Senior Design Lead - Manufacturing Process

Senior Design Lead - Manufacturing Process Others, Others Job Summary Job Title - Construction Supervision • Five main Logistic Park site needing 5 dedicated Senior Site engineers to oversee all construction from Earth works, to Civil to Structural erection to sheeting the building to managing all MEP service interfaces into the Site and into each of the dedicated buildings, namely 1. Plot 1 Shing –Young 2. Plot 2 Benteler 3. Plot 3 JVIS 4. Plot 4 Fangxin 5. Plot 5 Lear The main purpose is to ensure CEER has oversight aligning to the PMC/PAC and the main contractor MBL Coordination of HSE, daily progress in the 2-week, 4 week and 12-week lookahead works where applicable, Logistics, general coordination. Represent CEER as the Client on all construction activities. • Monitor PMC and Main Contractor performance. • Ensure works are executed safely, efficiently and in accordance with approved design. • Coordinate construction interfaces between multiple contractors and stakeholders. • Identify risks early and facilitate timely resolution. • Verify construction progress against project schedule. • Ensure quality assurance and inspection requirements are achieved. • Support successful handover of completed works. Key Managerial Accountabilities 1. Strategic Project Governance and Compliance 2. High-Risk Activity Governance (HSE) 3. Integrated Schedule and Milestone Assurance 4. Quality Assurance and Liability Protection 5. Resource and Performance Management 6. Interface and Outreach Management 7. Logistics and Line Supplier equipment Oversight 8. Handover and Asset Readiness Job Title - IT Manager • Integrated Connectivity: Managing the "Physical-to-Digital" handshake—ensuring that Mechanical, Electrical, and Plumbing systems (MEP) are perfectly synced with the IT/Telecom backbone and Building Management Systems (BMS). • Utility Infrastructure Governance: Leading the technical tie-ins for the "last mile" of external utilities (High-Voltage Power, Industrial Water, and Fiber) from the site boundary into the building infrastructure. • Operational Resilience: Governing the Testing & Commissioning (T&C) phase to ensure that power and cooling systems are robust enough to support sensitive automotive robotics and IT servers without failure. • Smart Factory Standards: Ensuring all systems comply with the Saudi Building Code (SBC) and CEER’s "Smart Factory" requirements for energy efficiency (LEED/Mostadam) and high-speed data connectivity. • Clash & Interface Management: Resolving technical conflicts between complex MEP routing, structural steel, and the automotive process equipment before they impact the construction schedule. Key Managerial Accountabilities 1. Technical Governance and Compliance 2. Design and Engineering Assurance 3. Systems Integration 4. Utility Infrastructure Readiness 5. Contractor and Consultant Performance 6. Risk and Change Management 7. Quality and Commissioning Assurance 8. Stakeholder and Interface Management 9. Asset Handover and Operational Readiness 10. Leadership and Continuous Improvement Job Title - MEP Infrastructure Manager • Integrated Connectivity: Managing the "Physical-to-Digital" handshake—ensuring that Mechanical, Electrical, and Plumbing systems (MEP) are perfectly synced with the IT/Telecom backbone and Building Management Systems (BMS). • Utility Infrastructure Governance: Leading the technical tie-ins for the "last mile" of external utilities (High-Voltage Power, Industrial Water, and Fiber) from the site boundary into the building infrastructure. • Operational Resilience: Governing the Testing & Commissioning (T&C) phase to ensure that power and cooling systems are robust enough to support sensitive automotive robotics and IT servers without failure. • Smart Factory Standards: Ensuring all systems comply with the Saudi Building Code (SBC) and CEER’s "Smart Factory" requirements for energy efficiency (LEED/Mostadam) and high-speed data connectivity. • Clash & Interface Management: Resolving technical conflicts between complex MEP routing, structural steel, and the automotive process equipment before they impact the construction schedule. Job Role Key Managerial Accountabilities 1. Technical Governance and Compliance 2. Design and Engineering Assurance 3. Systems Integration 4. Utility Infrastructure Readiness 5. Contractor and Consultant Performance 6. Risk and Change Management 7. Quality and Commissioning Assurance 8. Stakeholder and Interface Management 9. Asset Handover and Operational Readiness 10. Leadership and Continuous Improvement Job Requirements Education • Bachelor's degree in engineering: A degree in Electrical Engineering or Mechanical Engineering is mandatory. • Specialized IT Foundation: A secondary qualification or significant coursework in Information Technology, Computer Science, or Telecommunications is expected to manage the "Smart building" and IT infrastructure components • MBA is preferred to handle the commercial aspects of utility contracts and mu

Education: Bachelor's degree in engineering (Electrical or Mechanical) is mandatory. Specialized IT Foundation: secondary qualification or significant coursework in Information Technology, Computer Science, or Telecommunications. MBA is preferred for commercial aspects of utility contracts.

Oversee construction activities across multiple plots, monitor PMC and Main Contractor performance, ensure safety and quality, coordinate interfaces between contractors and stakeholders, identify risks and facilitate resolutions, verify progress against schedule, support handover of completed works, manage HSE, logistics, and asset readiness. Manage IT/TEch integration for MEP with BMS, ensure SBC/LEED/Mostadam compliance, resolve MEP, structural, and equipment clashes before schedule impact, lead design and engineering assurance, risk and change management, and stakeholder management.