Key Responsibilities

1.

Substation

Design &

- Engineering

Lead electrical design and engineering for AIS/GIS substations up to 220 k V.

Prepare SLDs, Protection SLDs, schematics, wiring diagrams, control philosophies, and logic diagrams.

Develop complete engineering packages in line with project requirements and applicable standards.

2.

Technical

Documentation &

- Specifications

Prepare and review Tender Specifications, Data Sheets, MRs, TBEs, DBRs, and Technical Specifications.

Ensure all technical documents comply with customer specifications, project requirements, and applicable IEC/IS standards.

3.

Electrical Equipment

Engineering

Lead the sizing, selection, and specification of electrical equipment such as:

CTs &

- PTs

Power Transformers

Switchgear &

- MCCs

DC Systems &

- UPS

Auxiliary Systems

Other substation electrical equipment

4.

Power System

Studies

Perform and review Load Flow, Short-Circuit, Motor Starting, and other power system studies.

Use ETAP for network analysis and validate results through engineering calculations where required.

5.

Electrical

Calculations

Perform/review engineering calculations for:

Cable sizing

Cable trays and conduits

Earthing/Grounding

Lightning protection

Illumination

Short-circuit forces

Conductor sizing

Sag-tension analysis

- Drawing &
- Layout Review

Review and approve key substation drawings and layouts, including:

General Arrangement (GA)

Equipment Layouts

Erection Key Diagrams

Earth Mat Layouts

Cable Routing/Raceways

Grounding Layouts

Lighting Layouts

- Cable &
- Wiring Engineering

Prepare and review Cable Schedules, DB Schedules, Termination Schedules, Inter-Panel Wiring Diagrams, and Cable Routing Documents.

Ensure proper coordination between equipment, panels, cables, and field installations.

- Quality &
- Engineering Compliance

Review engineering deliverables to ensure compliance with:

Project scope

Customer specifications

Applicable standards





Quality requirements

Approved design criteria

Identify design gaps and ensure timely corrective actions.

- Project &
- Multidisciplinary Coordination

Coordinate with Civil, Structural, Protection &

- Control, Instrumentation, Procurement, Construction, and Commissioning teams.

Resolve technical interfaces and engineering issues to maintain project schedules.

- Client &
- Stakeholder Management

Lead project kick-off meetings, technical discussions, design reviews, client meetings, and progress reviews.

Act as a key technical interface between the engineering team, client, consultants, and project management.

- Team Leadership &
- Mentoring

Lead and guide the electrical engineering team.

Review engineering deliverables and provide technical direction.

Mentor engineers and develop the team's technical capabilities.

12.

Continuous

Improvement

Maintain and update the Lessons Learned database.

Drive engineering standardization, best practices, productivity improvement, and design quality enhancement across projects.

Required Experience

12–18 Years of Experience

12–18 years of relevant experience in Electrical Design &

- Engineering.

Robust exposure to EHV/HV Substations within the Power Transmission &

- Distribution or EPC industry.

AIS/GIS Substation Experience

Hands-on experience in the design and engineering of AIS/GIS substations up to 220 k V.

Engineering Leadership

Proven experience in leading engineering teams.

Ability to manage multidisciplinary engineering activities and deliver projects within schedule and quality requirements.

Client &

- Project Exposure

Experience in

Client interactions

Technical discussions

Technical Bid Evaluations

Design reviews

Project coordination

Engineering issue resolution

Educational Qualification

Mandatory

B. E./B. Tech. in Electrical Engineering from a recognized university.

Preferred

Master’s Degree in Power Systems or Electrical Engineering will be an added advantage.

📌 Design Engineer (Gurugram)
🏢 HARTEK GROUP
📍 Gurugram