We are seeking a Jr. Power System Engineer to join our Power Systems Energy & Utility Consulting team. This is an excellent opportunity for a professional with 0-2 years of relevant experience to contribute to power system studies and models for energy clients worldwide. The ideal candidate will have a Bachelor's degree in Electrical Engineering and proficiency in a few key planning software tools. You will apply advanced engineering techniques to solve complex problems and ensure all projects adhere to strict quality and compliance standards.

Key Responsibilities

Power System Analysis: Perform technical modeling and simulation of electrical power systems. You will conduct power flow studies, transient stability, short circuit, and protection coordination studies to enhance network performance.
Technical Support & Automation: Provide technical direction and training to other team members. You will also use tools like Python to automate repetitive tasks, continuously improving modeling and data analysis processes.
Project Management: Oversee projects concurrently, ensuring that critical path items are identified and resolved to meet client deadlines. You will assist in preparing project documentation and training materials.
Client Engagement: Act as a point of contact for clients, effectively communicating and presenting complex technical concepts. You will work to ensure deliverables are aligned with client needs and expectations.
Compliance & Standards: Ensure all projects are compliant with relevant IEEE/NERC, IEC, and other international standards. You'll stay updated on industry developments, particularly in North American power systems.

Required Qualifications

Education: A Bachelor's or Master's degree in Electrical Engineering.
Experience: 0-2 years of professional experience in a relevant field.
Technical Skills: Proficiency in at least a few planning software tools such as PSS/E, PSLF, PSCAD, ETAP, or MiPower. Experience with various power system studies like load forecasting, generator interconnection, and transient stability is also required.
Soft Skills: You must have excellent communication, analytical, and critical thinking skills. A flexible approach to work, with the ability to manage time effectively and handle multiple projects simultaneously, is crucial.
Additional Knowledge: Familiarity with IEEE/NERC & IEC standards is essential. Knowledge of renewable energy integration and grid modernization is desirable.