Senior Project Manager.

Lead opportunity selection and competitive positioning through forensic review of geotechnical baselines, groundwater regimes, contractual structure, and third-party risk.

Convert borings, CPTs, laboratory data, and historical land use into quantified assumptions for obstruction frequency, casing methodology, drilling energy, and productivity variability.

Develop estimate frameworks built from cycle components such as penetration, cleaning, cage handling, tremie placement, extraction control, and shift utilization.

Maintain fluency across CFA, drilled displacement, micropile, secant, soldier pile and lagging, and mixed systems, choosing approaches based on survivability rather than preference.

Plan installation sequencing for deep urban excavations, coordinating wall construction, plunge elements, bracing or tieback programs, curing durations, and excavation release.

Align equipment selection with production intent by matching torque, crowd force, reach, hoisting capacity, slurry throughput, and batch plant capability.

Incorporate real-world logistics including working platform performance, matting, haul routes, spoil processing, noise limitations, and restricted hours.

Build defensible contingency models tied directly to identifiable subsurface behaviors rather than generalized percentages.

Establish cost codes and tracking mechanisms that mirror estimate logic, allowing immediate visibility into deviation from plan.

Evaluate live production metrics such as feet per shift, concrete or grout factors, downtime categories, and tooling consumption to maintain forecast integrity.

Direct technical response when encountering conditions materially different from indication, developing safe recovery while protecting entitlement.

Provide senior authority in discussions with owners, engineers, and peer reviewers regarding tolerances, alignment, base conditions, and verification methods.

Integrate instrumentation and monitoring feedback into operational decisions, connecting movement or pressure response with construction activity.

Lead change strategy from identification through negotiation, grounding arguments in documented baseline interpretations.

Maintain executive ownership of cost to complete, cash flow timing, and margin exposure across concurrent assignments.

Coordinate deployment of high-value fleet assets to balance utilization with critical path commitments.

Embed safety engineering into method selection for deep excavation, heavy lifts, simultaneous operations, and high-energy activities.

Enforce quality expectations tied to verticality, embedment, material properties, and acceptance testing.

Develop organizational capability by teaching how subsurface information becomes schedule, cost, and risk.

Serve as the escalation resource for the most technically and commercially sensitive work.

Requirements: Master's degree in Civil Engineering plus 1 year progressive postgraduate experience, or its equivalent.