Senior Manager: Technical (Architecture, Civil & Structures)

1. Client Representation & Governance Act as the primary PMC focal point for technical matters across architecture, civil, structures, and rail infrastructure (track, earthworks, rail civil interfaces). Represent the client in high‑level technical, design, and coordination meetings with consultants, contractors, authorities, and third parties. Ensure employer’s requirements, design briefs, and technical standards (including rail‑specific criteria) are clearly communicated, understood, and implemented by all delivery partners. Provide independent advice and recommendations to the client on technical, risk, and program issues related to the built environment and rail scope. 2. Design Management & Technical Assurance Lead and manage the full design lifecycle (concept, schematic, detailed design, IFC\text{IFC}IFC) for: Architectural works (stations, depots, ancillary buildings, public realm) Civil and structural works (viaducts, bridges, tunnels, cut‑and‑cover, retaining structures, foundations, earthworks) Rail civil and track‑related infrastructure (trackform, slab/ballast design, formation, drainage, trackside civil works) Review and comment on design submissions, BIM models, calculations, reports, and specifications to ensure compliance with: Employer’s requirements and project design criteria Local building and rail infrastructure codes and authority requirements Applicable international standards Chair and coordinate multi‑discipline design review workshops, value engineering, and constructability reviews to optimize solutions for safety, functionality, operations, and cost. Oversee requirements management and traceability for the architectural, civil/structural, and rail infrastructure scope from requirements capture through verification and close‑out. Ensure adherence to technical assurance processes, including formal design verification and validation, peer reviews, and independent checks. 3. Interface & Multi‑Discipline Coordination Coordinate all interfaces between architecture/civil/structures/rail and other disciplines (MEP, signalling, telecoms, power, rolling stock, systems integration, utilities, highways). Manage and maintain interface registers, ensuring early identification and resolution of cross‑discipline and cross‑contract issues (e.g., track–structure interaction, rail–station integration, rail–road interfaces). Ensure that architectural and structural designs accommodate rail system, track alignment, clearance, access, evacuation, and maintenance requirements. Support project‑wide design and interface governance in collaboration with the Design & Interface leadership. 4. Safety, Engineering & Compliance (Non‑Operational) Embed safety by design principles into all architectural, civil, structural, and rail infrastructure solutions, covering construction safety, operational safety, and maintainability. Oversee compliance with engineering and safety standards, including structural robustness, fire and life safety, evacuation strategy, and rail‑specific safety requirements. Review and monitor RAMS, hazard identification, risk assessments, and mitigation measures relevant to the built environment and rail infrastructure scope. Coordinate with independent reviewers, safety assessors (ISA), and authorities to secure approvals and certifications. Ensure all required technical and safety approvals (including rail infrastructure approvals) are planned, tracked, and obtained in line with program milestones. 5. Design–Build Coordination & Construction Support Align design outputs with construction methodologies and sequencing for stations, civil structures, and rail infrastructure; identify constructability issues early and drive resolution. Support the client in evaluating and approving design changes, technical deviations, and value engineering proposals from contractors that affect architecture, civil, structures, or rail. Oversee application of configuration management to architectural, structural, and rail civil designs, including version control and change tracking. Provide senior technical input on RFIs, non‑conformance reports, and field changes raised during construction; coordinate with design consultants and contractors to implement robust solutions. 6. Program, Cost & Risk Management Monitor design and construction‑related technical activities against the integrated master schedule and key milestones for stations, civil structures, and rail infrastructure. Identify critical path activities and constraints; develop and monitor mitigation and recovery actions where delays arise. Support the client and project controls team in assessing schedule and cost impacts of technical issues or design changes. Maintain and regularly update risk registers for architectural, civil/structural, and rail scope, defining mitigation and contingency measures. Prepare clear, concise technical and progress reports, dashboards, and presentations for client leadership and governance boards. 7. Stakeholder & Authority Coordination Coordinate with internal client stakeholders (Operations, Maintenance, Safety, Rail Systems, Commercial, Planning, Urban Development) to ensure built and rail infrastructure supports future operational and business needs. Interface with planning authorities, rail regulators, building control, civil defense, utility providers, and other regulators to support design approvals, NOCs, and permits. Manage coordination between multiple design consultants, contractors, and third parties to ensure consistent architecture, structural, and rail infrastructure solutions across the program. 8. Leadership, Team & Quality Management Lead and mentor a team of architectural, civil, structural, and rail engineers/design managers within the PMC. Promote a culture of quality, safety, collaboration, and proactive risk management across design and construction support activities. Ensure robust QA/QC processes for technical deliverables, including design reviews, independent checks, and verification of as‑built information (including track and rail civil works). Capture and disseminate lessons learned on design, constructability, rail–civil interfaces, safety by design, and technical coordination for continuous improvement.

Education Bachelor’s degree in Civil Engineering, Structural Engineering, Rail Engineering, or Architecture (with strong technical focus), or a closely related discipline.

Master’s degree in Engineering, Rail/Transportation, Architecture, or Project Management is an advantage.

Professional registration/chartership is highly desirable.

Project management certification (PMP, PRINCE2) is an advantage.

Approximately 15 years’ experience in architecture and/or civil/structural engineering for major infrastructure or transport projects, including significant rail‑related works (metro, mainline, LRT, high‑speed, or similar).

Significant experience in a PMC, client organization, or international consultancy managing design and build contracts.

Proven track record managing multi‑discipline design for complex stations, depots, viaducts/bridges, tunnels, and associated rail infrastructure.

Demonstrable experience in technical assurance, safety by design, and securing approvals with relevant building and rail authorities.

coordinating closely with MEP, rail systems (signalling, telecoms, power), and track disciplines in a large, multi‑contractor environment.

Skills & Competencies Strong technical understanding of architectural, civil, structural, and rail infrastructure design principles, codes, and best practices.

Solid knowledge of design governance, systems engineering concepts, interface management, and safety RAMS fundamentals.

Excellent project management, planning, and organizational skills in complex, multi‑stakeholder environments.

Strong analytical, problem‑solving, and decision‑making abilities with a structured approach to risk and issue management.

Highly effective communication, facilitation, and negotiation skills, including the ability to present complex technical issues clearly to non‑technical stakeholders.

High level of professionalism, integrity, and client‑service orientation.

Proficiency with standard project and design tools; familiarity with BIM/Revit, civil/structural and track design software, and common data environments (CDE) is an advantage.

Fluency in English (written and spoken); Arabic beneficial.

Parsons equally employs representation at all job levels no matter the race, color, religion, sex (including pregnancy), national origin, age, disability or genetic information.

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