Job Description Summary We are seeking a Systems Engineer with robust software and AI expertise to support the transformation of HVDC system design and studies through advanced digital technologies.
This role combines power systems engineering with AI/ML and automation to enhance engineering productivity, enable large-scale simulation workflows, and improve system design decision-making.
The candidate will act as a technical bridge between traditional HVDC studies and contemporary AI/ML-driven approaches, ensuring that digital solutions are grounded in core engineering principles. Job Description

Essential Responsibilities
Perform HVDC system studies including:
Insulation coordination, network interaction, reliability, and losses analysis
Support system design activities including main scheme design and equipment specification.
EMT and RMS simulations using tools such as PSCAD, PSS/E, DigSilent, MATLAB, RTDS
Develop and maintain Python-based automated workflows for:
Large-scale, multi-scenario batch simulations (especially in PSCAD)
Study execution, result processing,



and reporting
Identify prospects to optimize system study tools and methodologies using:
AI/ML-based techniques
Data-driven approaches to improve efficiency and accuracy
Develop and implement:
AI solutions like LLM and RAG-based and AI agents.
Bridge the gap between engineering simulation tools and AI/ML frameworks through robust software integration.
Serve as a technical interface between HVDC engineering and data science/software teams, ensuring AI-driven insights align with fundamental power system principles.

Desired Additional Skills
Experience in HVDC / FACTS power system studies or design
Strong understanding of Python applications in power system tools and simulations
Familiarity with AI/ML frameworks.
Knowledge of LLMs, RAG architecture, and agent-based systems
Experience with simulation automation and engineering data pipelines
Exposure to tools such as

📌 Systems Engineer Systems Studies Noida (India)
🏢 GE Vernova
📍 India