MEP Project Manager
UCC Holding
Total years of experience :17 years, 3 Months
Manages MEP Construction (Time, Cost, Quality): Meets deadlines, stays within budget, and ensures high-quality construction of MEP systems.
Supervises MEP Contractors: Ensures contractors adhere to specifications and project milestones for MEP installations.
Site Management (MEP Focus):
Leads a team that conducts daily inspections of MEP systems.
Maintains high safety standards and ensures contractor compliance specific to MEP work.
Manages contracts (FIDIC) for MEP construction.
Communication and Problem-Solving (MEP Focus):
Resolves issues arising during MEP construction.
Presents MEP project progress updates and challenges to the client team.
Discusses potential changes to the MEP project scope with clients and subcontractors.
Follows up on instructions and commitments related to MEP work.
Planning and Documentation (MEP Focus):
Develops key project plans specific to MEP, such as execution, health & safety, and quality control plans.
Creates the MEP project schedule, monitors progress, and tracks MEP staff performance.
Team Leadership (MEP Focus):
Assigns tasks to team members based on their expertise in MEP systems.
Provides input for performance reviews and development plans for MEP team members.
Collaboration and Reporting (MEP Focus):
Works with other managers and engineers to create budgets, schedules, and project plans specific to MEP work.
Monitors MEP project progress and reports to management on critical milestones, potential risks, and client relations regarding MEP aspects.
Conducts weekly meetings to review MEP project status and identify action items.
Additional Responsibilities:
Represents the company in client meetings regarding MEP aspects.
Oversees health and safety on the construction site, particularly for MEP work.
Manages testing, commissioning, and project closure for MEP systems.
Project Leadership & Collaboration:
Partnered with the Project Director to identify and eliminate roadblocks hindering project progress.
Facilitated communication and served as the central point of contact for all project participants, including the client.
Oversaw procurement management, ensuring timely acquisition of materials and services.
Planning & Execution:
Developed and maintained comprehensive project documentation, plans, and reports.
Utilized project management tools to monitor work hours, budgets, and expenditures.
Created and owned the project schedule, ensuring timely delivery within budget, specifications, and client expectations.
Quality & Safety:
Conducted quality assurance tests to guarantee adherence to standards and project requirements.
Supervised the production of coordination drawings to ensure seamless integration of all MEP systems and compliance with the building code.
Monitored on-site activities and proactively identified potential issues, providing timely reminders to project and construction managers for immediate action.
Technical Expertise:
Analyzed project risks and opportunities to mitigate potential problems and optimize outcomes.
Evaluated engineering, design, and material selections for contract compliance and project effectiveness.
Reviewed and discussed builders' work drawings with various engineers to optimize the implementation and installation of MEP services alongside other project components.
Tracked the status of materials and shop drawings, keeping all parties informed.
Contractual Management:
Prepared and issued all necessary legal paperwork, including contracts and terms of agreement, related to site and project needs.
Monitored the value of engineering, design, and material selection to ensure adherence to contractual requirements.
Building Design - Mechanical, Electrical, and Low Voltage (ELV) Systems
This is a comprehensive undertaking, requiring expertise across various engineering disciplines. Here's a breakdown of the process and resources to get you started:
Design Phases:
1. Concept Design & Client Coordination:
o Discuss building layout, functionality, and client preferences.
o Develop initial system concepts for HVAC, Firefighting, Plumbing, Electrical, Fire Alarm, ELV, Oil Interceptor, and Sewerage Treatment.
2. Detailed Engineering:
o HVAC:
Chilled Water System: Size chilled water pipes based on building heat load calculations. Select air duct types (flexible, rigid) based on space constraints and efficiency. Choose a chiller type (centrifugal, screw) considering capacity and noise limitations. Evaluate split and cassette-type AC units based on room size and aesthetics.
Use resources like ASHRAE
o Firefighting:
Perform hydraulic calculations to determine pipe sizes and pump requirements for sprinkler systems. Select pump types (centrifugal, positive displacement) based on pressure and flow needs. Choose fire protection systems (sprinklers, water mist) based on hazard levels in different building zones.
Refer to National Fire Protection Association (NFPA) standards.
o Plumbing:
Size pipes using fixture unit method based on the number and type of plumbing fixtures (sinks, toilets) planned. Adhere to International Plumbing Code (IPC) guidelines for material selection and installation practices.
o Electrical:
Estimate electrical loads for lighting, power, and equipment based on building use and occupancy. Design the electrical distribution system, including panels, transformers, and switchgear.
o Fire Alarm & ELV Systems:
Design a fire alarm system complying with local fire codes, including detectors, control panels, and notification devices.
Design ELV systems for communication (telephone, data), security (CCTV), and access control based on client needs.
o Oil Interceptor & Sewerage Treatment:
Size and design oil interceptor to separate oil and grease from wastewater before discharge to the sewer system.
Design a wastewater treatment plant suitable for treating factory effluent to meet local environmental regulations.
3. Building Information Modeling (BIM):
o Use BIM software to create IFC drawings for the client. These 3D models will improve coordination between disciplines and facilitate clash detection.
4. Project Management:
o Participate in tender meetings with specialists and the main contractor.
o Attend technical meetings with the client to discuss design details.
o Oversee the work of the supervision team during construction.
o Respond to Requests for Information (RFI) from contractors regarding technical aspects.
o Prepare a Bill of Quantities (BOQ) to estimate project costs for materials and labor.
• Apply principles of physics, mathematics, and material science to design, analyze, and manufacture mechanical systems and devices. • Work in a wide range of industries, including automotive, aerospace, energy, manufacturing, and robotics. • Conduct feasibility studies, design, and evaluate mechanical systems and components, prepare and present project proposals and reports, create detailed manufacturing and installation plans, analyze test results, and ensure compliance with industry standards and regulations. • Design, build and test thermal and mechanical devices. • Research, design and develop machinery and systems for heating, ventilating and air conditioning, power generation, transportation, processing, and manufacturing. They also perform duties related to the evaluation, installation, operation, and maintenance of mechanical systems. through my studies, I worked in TV Egypt for 10 years for the facility building Electrical and ELV systems.
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