Electrical Engineer - Power Systems Analysis

About the Role Our client is seeking a skilled Electrical Engineer to join their team in Mahikeng , focusing on power systems analysis.
This role is essential for evaluating the performance, stability, and reliability of electrical networks, particularly in the context of increasing demands and the integration of new energy sources.
You will utilize advanced simulation tools to model and analyze complex power systems, providing critical insights for network planning and operational improvements.
This hybrid position allows for focused analytical work remotely, with on-site requirements for data collection, site visits, and team collaboration.
The ideal candidate possesses strong analytical skills and a deep understanding of power system dynamics.
Key Responsibilities Perform detailed power system studies , including load flow, short-circuit analysis, transient stability, and contingency analysis.
Develop and maintain accurate power system models using industry-standard software.
Analyze the impact of new generation, transmission, and distribution projects on grid performance.
Identify potential network issues and recommend mitigation strategies to enhance reliability and security.
Collaborate with network planning and operations teams to implement study recommendations.
Stay current with advancements in power system technology and analysis techniques.
Requirements Bachelor's or Master's degree in Electrical Engineering, specializing in Power Systems.
Minimum of 6 years of experience in power systems analysis and simulation.
Proficiency in power system software such as PSS/E, DIg SILENT Power Factory, ETAP, or similar.
Strong understanding of power system fundamentals, including grid stability and protection.
Experience with renewable energy integration studies is advantageous.
Excellent analytical, problem-solving, and report-writing skills.
Benefits Competitive salary and performance incentives.
Hybrid work model offering excellent flexibility.
Comprehensive medical and retirement benefits.
Access to advanced simulation tools and training programs.
Opportunity to contribute to the stability and future of the power grid.
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