The Mid-Level Structural Analyst is responsible for performing detailed stress, static/dynamic load, and fatigue analyses of fabricated components used in marine, offshore, or heavy industrial applications. This role ensures that structures such as supports, frames, lifting lugs, mounts, and welded assemblies meet safety, strength, and code requirements under various operating and handling conditions. The analyst supports design optimization, safety assessments, and engineering documentation through hand calculations and FEA-based simulations.
Perform structural and stress analyses (linear, nonlinear, static, dynamic) on fabricated parts and assemblies using industry-standard tools.
Evaluate load cases including dead load, live load, thermal loads, vibration, transport, sea motion, and lifting/handling conditions.
Conduct fatigue life assessments and stress concentration analysis on welds, joints, and cyclically loaded structures.
Develop and refine FEA models (2D, 3D, shell/solid) for components such as brackets, supports, piping racks, skids, and steel structures.
Interpret material behavior and assign appropriate boundary conditions, load paths, and constraints in simulations.
Validate FEA results through hand calculations, industry formulas (Roark, AISC, Eurocode), and comparison with test data.
Ensure compliance with classification society rules (ABS, DNV, BV), ASME, ISO, and client-specific structural design codes.
Generate analysis reports, calculation sheets, and documentation for internal and external design reviews.
Collaborate with design, fabrication, and installation teams to implement findings, optimize designs, and resolve structural integrity concerns.
Mentor junior engineers and provide guidance on modeling, meshing, and analysis setup techniques.
Bachelor’s degree in Structural Engineering, Mechanical Engineering, Naval Architecture, or related field.
4–7 years of experience in structural analysis, preferably in shipbuilding, offshore platforms, or heavy fabrication industries.
Proficiency in FEA software such as ANSYS, Abaqus, SolidWorks Simulation, Autodesk Nastran, or similar tools.
Strong understanding of structural mechanics, weld design, fatigue analysis, and failure modes.
Ability to interpret fabrication drawings, load specifications, and material properties.
Familiarity with international codes and standards (e.g., ASME VIII, DNV-RP-C201, ISO 19902, AWS D1.1, Eurocode 3).
Skilled in technical documentation, reporting, and presenting analysis findings clearly.
Master’s degree in Structural Mechanics or Applied Mechanics is an advantage.
Experience with scripting or automation of FEA tasks (Python, APDL, MATLAB, etc.).
Exposure to real-world testing or validation of FEA models through strain gauging or load tests.
Field or inspection experience related to structural performance or defect evaluation.
Primarily office-based with occasional field visits to shipyards, fabrication facilities, or offshore structures.
PPE required during inspections or field walkthroughs.
May involve working extended hours during design validation or project deadlines.