Civil & Structural Engineering Task Lead (AI Projects)

New
G
Gramian ConsultancyCivil engineering
Remote - Bangladesh, Brazil, Colombia, Egypt, Ghana, IndiaContractLead
Salary not disclosed
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Job Details

Required Skills
PythonFortranLinux

Requirements

  • A PhD degree is mandatory.
  • Have a PhD, postdoctoral experience, or equivalent advanced technical expertise in Civil Engineering, Structural Engineering, Geotechnical Engineering, or a closely related discipline.
  • Have strong programming skills in Python, C/C++, Julia, Fortran, or MATLAB/Octave.
  • Be proficient in Linux and command-line environments.
  • Have hands-on expertise in at least one major area such as structural analysis, FEA, earthquake engineering, geotechnical modeling, or hydraulic/hydrological modeling.
  • Understand engineering principles, numerical methods, simulation workflows, and computational model validation.
  • Have working knowledge of engineering design standards such as ASCE 7, ACI, AISC, Eurocodes, or IS codes.
  • Have experience reviewing complex technical work, engineering simulations, research outputs, or computational models.
  • Demonstrate analytical judgment and the ability to identify engineering inaccuracies, edge cases, and flawed assumptions.
  • Have experience mentoring, reviewing, or leading small technical teams.
  • Have strong written communication skills for technical feedback and documentation.

Responsibilities

  • Review engineering tasks end to end, including problem statements, models, load cases, simulation data, computational environments, reference solutions, and automated tests.
  • Validate tasks covering structural analysis, FEA, earthquake and wind engineering, structural dynamics, geotechnical modeling, hydraulics, hydrology, transportation, and infrastructure systems.
  • Ensure tasks require meaningful, multi-step engineering reasoning and reflect real-world civil and structural engineering workflows.
  • Verify technical correctness across units, equilibrium, boundary conditions, load combinations, design codes, numerical stability, convergence, and safety factors.
  • Validate computational models, solvers, dependencies, and simulation outputs for accuracy and reproducibility.
  • Review automated graders for meaningful engineering outputs, including forces, deflections, drifts, settlements, factors of safety, flow rates, and structural performance.
  • Identify incorrect assumptions, technical errors, unsuitable tolerances, and opportunities to bypass engineering analysis.
  • Provide actionable technical feedback and track task revisions through completion.
  • Mentor and support 5–10 trainers, allocate work, monitor quality and productivity, and resolve technical blockers.
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