Master in Electrotechnics

MASTER 100% On-line

Master in Electrotechnics

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Duration

1500 hours

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Credits

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Language

Spanish

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Phia Integrated

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Agenda

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At the end of the course, you will obtain the accredited qualification

This is not just about learning, but also about accrediting your knowledge with the most important institutions in the sector:

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Master's Degree in Electrotechnics with 1500 hours issued by Structuralia

+25 years

Reference in the sector. Recognition guarantee.

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In-person training with global impact

An international postgraduate degree taught in Madrid is available at the end of 2026

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More than 200K students from all over the world maintain contact with Structuralia. Join it

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Scholarships available

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specialized courses in Structuralia

Large companies support us in the Industry, Energy and Environment sector

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Learn from the best in your sector

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rogelio delgado mingorance

Industrial Technical Engineer, specializing in Electricity, and Industrial Organization Engineer from the University of Jaén, he also has a Master's Degree in Project Management and Management. He began his professional career as a design engineer and construction manager in industrial facilities, developing technical projects and supervising the execution of works in the industrial field. Subsequently, he oriented his career towards the field of training, where he has developed extensive experience as a teacher both in person and online, teaching courses in areas related to engineering, industry, management, facilities and renewable energies.

Teaching experience

Teacher in face-to-face and online training:

Teaching courses in areas of engineering, industry, management, facilities and renewable energies

Professional experience

Project engineer and construction manager in industrial facilities:

Development of technical projects in the industrial field

Management and supervision of works in industrial facilities

Professional Skills:

Highlights include project management in industrial facilities, technical training in engineering and industry, project management and direction (Project Management), and the development and supervision of industrial facilities and systems linked to renewable energies.

Industrial Technical Engineer, specializing in Electricity, and Industrial Organization Engineer from the University of Jaén, he also has a Master's Degree in Project Management and Management. He began his professional career as a design engineer and construction manager in industrial facilities, developing technical projects and supervising the execution of works in the industrial field. Subsequently, he oriented his career towards the field of training, where he has developed extensive experience as a teacher both in person and online, teaching courses in areas related to engineering, industry, management, facilities and renewable energies.

Teaching experience

Teacher in face-to-face and online training:

Teaching courses in areas of engineering, industry, management, facilities and renewable energies

Professional experience

Project engineer and construction manager in industrial facilities:

Development of technical projects in the industrial field

Management and supervision of works in industrial facilities

Professional Skills:

Highlights include project management in industrial facilities, technical training in engineering and industry, project management and direction (Project Management), and the development and supervision of industrial facilities and systems linked to renewable energies.

Master in Electrotechnics

Información adicional del MASTER

Master in Electrotechnics

12 months de tutorización

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Course information

Description

The Master in Electrotechnics is a high-level specialization designed for professionals in the electrical and electronic sector who seek to deepen the management and application of advanced electrotechnics principles. This program addresses the need to acquire specific knowledge to apply your knowledge effectively in key areas, such as electrical engineering applied to fluid distribution networks or the optimization of thermal installations. You will explore the nature of electricity, magnetism and electromagnetism, essential foundations for understanding the behavior and interaction of complex electrical systems. You will analyze in detail the electrical circuits and low-voltage electrical networks, as well as the operation, maintenance and efficient management of transformation centers. You will delve into the study of batteries, accumulators and techniques for measuring electrical magnitudes, critical elements for accurate diagnosis and continuous monitoring of systems. This master's degree will allow you to master the protections of the electrical installation, rigorously applying the Low and High Voltage Electrotechnical Regulations, an essential competence to guarantee safety, reliability and regulatory compliance. You will study generators, transformers and electric motors in depth, understanding their design, operation, selection and optimization. Finally, you will integrate the fundamentals of basic electronics and electronic circuits, expanding your ability to address and solve current technological challenges in the field of automation and control.

Job opportunities

In the electrical and electronics sector, this specialization positions you to take on senior management and consulting roles. You will be able to lead the technical direction of electrical installation projects, managing everything from the design of low voltage networks to the implementation of protection and transformation systems. You will develop skills as a consultant specialized in the optimization of electrical circuits and the integration of generators and transformers in complex infrastructures. You will also be able to lead teams as responsible for advanced maintenance of electromagnetic and electronic systems, ensuring compliance with the Low and High Voltage Electrotechnical Regulations. This training prepares you to work as a senior electrical systems engineer, electrification project manager or specialist in energy efficiency and fluid distribution networks, applying knowledge about batteries, accumulators and measurements of electrical magnitudes to make critical decisions.

What does it prepare you for?

This program prepares you to lead the transformation and optimization of complex electrical systems, providing you with a comprehensive perspective in electrical engineering. You will develop the ability to design and implement advanced strategies for networks and fluid distribution systems, as well as for thermal installations, integrating the principles of electricity, magnetism and basic electronics. You will learn to evaluate the impact of protections on the electrical installation and to manage the application of the Low and High Voltage Electrotechnical Regulations, making critical decisions about transformation centers, generators and motors. You will acquire the skills for advanced management of electrical systems, which will allow you to lead electrification projects. You will master the interpretation of technical installation information, from the nature of electricity to electronic circuits, allowing you to effectively address technical and regulatory challenges.

Who is it addressed to?

Professionals in the electricity and electronics sector seeking deep specialization in the management of electrical systems will find the ideal training in this master's degree. If you work in the design, installation or maintenance of networks and fluid distribution systems, or in thermal installations, and feel the need to update your knowledge about electrical circuits, magnetism and electromagnetism, this program will provide you with the strategic and technical knowledge you need. It is ideal for those who want to master the Low and High Voltage Electrotechnical Regulations, as well as the management of transformation centers, generators and electric motors, in order to optimize the efficiency and safety of infrastructures.

Objectives

• Analyze the fundamental functions and laws of electricity, understanding its application in complex systems and distribution networks. • Interpret the technical documentation of thermal installations and electrical systems, deducing critical information for their design and maintenance. • Relate the graphic symbols to the electrotechnical components represented, identifying their function in the installation configuration. • Manage the protections of electrical installations, rigorously applying the Low and High Voltage Electrotechnical Regulations. • Design optimization strategies for low voltage electrical networks and transformation centers, ensuring their efficiency and reliability. • Evaluate the performance of generators, transformers and electric motors, implementing improvements for their operation and useful life. • Integrate principles of basic electronics and electronic circuits in the development of solutions for the control and automation of systems. • Make strategic decisions in the selection and application of batteries, accumulators and measurement techniques for advanced diagnosis of electrical systems.

Master in Electrotechnics