Power Electronics Data Engineer

About the job

Job Title: Power Electronics Data Engineer About the Role We are seeking a motivated Power Electronics Data Engineer who bridges the gap between electrical engineering and data analytics. This hybrid role is ideal for someone with a background in power electronics who also knows Python and is eager to develop skills in data analytics and AI. You will receive dedicated AI training as part of your career growth. Key Responsibilities • Work with power electronics and sensor data to extract, clean, and analyze performance trends. • Build and maintain analytical dashboards to monitor power system efficiency and reliability. • Collaborate with engineering teams to model energy flows, losses, and system behavior using Python-based tools. • Support development of machine learning models (you will be trained) for fault detection, predictive maintenance, and optimization. • Document processes, analysis results, and present insights to engineering leadership. Qualifications • Bachelor’s or Master’s degree in Electrical Engineering, Power Electronics, or a related field. • Strong foundation in power electronics principles (converters, inverters, control systems, etc.). • Basic to intermediate proficiency in Python (data manipulation, scripting, or simple analysis). • Understanding of physics and electrical circuit fundamentals. • Interest in AI, data analytics, and applied machine learning (training will be provided). • Prior experience (0–4 years) in power electronics R&D, testing, or data analysis preferred. Preferred Skills • Familiarity with similar Python libraries. • Comfortable working with cross-functional engineering and data science teams. What We Offer • Training in AI technologies and data platforms. • Opportunity to work on cutting-edge power systems analytics projects. • Collaborative environment bridging engineering and data intelligence. • Competitive salary and career development opportunities.

Requirements

• Python
• Power Electronics
• Data Analytics

Qualifications

• Bachelor’s or Master’s degree in Electrical Engineering
• Strong foundation in power electronics
• Basic to intermediate proficiency in Python

Preferred Technologies

• Python
• Power Electronics
• Data Analytics

Benefits

• Training in AI technologies
• Opportunity to work on cutting-edge projects
• Collaborative environment