Power System Engineer

About the Role

We are looking for an experienced Power Systems Engineer with strong expertise in power-system analysis, distribution networks, and emerging grid technologies.

The role involves working closely with engineering and software development teams to provide power-system domain expertise, validate analytical methodologies and algorithms, define engineering logic, and ensure the accuracy and reliability of power-system analysis modules.

The ideal candidate should be able to bridge the gap between power-system engineering and software development, with a strong understanding of distribution systems and practical experience in power-system analysis and simulation.

Key Responsibilities

• Provide technical expertise and domain guidance to engineering and software development teams on power-system analysis and distribution network applications.
• Review and validate power-system methodologies, algorithms, equations, assumptions, constraints, and calculations.
• Define appropriate engineering assumptions and calculation approaches for analytical models.
• Review outputs from power-system modules and identify discrepancies, inconsistencies, and technical issues.
• Translate power-system engineering requirements and concepts into clear technical logic for software development teams.
• Support the development, testing, and validation of power-system analysis modules, including Load Flow Analysis, Integrated Capacity Analysis (ICA), Short Circuit Analysis, and Voltage/VAR Analysis.
• Establish benchmark and reference results for validating analytical models and software outputs.
• Review technical requirements and ensure their accurate translation into power-system engineering logic and computational methodologies.
• Support troubleshooting and root-cause analysis of issues related to power-system calculations and analytical models.
• Evaluate analytical results against expected engineering behavior, industry practices, and applicable standards.
• Collaborate with engineering and software teams to improve the accuracy, reliability, and performance of power-system analysis solutions.
• Stay updated with industry standards, utility practices, grid modernization initiatives, and emerging power-system technologies.

Required Qualifications

• M.Tech / Ph.D. in Electrical Engineering, Power Systems, or a related discipline.
• 58 years of relevant experience in power-system engineering, distribution systems, utility planning, or power-system analysis.
• Strong knowledge of:
• Distribution Network & Power-System Analysis
• Load Flow, ICA & Short Circuit Analysis
• Voltage Regulation & Volt/VAR Optimization
• Protection Engineering & Coordination
• DER & Renewable Energy Integration
• Contingency & Reliability Analysis
• Power Quality
• Utility Planning & Network Studies
• Experience with DMS and power-system simulation/analysis tools.
• Knowledge of relevant IEC, IEEE, and utility standards.
• Strong analytical, problem-solving, and technical communication skills.

Technical Skills

• Power-System & Distribution Network Analysis
• Load Flow, ICA & Short Circuit Analysis
• Voltage Regulation & Volt/VAR Optimization
• Protection Engineering & Coordination
• DER & Renewable Energy Integration
• Contingency & Network Reliability Analysis
• Power Quality Analysis
• Utility Planning & Distribution Network Studies
• Distribution Management Systems (DMS)
• Power-System Simulation & Analysis Tools
• Knowledge of relevant IEC, IEEE, and utility standards

Preferred / Additional Expertise

• Experience with advanced DMS and distribution network applications.
• Knowledge of EVs, energy storage, distributed generation, and grid impact assessment.
• Understanding of grid modernization and emerging distribution technologies.
• Experience with fault studies, network reinforcement, capacity planning, and system expansion.

Ideal Candidate

A technically strong Power Systems Engineer who can bridge the gap between power-system engineering and software development, with the ability to validate analytical models, interpret results, define engineering logic, and communicate effectively with technical teams