Infrastructure & Capital Projects – Civil/Structural Engineer - Power Generation (CCGT), ANS

Job description

**You’ve Never Been Satisfied with "Good Enough."** You want to make an impact, not just manage projects, but change how the world gets built. At **Accenture Infrastructure & Capital Projects,** you’ll do exactly that. You’ll help develop and deliver the factories, grids, transit systems, and public infrastructure that keep communities moving - and do it smarter, safer, and more sustainably than ever before. You’ll work alongside people who think big and act bold - project managers, engineers, technologists, and strategists who blend real-world experience with digital innovation and AI. Together, we’re transforming how capital projects are planned, managed, and executed, creating a better way to build for the future. Because “good enough” builds the past. **You’re here to build what’s next, on a team that outperforms every norm.** Visit us here to learn more about ​[Accenture Infrastructure & Capital Projects](https://www.accenture.com/us-en/services/infrastructure-capital-projects) As Accenture continues to grow, you may see a variety of new career opportunities, and depending on the role and location you may be directed to apply through Accenture Infrastructure and Capital Projects LLP or one of our other legal entities - Accenture Infrastructure and Capital Projects, LLC or Accenture Infrastructure and Capital Projects Inc., with benefits varying by country and role, so please check with your recruiter for details. ### THE WORK: • You’ll perform independent design assurance reviews of civil and structural engineering deliverables prepared by the EoR and major equipment suppliers for utility-scale CCGT projects. • You’ll review site development plans, grading and drainage, stormwater systems, roads and paving, underground utilities, foundations, concrete and structural steel designs, pipe racks, equipment support structures, buildings, platforms, access systems, retaining structures, and other civil/structural balance-of-plant designs. • You’ll review geotechnical recommendations and verify appropriate incorporation of soil parameters, groundwater conditions, settlement criteria, bearing capacities, deep-foundation requirements, earthwork requirements, and other geotechnical design inputs into the EoR design. • You’ll provide technical oversight of foundations and structural supports for major CCGT equipment including gas turbines, HRSGs, steam turbine/generator equipment, transformers, cooling systems, pipe racks, large rotating equipment, tanks, buildings, and other major plant systems. • You’ll evaluate civil/structural interfaces among OEM equipment loads and anchor-bolt requirements, EoR foundations and structures, underground utilities, piping/electrical routing, buildings, construction sequencing, heavy-haul routes, crane access, and permanent plant access. • You’ll review structural calculations, design drawings, specifications, connection details, reinforcing steel details, anchor systems, embedded items, vendor loads, dynamic/vibration criteria, and design changes for technical completeness and consistency. • You’ll review RFIs, technical queries, design deviations, field change notices, and proposed scope changes and provide owner-side recommendations regarding technical acceptability, constructability, cost/schedule implications, and required follow-up. • You’ll review NCRs and field quality issues involving earthwork, concrete, reinforcing steel, anchor bolts, structural steel, coatings, underground utilities, foundations, and other civil/structural work; evaluate proposed dispositions and support development of mitigation or repair plans. • You’ll perform constructability reviews and field walkdowns to identify conflicts among foundations, undergrounds, structural steel, piping, cable systems, equipment access, drainage, roads, cranes, temporary works, and construction sequencing. • You’ll support MOC by evaluating civil/structural scope changes and identifying impacts to calculations, drawings, geotechnical assumptions, equipment interfaces, quantities, construction sequencing, cost, and schedule. • You’ll support construction and commissioning readiness by helping resolve foundation, alignment, access, structural completion, equipment support, underground utility, drainage, and other civil issues that could prevent equipment installation, system turnover, energization, startup, or long-term maintainability. • You’ll coordinate closely with mechanical, electrical, I&C, construction, commissioning, project controls, commercial, and operations teams to resolve multidisciplinary design and field issues. • You’ll document design assurance findings, maintain technical issue/action logs, support risk identification and mitigation, and communicate material civil/structural risks and recommendations to project leadership. • You’ll promote safe design and construction practices and identify conditions that could affect structural integrity, construction safety, equipment reliability, flooding/drainage performance, access, maintainability, or long-term asset performance. **· Onsite at client site:** The work location for this role is onsite in St. Louis, Missouri, with our clients and project partners to enable delivery and cultivate strong client relationships. ### HERE'S WHAT YOU'LL NEED: • Bachelor’s degree in Civil Engineering, Structural Engineering, or a closely related engineering discipline • 8+ years of civil/structural engineering experience supporting large capital projects in power generation or process industries such as oil & gas, LNG, refining, chemicals, petrochemicals, mining, or similar facilities • Demonstrated experience reviewing civil and structural designs for large industrial facilities through engineering, procurement, construction, and/or commissioning phases • Strong working knowledge of reinforced concrete, structural steel, equipment foundations, geotechnical interfaces, site development, grading/drainage, underground utilities, and industrial structures • Working knowledge of applicable codes and standards such as IBC, ASCE 7, ACI, AISC, AWS, ASTM, and other standards relevant to utility-scale power generation and heavy industrial facilities • Ability to read and critically evaluate civil plans, structural drawings, calculations, geotechnical reports, vendor load data, specifications, shop drawings, and engineering change documentation • Demonstrated ability to evaluate field conditions and technical problems, develop practical recommendations, and communicate effectively with EoR engineers, contractors, OEMs, construction personnel, commissioning teams, and client stakeholders • Ability to perform field walkdowns/observations on foot across active construction areas and moderate to rough terrain and to comply with project PPE and site safety requirements ### BONUS POINTS TO HAVE: • Direct engineering, design assurance, construction, or commissioning experience on utility-scale combined cycle gas turbine (CCGT) or simple-cycle gas generation projects • Experience working in an Owner’s Engineer, Owner’s Representative, EPCM, or independent design assurance role • Experience reviewing Engineer of Record (EoR) deliverables and managing technical interfaces across OEMs, EPC contractors, construction contractors, and owner teams • Experience with projects executed under EPC, EPCM, multi-prime, or owner-managed contracting models • Experience supporting constructability reviews, system turnover, commissioning, startup, and operational readiness • Professional Engineer (PE) license or Engineer-in-Training (EIT) certification, as applicable • Familiarity with digital engineering/document management and project delivery platforms such as Bluebeam, Autodesk/AutoCAD, Navisworks, BIM/3D model review tools, Procore, or equivalent