MEP ENGINEER
INDUS TECH ENGINEERING
Total des années d'expérience :2 years, 2 Mois
I am working as part of the project management team, reporting to the Project Director, I am responsible for all aspects of the project relating to building services. My role includes the management of the MEP team to ensure that the day to day duties are performed professionally and expeditiously to support the ongoing progress of the project.
Responsibilities:
•Manage the day to day work of the MEP team.
•Review Contractor’s installation method statements. •Review Contractor’s shop drawings against the design \[tender\] drawings for compliance the design intent and return to Project Director with appropriate comments / approval within the specified contractual period.
• Review contractor’s mechanical shop drawing in conjunction with the structural, architectural and electrical engineers to ensure engineering co-ordination and advise the Project Director accordingly.
• Review Contractor’s proposed sub-contractor(s) associated with the engineering works from a technical standpoint.
• On a spot basis, witness mechanical system final testing and commissioning.
• Review and comment on Contractor’s testing and commissioning results and advice the Project Director accordingly.
• Undertake final project snagging and prepare list of defects for Contractor’s action.
• Prepare draft site / engineer’s instructions, relating to the building mechanical services, as required and issue to the Project Manager.
• Provide advice to the Project Director in regard to any mechanical services related variation costs that may be claimed by the Contractor during the course of the works.
• Review and comment upon the Contractor’s Operation and Maintenance manuals.
• Set up meetings to resolve specific site problems as required to minimize program
delays.
• Review and approve Contractor’s ‘as built’ drawings.
• Advise on long lead MEP items that may affect progress of the works.
• Ensure that daily progress reports are produced with regards to MEP works
In layout material and stress
first class