Work extensively with transformer monitoring systems, including:
Optimize solutions for scalability, security, and compliance with industry standards.
Provide technical guidance to internal teams and external customers on asset health management strategies.
Support validation of AI models against real-world substation scenarios to ensure accuracy and reliability.
Analyze data from substation monitoring systems to extract actionable insights.
Define requirements for algorithms that utilize sensor data, operational parameters, and historical performance trends.
Partial Discharge (PD) monitoring for insulation integrity.
Identify common challenges in asset health monitoring and lifecycle management.
Act as a bridge between domain experts and AI experts & development teams.
Stay updated with CIGRE working groups, technical brochures, and papers to incorporate global best practices and emerging trends in asset health management.
Work closely with product teams to support integration of AI tools into existing monitoring platforms.
Collaborate with data scientists and software engineers to support design of AI-driven solutions for predictive maintenance and anomaly detection.
Requirements
10+ years
dga
predictive maintenance
iot
python
electrical engineering
10+ years of experience in substation condition monitoring solution development.
Dissolved Gas Analysis (DGA) for insulation health and fault detection.
Familiarity with predictive maintenance concepts, condition monitoring, and reliability engineering.
Familiarity with CIGRE technical brochures, working groups, and recommendations for asset management and monitoring.
Exposure to IoT-based monitoring solutions and cloud platforms.
Good to have: understanding of AI/ML fundamentals, data preprocessing, and model validation (experience in Python or similar is a plus).
Strong knowledge of substation assets (transformers, switchgear, sensors) and their operational lifecycle.
Temperature, moisture, and bushing monitoring solutions.
Understand the operation, working principles, and health cycle of substation assets (transformers, circuit breakers, sensors, etc.).
Experience in power systems engineering or electrical asset management.
Bachelor’s or master’s degree in electrical engineering or power system engineering or related field.
Hands-on experience with substation monitoring equipment, including DGA analyzers, partial discharge monitors, and thermal monitoring systems.
Knowledge of industry standards (IEC, IEEE) for substation equipment.
Excellent problem-solving and communication skills.
Benefits
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Training + Development
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Interview process
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Visa Sponsorship
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Security clearance
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Company
Overview
Founded in 1847
Historical Milestone
Established as a small telegraph company and transformed into a global leader in technology.
The company drives progress with solutions in electrification, automation, and digitalization across industries.
With cutting-edge products and services, it leads sustainable innovation for industries like energy, manufacturing, and infrastructure.
Its impressive portfolio includes smart grids, automated factories, advanced healthcare technologies, and solutions for urban mobility.
Siemens’ digital solutions enhance efficiency and sustainability in everything from smart buildings to electric vehicles.
It has contributed to iconic projects, including energy-efficient train systems and automation in key industrial sectors.
Transforming how industries use digital technology to optimize operations and tackle global challenges.
Culture + Values
Leading change is a team effort
Our people are enthusiasts with diverse backgrounds, skills and interests
Every individual is valued
Ownership – empowering employees to take responsibility
Collaboration – leveraging unique strengths to find creative solutions