C&P Engineer Studies

Skills this role screens for

About the role

Siemens Gamesa is hiring for the role of C&P Engineer Studies!

The work

Responsibilities of the Candidate

• Develop and maintain power system models under the guidance of senior study engineers.
• Assist in preparing and validating study inputs, assumptions, and simulation parameters.
• Contribute to simulation studies for HVDC, FACTS, and transmission grid projects using industry-standard software tools.
• Prepare technical study reports, calculation notes, and engineering documentation in line with project requirements.
• Generate simulation outputs, plots, and graphical analysis to support technical conclusions.
• Maintain accurate records of study assumptions, inputs, and simulation models through version control practices.
• Support the preparation of documentation for customer submissions and internal design reviews.
• Work closely with multidisciplinary engineering teams including Control & Protection, Primary Engineering, System Design, and Project Management.
• Participate in technical discussions to collect and validate engineering inputs.
• Support quality assurance activities to ensure compliance with project standards and engineering best practices.
• Contribute to knowledge-sharing initiatives, continuous improvement programs, and technical training activities.

Who they want

Requirements

• Bachelor's Degree in Electrical Engineering, Power Systems Engineering, or a related discipline.
• 0-2 years of experience in power system analysis, electrical engineering, or grid simulation studies.
• Internship, academic project, or professional exposure to power systems studies is desirable.
• Understanding of power system analysis and network studies.
• Exposure to simulation software such as:
• PSCAD
• PSS®E
• DIgSILENT PowerFactory
• Knowledge of:
• Load flow studies
• Short circuit analysis
• Transient stability analysis
• Electrical network modelling
• Basic understanding of transmission grid codes and industry standards.
• Foundational knowledge of Control & Protection systems for substations, HVDC, or FACTS applications.
• Understanding of power system dynamics and control principles.
• Exposure to dynamic AC network reduction concepts is an advantage.