Engineering Design, Systems Integration, and Development
Lead and coordinate the integrated development of mechanical systems, ensuring alignment between mechanical, structural, and electrical/control disciplines.
Define mechanical system concepts, requirements, and performance criteria, coordinating detailed design development through internal teams and external engineering partners.
Define mechanical interface requirements and coordinate with civil and structural engineers regarding loads, tolerances, deflections, connection details, and installation constraints.
Evaluate mechanical designs against performance, safety, maintainability, and constructability requirements.
Review, technically verify, and validate supplier and external partner designs, calculations, and shop drawings for compliance with project requirements, interfaces, and constructability.
Act as the mechanical lead within project teams, providing guidance and technical direction.
Coordinate mechanical activities across internal disciplines and external partners.
Support the gradual build-up of an internal mechanical engineering capability, subject to workload and project pipeline.
Contribute to defining future workflows, role profiles, and interface standards for mechanical engineering.
External Engineering & Supplier Coordination
Define mechanical system scopes, interfaces, deliverables, and performance requirements for outsourced engineering partners and suppliers.
Identify, evaluate, and recommend suitable external engineering offices, manufacturers, and technology partners.
Technically steer and coordinate external partners to ensure timely, compliant, and integrated design delivery.
Review, challenge, and verify externally produced calculations, drawings, and specifications.
Ensure all externally developed mechanical content is fully coordinated with architectural, structural, and electrical documentation.
Collaboration and Coordination
Coordinate closely with structural, electrical, and automation teams to ensure all systems function as one integrated solution.
Manage interfaces with electrical and control systems, including automation, sensors, limit switches, safety interlocks, power supply, and cabling routes.
Act as the main technical point of contact for mechanical system integration with internal teams, clients, and external stakeholders.
Coordinate with suppliers, vendors, and subcontractors, addressing technical queries (RFIs), design changes, and interface issues.
Act as the primary mechanical systems interface between internal disciplines and external engineering partners.
Installation Supervision and Site Support
Provide technical oversight and coordination of mechanical installation and assembly activities, ensuring adherence to approved designs, method statements, and safety requirements.
Support preparation and review of lifting plans, installation sequences, and alignment and tolerance verification procedures.
Perform QA/QC inspections, monitor workmanship quality, and manage punch lists and corrective actions.
Coordinate contractors and site teams to ensure installation activities are completed safely, efficiently, and in accordance with project schedules.
Commissioning, Testing, and Handover
Support commissioning activities, including functional testing, load testing (where applicable), and safety validation of movable systems in coordination with suppliers and specialist partners.
Ensure proper documentation of test results, approvals, and compliance checks.
Prepare and review handover documentation, including operation and maintenance manuals, as-built drawings, and training materials.
Support client and operator training during handover phases.
Quality Assurance, Compliance, and Reporting
Ensure all mechanical systems comply with applicable standards, regulations, safety requirements, and client specifications.
Produce clear and structured technical documentation and reports for internal teams and clients.
Maintain traceability of design decisions, changes, and approvals throughout the project lifecycle.
Ihr Profil
Required Skills and Experience
Solid mechanical engineering fundamentals with practical understanding of moving structures, drives, and electromechanical systems.
Proven ability to coordinate, integrate, and technically validate mechanical systems delivered by external specialists.
Proven site experience supervising installation and assembly works, including contractor coordination and quality control.
Ability to assess mechanical designs with respect to performance, safety, maintainability, and constructability.
Strong communication skills and ability to produce clear technical documentation and reports.
Confidence in reviewing, questioning, and verifying third-party engineering outputs without being the primary specialist designer.
Preferred / Nice to Have
Experience with retractable roofs, movable bridges, large doors or gates, cranes and hoists, automated industrial systems, or similar heavy mechanical installations.
Knowledge of automation and control system integration, including PLC concepts, sensors, interlocks, and fail-safe design principles.
Familiarity with relevant engineering standards and safety practices, including machine safety, lifting and rigging coordination, and QA/QC processes.
Arabic and/or English proficiency, with the ability to work in international project environments and with global suppliers.
Typical Professional Education / Certifications
BSc or MSc in Mechanical Engineering, Mechatronics, or Industrial Engineering with a strong mechanical focus.
Preferred: specialization or proven experience in machine design, mechatronics integration, heavy machinery, or structural–mechanical interfaces.
Typical Additional Certifications (Optional but Valuable)
Project leadership or project management training (PM fundamentals; PMP or PRINCE2 beneficial for senior roles).
Machine safety or functional safety awareness (e.g., risk assessment, interlocks; TÜV or IEC-related exposure advantageous where applicable).
Site supervision or construction safety (HSE) certification.
Vendor or industry training related to drives, hydraulics, gearboxes, bearings, and automation systems.
