Muhammad Badawy

Preparing and submitting key technical documents such as WSDs, MARs, and MOPs for consultant approval. Reviewing stakeholder feedback and performing technical reviews of subcontractor drawings using Revit and AutoCAD.

Designed mechanical systems integrating electrical components such as VRV units, sensors, and controllers for high-performance HVAC systems. Generated precise 3D and 2D models for ducts, diffusers, grills, and electrical routing using AutoCAD and Revit.

Oversaw site execution of mechanical systems including HVAC, plumbing, and firefighting, ensuring alignment with final approved design documents. Worked closely with BIM coordinators and field teams to resolve integration challenges and maintain quality standards.

Led maintenance operations of electromechanical systems (pumps, motors, valves) for five pumping stations. Conducted performance evaluations, data acquisition, and report generation on volume flow metrics.

Produced HVAC and firefighting system designs across residential, commercial, and institutional projects. Developed system layouts, BOQs, and reviewed vendor proposals for HVAC components and accessories.

Delivered complete HVAC system designs using HAP, AutoCAD, and Revit. Focused on component integration and airflow mechanisms in confined spaces.

Prepared technical and commercial offers for mechanical components including sensors, pumps, and power systems for infrastructure tenders.

Managed servicing and failure analysis for submersible pumps and diesel-driven systems.

Matched clients with suitable water/fire pump systems based on system performance and technical requirements.

Grade: 2.857/4.00

Pursued a Master of Engineering in Mechanical Power Engineering at Helwan University, completing in August 2023.

Earned a Bachelor of Engineering in Mechanical Power Engineering from Helwan University, completing in September 2016.