Identification Data for the Bachelor’s Degree in Renewable Energy Engineering
Identification Data for the Bachelor’s Degree in Renewable Energy Engineering
| Name and code | Graduate in Renewable Energy Engineering – 2503085 |
| Field of knowledge | Engineering and Architecture |
| Subject area | Industrial Engineering |
| Specializations (Majors) | – Major in Electrical Engineering – Major in Industrial Electronic Engineering |
| RUCT Registration and publication in BOE | Verified, pending publication in the BOE. |
| Curriculum published in BOE | Verified, pending approval in the BOE. |
| Responsible center and instruction | Superior Technical School of Engineering of Algeciras |
| Implementation year | 2026-27 |
| Program duration | 4 academic years (240 ECTS credits) |
| Mode of study | On-campus (Face-to-face) |
| Languages of instruction | Spanish. (Optional bilingual activities in English according to the center’s project). |
| Number of places for new entries | 40 |
| Permanence regulations | According to the current regulations of the University of Cádiz for Undergraduate studies. (Passing 30% of credits for full-time and 40% for part-time to continue studies). |
| Academic pathways |
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| Professional opportunities | This degree trains experts with high technical capacity for the technological design, operation, maintenance, and management of renewable energy systems. The scope of work includes energy asset management, technical sustainability consulting, development of distributed generation solutions, and efficiency analysis in the industrial and energy sectors. |
| Graduate profile | The graduate possesses a multidisciplinary technical profile specialized in the integration of clean energy sources.
– Major in Electrical Engineering: Specialization in power infrastructure. The graduate acquires technical competencies for the integration of generation systems into the grid, microgrid management, and energy storage systems. – Major in Industrial Electronic Engineering: Specialization in intelligent energy processing. The graduate focuses on power electronics for energy conversion, plant automation, and digitalization of energy assets (Smart Grids). |