UNIR

UNIR - La Universidad en Internet

Mariano Bacigalupo Saggese

Abel Estoa Pérez

This master's program offers a comprehensive understanding of the legal regimes governing major energy sectors such as electricity, oil, and natural gas. You will explore new business models related to energy transition, including renewable energies, green hydrogen, and smart grids. The course emphasizes practical application through case studies and provides access to cutting-edge legal tools and databases.

Master in Energy Law and Energy Transition

Analyze the legal frameworks governing electricity, oil, and natural gas sectors.

Legal Regimes of Energy Sectors

Explore new business opportunities in renewable energies, green hydrogen, and smart grids.

Energy Transition Business Models

Understand the legal rules related to the transportation, distribution, and supply of energy.

Energy Transportation and Distribution

Apply competition law principles within the energy sectors.

Competition Law in Energy Sectors

Engage with real-world case studies to apply theoretical knowledge in practical scenarios.

Practical Case Studies

Learn about new regulations for renewable energies and related infrastructures.

Renewable Energy Regulations

Participate in sessions on climate change, energy transition, and local environmental crisis management.

Environmental Challenges of the 21st Century

Reinforce key concepts of EU environmental law, including legal sources and institutional organization.

EU Environmental Law

Discover advanced legal applications and databases to enhance your studies.

Advanced Legal Tools

The Master in Energy Law and Energy Transition at UNIR equips you with the latest legal, technological, and organizational innovations in the energy sector. Gain practical knowledge to participate in national and international strategies against climate change, with a focus on real-world case studies.

Individuals working in the legal field who wish to specialize in energy law and transition.

Legal Professionals

Professionals in the energy sector looking to enhance their understanding of legal frameworks and energy transition.

Energy Sector Professionals

Individuals interested in the legal aspects of environmental protection and energy transition.

Environmental Advocates

TUV SUD / EDP Initiative

TUV SUD Academy

Carlos Zygier

Javier Pollos

Brais Armiño Franco

This course provides an in-depth exploration of green hydrogen, covering its production, storage, and applications. Participants will learn to lead decarbonization projects, understand the intricacies of fuel cells, and explore the potential of hydrogen in various sectors. The course is designed to add value to your CV and differentiate you in the energy sector.

Green Hydrogen Expert

Explores hydrogen as a key pillar in energy transition, its production, classification, consumption, and the hydrogen economy.

Generalities of Hydrogen

Covers methods of hydrogen production, CO2 footprint calculation, and fundamentals of electrolysis including various systems and technologies.

Green Hydrogen Production

Focuses on physical and chemical storage methods, and the transportation, distribution, and supply of hydrogen.

Hydrogen Transport and Storage

Examines the fundamentals of fuel cells, different types, their applications, and the balance of plant components.

Fuel Cells

Discusses hydrogen applications in electromobility, commercial and residential sectors, and the role of green ammonia.

Applications of Hydrogen

The Green Hydrogen Expert course by TÜV SÜD Academy equips learners to lead decarbonization projects and understand fuel cell applications. Gain a comprehensive understanding of green hydrogen as a sustainable energy vector, enhancing your career prospects in the energy sector.

Professionals and companies involved in the energy sector, including large electric companies and managers of wind and photovoltaic parks.

Technical or engineering departments of companies in the industrial sector looking to expand their knowledge in hydrogen technology.

Industrial Sector Engineers

Professionals who want to acquire knowledge in all aspects of green hydrogen.

General Professionals

Ricardo Serafín Alonso Rincón

Holger Billhardt

The Master in Artificial Intelligence for the Energy and Infrastructure Sector prepares you to design technological solutions using reasoning and automatic planning techniques. Learn to use search algorithms, multi-agent systems, machine learning, and deep learning to predict outcomes and optimize processes. Gain knowledge in computational perception, intelligent control, and specific technologies to implement these solutions productively. Evaluate the performance and impact of these solutions based on technological, economic, and social criteria. The program also prepares you for AI project management in companies and provides the necessary qualification for research and doctoral studies.

Master in Artificial Intelligence for the Energy and Infrastructure Sector

Learn the fundamentals of AI, including its history, key concepts, and applications in various industries.

Introduction to Artificial Intelligence

Explore different machine learning algorithms and their applications in solving real-world problems.

Machine Learning Techniques

Understand the principles of deep learning and how neural networks are used to model complex patterns.

Deep Learning and Neural Networks

Study the methods and technologies used to enable machines to interpret and understand sensory data.

Computational Perception

Learn about the design and implementation of control systems that can adapt to changing environments.

Intelligent Control Systems

Gain skills in managing AI projects, including planning, execution, and evaluation of AI solutions.

AI Project Management

Discover how cloud platforms like AWS and Azure are used to deploy and manage AI applications.

Cloud Computing for AI

Learn about optimization methods used to improve decision-making and resource allocation in AI systems.

Optimization Techniques

Understand the processes involved in designing and maintaining data processing systems for AI projects.

Data Engineering for AI

Explore the specific applications of AI in the energy and infrastructure sectors, focusing on sustainability and efficiency.

