Electrical Engineer

Qualification: B.E / B.Tech. (Electrical Engineering)

Experience Level: 5 to 8 years in Industry experience (Fertilizer/Petrochemical/oil and gas plants)

Software Proficiency: Proficient in ETAP, Dialux, AutoCAD, and E3D for design and analysis purposes

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.

Responsibilities:

1. Prepare and review electrical load lists for projects.
2. Utilize knowledge and experience in ETAP, Dialux, AutoCAD, and E3D for design and analysis purposes.
3. Design protection schemes, single-line diagrams, and substation layouts in compliance with industry standards.
4. Develop plant area layouts including cable trench/tray routing, earthing, and lighting systems.
5. Conduct lighting illumination calculations using AGI 32 and Luxicon, providing guidance on lighting schemes and controls.
6. Estimate materials for power, lighting, and earthing systems and prepare material take-off documents.
7. Prepare purchase requisitions, data sheets, and technical bid evaluation reports.
8. Review vendor documents and provide input as necessary.
9. Guide designers in 3D modeling and 2D drafting, ensuring coordination with other engineering disciplines.
10. Utilize 2D CAD tools like AutoCAD and MicroStation, along with 3D model review software such as SPR and Navisworks.
11. Ensure all design deliverables comply with applicable codes and standards.
12. Coordinate effectively with other engineering disciplines for project integration.
13. Conduct thorough checking and review of all electrical documents and drawings before release.
14. Assist in work planning, progress monitoring, and adherence to scheduled completion of engineering documents.
15. Collaborate with the Lead Engineer and contribute to departmental functions as needed.

Additional Skills:

1. Expertise in designing electrical systems, including power distribution, lighting, control systems, and equipment specifications, while adhering to industry standards and codes.
2. Knowledge of energy-efficient design principles, renewable energy technologies, and sustainability practices to optimize energy usage and reduce environmental impact.
3. Ability to conduct risk assessments, implement safety measures, and ensure compliance with electrical safety standards, regulations, and codes.
4. Strong communication skills to interact with clients, contractors, and stakeholders, as well as collaborate effectively with cross-functional teams and vendors.
5. Proficient in diagnosing and resolving electrical system issues, conducting root cause analysis, and implementing corrective actions to improve system performance.
6. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

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