Electrical Engineer – Solar – DEWA Approved

Electrical Engineer Solar – Must Approved DEWA in UAE: 5 years (Required)

Dubai Municipality Approved Certificate

UAE driving (Required)

Bachelor’s (Preferred)

Full Job Description

Own Visa Advantage / NOC ( UAE Experience Must )

Plan, organize, and lead Energy Performance Contract projects

The Solar Electrical Engineer is responsible for providing innovative and comprehensive solutions in design engineering for commercial and utility-scale solar photovoltaic projects. Solar engineers work in a collaborative, team- based environment. Work closely with Sales and Engineering to offer best solution for each project.

DEWA Approved license require for renewable energy ( Solar energy )and municipality registration

Dubai Municipality Approved Certificate

Perform on-site energy efficiency audits that are focused on mechanical system, control systems and lighting energy efficiency opportunities

Analyze potential opportunities, create proposals and present findings to customers.

Conduct historical utility billing analysis and facility benchmarking analysis

Recommend and analyze Energy Efficiency Measures (EEMs)

Develop and implement Site Measurement Plans and deploy equipment to document parameters such as operating times, flows, energy consumption, temperatures, etc.

Develop Site Survey Plans and Audit Checklists

Coordinate with suppliers, consultants and contractors to ensure original design intent is adhered to throughout implementation

Design of EEMs and review drawings, specifications, bill of quantities and sequences of operation

Perform concept and schematic design, calculations and drawing production

Research emerging technologies and standards for implementation into company practice and project implementation

Conduct site visits to verify installation and operation of technologies

Coordinate and inspect on-site work and installations performed by suppliers, consultants and contractors

Work with project site staff, owners staff and maintenance teams to ensure accurate operation within design parameters

Analyze consumption before, during and after implementation phases using energy modeling software