BIM Structural Engineer

About the role

As a structural engineer at Talent 360, you will be responsible for producing fabrication-ready structural models and detailed shop drawings for concrete and steel works. You will ensure that structural models and drawings are accurate, coordinated, and aligned with project requirements, while supporting construction teams through the delivery of clear and reliable technical documentation. You will also be responsible for preparing and verifying as-built structural documentation to accurately reflect the final executed works.

Key responsibilities

Develop the structural model from LOD 300 to LOD 400 covering foundations, rafts, piles, pile caps, cores, shear walls, columns, beams, slabs, post-tensioned elements and steelwork

Model reinforcement to fabrication level: bar sizes, shapes, laps, splices, couplers, hooks, cover, spacing and congestion checks at joints and nodes

Produce rebar bar bending schedules (BBS), cutting lists and steel fabrication deliverables directly from the model

Detail steel connections — base plates, gusset plates, cleats, bolts, welds, stiffeners — to shop drawing standard

Model embedded items, anchor bolts, cast-in plates, waterstops, construction joints and pour breaks aligned with the construction sequence

Coordinate sleeves, openings and penetrations with MEP routing; verify against structural design limits and escalate exceptions to the design engineer

Produce structural shop drawings: layouts, sections, details, reinforcement drawings, formwork and pour-strip drawings

Extract concrete volumes, steel tonnage and formwork areas for BOQ and procurement

Run and resolve structural clashes, including hard clashes with MEP and soft clashes with access and formwork zones

Validate the model against the design engineer's approved analysis outputs and issued structural drawings; raise discrepancies as RFIs rather than resolving them independently

Deliver LOD 500 as-built structural models incorporating survey verification, actual pour records, concrete test data and element-level asset information

Requirements

Required qualifications

Bachelor's degree in the relevant engineering or architecture discipline

5–8 years, with proven rebar detailing and steel connection modelling at LOD 400

Working knowledge of ISO 19650 (Parts 1 & 2), BEP, MIDP/TIDP, CDE workflows

Autodesk Revit (advanced), Navisworks Manage, AutoCAD

Autodesk Forma for Construction — formerly Autodesk Construction Cloud (ACC), and before that BIM 360. Candidates with experience on any of the three names have the relevant skill; the platform, workflows and data are unchanged

Clash detection, clash matrix management, and issue resolution tracking

Custom family creation and parameter management; Dynamo scripting is an advantage

Ability to read and interpret contract documents, specifications, and consultant drawings

Technical office experience: shop drawings, material submittals, BOQ / quantity take-off, RFIs, as-built documentation

Professional syndicate / engineering board registration where applicable

English proficiency for technical correspondence

Preferred qualifications

Technical skills

Revit Structure (advanced, including rebar) · Navisworks Manage · AutoCAD · Autodesk Forma for Construction · Dynamo · Excel

Precast and post-tensioned concrete detailing experience

Knowledge of ACI / BS / Eurocode detailing requirements

Experience with rebar prefabrication and coupler systems

Benefits

Social insurance and medical insurance

Competitive salary and benefits package

Opportunity to work on cutting-edge technology and innovative projects

Collaborative and growth-oriented work environment