Job Description
GlobalLogic is looking for an analytical Power System Software Engineer. This role
focuses on application of software engineering to grid Reliability, Security
Assessment, and High- Performance Simulation. You will work on the technical core
of utility operations. Your task is to lead a team that is tasked to modernize and
accelerate computational tools. You will develop current techniques, use parallel
programming, high-performance computing (HPC), and artificial intelligence to
improve these tools.
Key Responsibilities
● Team Lead: Manage the workflow of a small team. Coordinate technical tasks
among engineers to ensure the success of the project, mentor and develop
the team
● Reliability and Security Modelling: Build software modules for real-time and
operational planning. These modules include Power Flow, Optimal Power Flow
Contingency Analysis (N-1, N-2 criteria), Voltage Stability (VSAT), and
Transient Stability (TSAT) and others.
● Simulation Acceleration: Create methods to speed up simulations and static
analysis tools.
● HPC and Parallel Computing:



Use parallel processing, multi-threading, CUDA
and other frameworks. You will apply distributed computing patterns to
evaluate many contingencies at the same time.
● AI for Reliability: Train and use Physics-Informed Neural Networks (PINNs) or
surrogate ML models. These models must evaluate system stability margins
and predict voltage or frequency collapse quickly.
● Cross-Functional Collaboration: Work with platform architects to provide
low-latency analytics tools.
● Software Craftsmanship: Write clean code and keep documentation quality
high. Use version control (Git), perform code reviews, and use containerized
deployment.
Must-Have Skills
● Education: You must have a Ph.D. degree in Electrical Engineering, Computer
Science, or Applied Mathematics. Your research focus should be on Power
System or graph based analysis, operational research or optimization.
● Domain Expertise: You need a strong unde

📌 Technical Lead (Noida)
🏢 GlobalLogic
📍 Noida