project engineer
MEM
Total des années d'expérience :12 years, 8 Mois
Responsibilities
Review and coordinate design drawings and specifications to ensure compliance with project requirements.
-Perform and implement value engineering proposals on the design.
-Assist in preparing the Quality Plan including organizational chart, work program schedule, material acquisition plan, shop drawings plan, subcontracting plan, general method statement, inspection and testing plan, safety plan, forms and checklists.
-Control and guide all electrical subordinates, subcontractors and specialist suppliers.
-Handle all electrical submittals including shop drawings, material & systems, method statements.
-Interface management with the client and consultant representatives, local authorities, and interface contractors.
-Developing procurement strategies for subcontractors/ suppliers in terms of packaging and scope of works.
-Monitor the site progress and lead the construction team to ensure proper implementation on site in compliance with project schedule, quality standards, electrical codes and local regulations. -Identifying bottlenecks, resolving technical problems in design and construction.
-Tackle all correspondences related to the electrical discipline.
-Tackle the Engineer’s Instructions issued by the client and related variations.
-Coordinate between electrical discipline and all other project disciplines.
-Guide the QA/QC electrical team for proper installations & material inspections.
-Handle testing, commissioning, startup and handing over to the client.
-Perform and implement value engineering proposals on the design.
-Assist in preparing the Quality Plan including organizational chart, work program schedule, material acquisition plan, shop drawings plan, subcontracting plan, general method statement, inspection and testing plan, safety plan, forms and checklists.
-Control and guide all electrical subordinates, subcontractors and specialist suppliers.
-Handle all electrical submittals including shop drawings, material & systems, method statements.
-Interface management with the client and consultant representatives, local authorities, and interface contractors.
-Developing procurement strategies for subcontractors/ suppliers in terms of packaging and scope of works.
-Monitor the site progress and lead the construction team to ensure proper implementation on site in compliance with project schedule, quality standards, electrical codes and local regulations. -Identifying bottlenecks, resolving technical problems in design and construction.
-Tackle all correspondences related to the electrical discipline.
-Tackle the Engineer’s Instructions issued by the client and related variations.
-Coordinate between electrical discipline and all other project disciplines.
-Guide the QA/QC electrical team for proper installations & material inspections.
-Handle testing, commissioning, startup and handing over to the client.
I was responsible for design shop drawings establishing and installation of factory equipment and production lines and ensure the continuity of its work and also the organization of work for the shortest duration of the production
Residence in China is still valid in case you need it
I have effectively served as project manager, project
engineer, and lead technical advisor system master plans. Also I
have excellent hand on experience maintenance & installation of
electrical industrial equipments. Good experience in PLC programmer
Training in the first place
Good in set-up, utilization and data processing of equipment and
software
Make report and analyzing call drops, call setup failure and coverage holes
Power engineering, also called power systems engineering, is a subfield of electrical engineering that deals with the generation, transmission, distribution and utilization of electric power, and the electrical apparatus connected to such systems. Although much of the field is concerned with the problems of three-phase AC power – the standard for large-scale power transmission and distribution across the modern world – a significant fraction of the field is concerned with the conversion between AC and DC power and the development of specialized power systems such as those used in aircraft or for electric railway networks. Power engineering draws the majority of its theoretical base from electrical engineering.