Madrid System Development

Description

Position Summary: Internship at Red Eléctrica for engineering students, collaborating on the analysis and improvement of tools for power system studies. Key Highlights: 1. Collaboration in updating technical tools for the power system 2. Application of engineering knowledge to real-world technical analysis 3. Development of skills in PSS/E and Python for electrical analysis RED ELECTRICA DE ESPAÑA, SAU **Madrid** (Madrid) T/2026/50111 **What does the company offer?** --------------------------- * **1** internship position at RED ELECTRICA DE ESPAÑA, SAU for **3 months**, starting in **July 2026** * Monthly gross stipend of **800.00€** * 6 hours per day, morning shift * START Program * Internship location in Spain: Paseo del Conde de los Gaitanes, 177\. 28109 Alcobendas (Madrid) Madrid (Madrid) **What profile is the company seeking?** --------------------------------- * **University undergraduate or master's student:** Bachelor's Degree in Energy Engineering, Bachelor's Degree in Electrical Engineering, Bachelor's Degree in Industrial Electronics Engineering **Proposed Training Plan** ------------------------------- **Red Eléctrica** is part of the Redeia Group and carries out a key activity within the power system, participating in the operation, planning, and development of Spain’s electricity transmission grid. Its activities contribute to the security, continuity, and quality of electricity supply, as well as to the integration of new energy solutions. The internship will take place in the **System Development Department / System Reliability Department**, areas focused on the analysis, improvement, and evolution of technical tools for power system studies. Interns will learn how electrical analysis methodologies are applied in a specialized technical environment, especially concerning transient stability studies and models used to represent the behavior of various system components. **Training Objectives** During the internship, the selected candidate will be able to: * Learn to collaborate in updating technical tools used in power system studies. * Understand the use of manufacturer models in transient stability studies. * Apply knowledge of electrical engineering, electricity, or energy in a real-world technical analysis environment. * Develop competencies in handling specific software tools such as **PSS/E** and **Python**. * Understand the importance of power system reliability, stability, and security. * Enhance communication, organization, proactivity, and teamwork skills. ️**Planned Training Activities** Under supervision, the intern will participate in activities aimed at: * Supporting the update of department-developed tools for transient stability studies. * Learning how to incorporate manufacturer models into simulation and analysis tools. * Collaborating in the review and processing of technical information related to electrical studies. * Becoming familiar with simulation and analysis methodologies for the dynamic behavior of the power system. * Using **Python** and **PSS/E** as tools to support technical learning. **Mentorship and Follow-up** The internship will be supervised by a specialized **tutor** from Red Eléctrica, who will accompany the intern’s training process. Learning objectives will be established at the beginning of the internship, and periodic follow-up will be conducted to monitor the intern’s progress. Continuous feedback will also be provided to facilitate the acquisition of both technical and transversal competencies. ‍ **Student Profile** This internship is targeted at individuals currently pursuing degrees in: * Industrial Engineering, with specialization in electricity. * Electrical Engineering. * Energy Engineering. * Accredited Master’s in Industrial Engineering. **Valued Knowledge and Competencies** * Knowledge of power systems and network analysis. * Proficiency in **PSS/E**. * Knowledge of **Python**. * English language level **B2**. * Positive attitude, proactivity, and ability to collaborate in a team. **Training Value** This internship offers an opportunity to develop advanced technical competencies in the field of power systems, applying university-level knowledge in a specialized, high-value environment supporting the energy transition. Through the START Program, interns can deepen their expertise in simulation tools, transient stability, and power system reliability, preparing them for future professional challenges in the energy sector.