Electrical Engineer – Power System Studies

Accountabilities

• • Perform power system studies including grounding, short-circuit, load flow, arc flash, protective device coordination, ampacity, harmonic, and power quality analyses.
  • Develop and maintain electrical system models for utility-scale solar PV, battery energy storage systems, collection systems, and renewable generation facilities.
  • Support the design, sizing, and routing of medium-voltage collection system cables according to established engineering criteria.
  • Prepare technical study reports, calculation packages, engineering documentation, and other project deliverables.
  • Conduct power system analyses for utility-scale generation, interconnection, and renewable energy facilities.
  • Automate repetitive calculations, data processing, and reporting activities to improve efficiency and study turnaround times.
  • Apply relevant IEEE, NESC, NEC, utility, and jurisdictional requirements to assigned studies and designs.
  • Perform QA/QC checks on engineering calculations, system models, and supporting data before submission for technical review.
  • Follow applicable company, industry, and project safety standards and engineering practices.
  • Present study findings, technical questions, assumptions, and open issues during internal project meetings.
  • Support senior engineers during discussions with clients and utilities, particularly regarding grounding scope, methodology, and study results.
  • Work under the guidance of senior engineers while applying established engineering techniques, procedures, and criteria.
  • Share analytical methods, templates, technical knowledge, and lessons learned with other members of the engineering team.
  • Manage assigned deliverables and deadlines while supporting additional engineering activities as required.

  Requirements

  • Bachelor's degree (B.E./B.Tech.) or higher in Electrical Engineering or a closely related discipline.
  • Foundational understanding of power systems concepts, including grounding, electrical distribution, generation, transmission, and renewable energy systems.
  • Practical experience in power distribution, generation, transmission, solar PV, battery energy storage, or related power engineering environments.
  • Working knowledge of power system analysis software such as ETAP, CDEGS, CYMCAP, PSS/E, PSLF, or equivalent platforms.
  • Ability to develop, interpret, and validate electrical system models and engineering calculations.
  • Strong technical writing and documentation skills, with the ability to prepare clear engineering reports and calculation packages.
  • Advanced English proficiency, approximately equivalent to IELTS 7.0+, TOEFL iBT 95+, or PTE 76+, enabling effective collaboration with US-based teams and preparation of technical documentation.
  • Strong analytical, problem-solving, organizational, and attention-to-detail skills.
  • Ability to work independently on assigned engineering activities while collaborating effectively within a broader project team.
  • Willingness to work Monday through Friday, approximately 3:00 PM to 11:00 PM IST, to support international teams.
  • Exposure to solar PV, battery energy storage, wind, microgrids, or other renewable energy technologies is desirable.
  • Experience with Python or another programming language for engineering calculations, data processing, or reporting automation is preferred.
  • Exposure to CDEGS, PSS/E, PSCAD, or similar advanced power system analysis tools is a plus.
  • EIT certification is desirable but not required.

  Benefits

  • Remote work arrangement in India.
  • Annual compensation range of approximately ₹1,675,000–₹2,716,000.
  • Comprehensive health and wellness coverage for employees and eligible family members, including hospitalization, maternity, mental health support, annual health checkups, and extensive outpatient, dental, and vision benefits.
  • Accident and disability insurance.
  • Life insurance coverage.
  • Participation in an International Long Term Incentive Plan, providing the opportunity to earn equity over time based on organizational performance.
  • Attractive vacation, sick leave, and holiday benefits.
  • Paid parental leave.
  • Opportunity to work on utility-scale solar, battery storage, and other renewable energy projects contributing to the global clean energy transition.
  • Professional development through collaboration with experienced engineers and exposure to advanced power system studies and renewable energy technologies.