston, TX

About The Position

The role of Structural Engineer is to support the Engineering Lead and Product Engineering Manager. They will be accountable for the mechanical and piping scope and systems in large scale data centers across the design, construction, assembly, testing, installation, and commissioning phases. The Structural Engineer will be responsible for checking and approving drawings / designs; interface communication, and ensuring the accuracy, reliability, efficiency, and safety of the overall structural scope of work for Hyperscale Data Center Modules meets customer’s requirements and Industrial Standards. The Structural Engineer will play a critical role in supporting the plant during the manufacturing stage. They will also be assisting various stakeholders in troubleshooting site installation and commissioning problems.

Requirements

Bachelor of Science in Civil or Structural Engineering from an accredited university.
Minimum of 10 years of experience in structural design and engineering of equipment, preferably supporting data center infrastructure.
Strong experience with structural steel design for frames, skids, and modular equipment.
Demonstrated experience troubleshooting welded structures, including weld design and fabrication practices.
Ability to produce clear drawings, sketches, and calculations to support engineering concepts.
Experience with fast‑track design/build projects and large‑scale upgrade programs.
Direct experience working with regulatory authorities and obtaining design approvals and permits.
Working knowledge of data center construction, operation, and maintenance.
Strong working knowledge of applicable industry standards and regulations, including: AISI – American Iron and Steel Institute AISC – American Institute of Steel Construction ANSI – American National Standards Institute ASTM – American Society for Testing and Materials AWS – American Welding Society IBC – International Building Code MFMA – Metal Framing Manufacturers Association OSHA – Occupational Safety and Health Administration NFPA – National Fire Protection Association
Microsoft Office 365 (Outlook, Word, Excel, PowerPoint, Teams, SharePoint)
PDF editing tools (Adobe Acrobat, Foxit, or equivalent)
Bentley STAAD PRO (RISA considered but not preferred)
SAP (ERP with engineering modules)
SolidWorks
Autodesk Revit
Autodesk BIM 360
Autodesk AutoCAD
Navisworks (Manager and/or Freedom)
Fluent in English, both written and verbal.
Strong analytical and problem‑solving skills with sound engineering judgment.
Ability to manage multiple projects independently in a fast‑paced, high‑pressure environment.
Highly adaptable with the ability to shift priorities efficiently.
Strong client‑focused mindset with the ability to build and maintain professional relationships.
High standards for quality, accuracy, and due diligence.
Ability to clearly communicate complex technical concepts in both individual and group settings.
Strong written communication skills with the ability to prepare clear, organized technical documentation.
Proven ability to collaborate effectively with cross‑functional teams.

Nice To Haves

Professional Engineering (PE) license is strongly preferred.

Responsibilities

Review, check, and approve structural drawings, calculations, and technical documentation in accordance with applicable codes, industry standards, and project requirements.
Monitor engineering work to ensure compliance with client specifications, company standards, governing codes, safety practices, and project procedures.
Participate in and lead design and development planning and review sessions to align with customer and industry needs.
Prepare technical requisitions (TRs) for structural and mechanical systems and components.
Review vendor quotations and provide technical input to the procurement team.
Develop structural engineering deliverables, including general arrangements, connection and joint details, weld details, and structural calculations.
Prepare bulk Material Take-Offs (MTOs) and detailed Bills of Materials (BOMs).
Apply creative and innovative solutions to optimize cost while managing impacts to quality, schedule, and performance.
Stay current on new developments, technologies, and regulatory requirements and recommend improvements to engineering programs and applications.
Execute assignments independently, make sound technical decisions and represent the organization in internal and external technical discussions.
Apply advanced engineering knowledge and experience to resolve complex or unique technical challenges.
Support manufacturing and plant operations during module fabrication and assembly.
Provide technical support during construction, including responding to RFIs and resolving field issues.
Attend job site visits, project meetings, and commissioning activities as required.
Serve as a technical interface with customers during design reviews and project meetings.
Determine structural support methods, including brackets, fastening, bolting, and mounting of major components and equipment.
Perform or verify structural calculations for modules, skids, frames, platforms, walkways, and lifting devices in accordance with the project Design Basis.
Design and verify vessel and equipment supports, including lifting and handling considerations.
Coordinate with the Drafting Department to define critical beam locations, supports, and structural components.
Provide dimensional sketches and engineering instructions to support drafting and fabrication.
Prepare or review preliminary structural layouts and member sizing.
Develop and review project‑specific Design Basis documents based on applicable codes, client requirements, and approved exceptions.
Review as‑built drawings and re‑check calculations to confirm compliance and conformance.
Supervise and coordinate outsourced structural engineering work performed by third‑party engineering firms.
Advise project teams on the interpretation and application of industry codes and client specifications.