AI in Energy and Infrastructure

This official and 100% online master's program equips you to apply AI solutions to control, optimization, and planning challenges in the energy and infrastructure sectors. Gain a highly sought-after professional profile, with job offers growing annually by over 74%, according to LinkedIn's 2020 Emerging Jobs Report.

Individuals looking to enhance their technological skills with practical applications of advanced artificial intelligence techniques.

Technology Professionals

Professionals aiming to expand their career opportunities in the energy and smart infrastructure sectors.

Career Advancers

Those interested in familiarizing themselves with the main software tools currently used in the industry.

Software Enthusiasts

Silvia Muñoz

Jose Luis de la Cruz

Jose Maria Fernández Alcalá

David Álvarez

This course offers a deep dive into environmental sustainability, covering essential topics such as sustainability strategy aligned with SDGs, carbon and water footprint management, and the transition to a circular economy. Participants will learn to develop and implement effective sustainability policies, manage natural capital, and produce comprehensive sustainability reports. The program is designed to enhance your professional capabilities, opening doors to leadership roles in sustainability.

Environmental Sustainability Expert

Covers topics such as environmental policy definition, materiality study, risk mapping, and KPI development.

Module 1: Environmental Sustainability Strategy

Focuses on CO2 footprint calculation, decarbonization plans, and climate change adaptation plans.

Module 2: CO2 Emissions and Climate Change

Includes water footprint calculation, reduction plans, and sustainable water management.

Module 3: Water Footprint

Explores life cycle analysis, ecodesign methodology, and integration into management systems.

Module 4: Ecodesign of Industrial Products

Discusses the circular economy model, its benefits, and effective transition strategies.

Module 5: Circular Economy

Covers sustainability management in procurement and ISO 20400:2017 standards.

Module 6: Green, Low-Carbon, and Circular Procurement

Focuses on measuring and valuing natural capital in business and corporate development evaluation.

Module 7: Natural Capital Accounting

Includes sustainability disclosure legislation, standards, and practical reporting guides.

Module 8: Environmental Sustainability Reporting

The Environmental Sustainability Expert course by TÜV SÜD Academy is designed to equip professionals with the skills to integrate environmental sustainability into their organizations. This comprehensive program covers key areas such as sustainability strategy, carbon and water footprint management, and sustainable procurement, preparing you for a future in sustainable business practices.

Including environmental managers and consultants seeking to deepen their sustainable practices.

Environmental and Sustainability Professionals

Who wish to integrate environmental sustainability into their corporate strategy.

Business Leaders and Executives

Looking to specialize in environmental sustainability.

Students and New Professionals

All Courses Agreement

Universidad Complutense de Madrid

Beatriz Abad

This master's program equips students with essential knowledge in sustainability and ethical business practices, enabling them to create responsible marketing and communication strategies. Participants will learn to integrate sustainability into the marketing mix, manage it as a strategic asset, and design sustainable products while communicating their benefits transparently. The program includes practical exercises, real-world applications, and opportunities for internships with leading companies in communication and sustainability.

Master in Sustainable Marketing and Communication Online

Study the ethical framework and its impact on competitiveness.

Business Ethics and ESG Principles

Explore business models and strategies for circularity, including practical implementation cases.

Circular Economy

Learn measurement techniques and key analytics.

Sustainability Fundamentals in Marketing and Responsible Communication

Understand compliance in Spain and Europe, including key regulations like GRI, ISO 14001, and European standards.

Regulatory Framework in Sustainability

Utilize blockchain, AI, and emerging tools for traceability and efficiency.

Technological Innovations in Sustainability

Analyze motivations, barriers, and profiles using neuromarketing and behavioral economics.

Sustainable Consumer Behavior

Develop strategies around the circular economy and analyze data for predictive sustainability insights.

Customer Loyalty and Community Building

Differentiate eco-friendly products and services, focusing on sustainable design and pricing.

Green Marketing Principles

Create persuasive narratives and ethical advertising campaigns.

Sustainable Storytelling and Communication

Plan media strategies to reduce carbon footprint and optimize campaign impact.

Digital Media's Role in Responsible Communication

Strengthen corporate perception through sustainability and manage crises effectively.

Reputational Impact and Responsible Communication

Align internal stakeholders and manage sustainability as a competitive strategy.

Corporate Governance and Sustainability

Develop competencies to lead responsible changes and innovate in sustainable business solutions.

Leadership Skills in Sustainability

Explore business models and funding for green projects, analyzing best practices in leadership.

Entrepreneurship and Sustainable Startups

The Master in Sustainable Marketing and Communication offers advanced training in developing marketing and communication strategies that promote business sustainability. Students will gain the tools to implement responsible practices that enhance both business competitiveness and social and environmental well-being.

Professionals who want to specialize in communication and marketing with a focus on sustainability.

Professional Specialization

Professionals actively seeking a sector change or wanting to update and/or expand their knowledge in marketing and communication.

Professional Update

Junior or mid-level professionals needing to expand their knowledge in marketing and sustainability trends.

Junior or Mid-Level Growth

Emma Blanco Lopez

Alberto Bezunartea Fernández

Brais Armiño Franco  

Sandra Castrelo Saavedra

Mario Benso Fernández  

This comprehensive program offers a deep dive into the three essential energy vectors: Green Hydrogen, Wind Energy, and Photovoltaic Energy. Participants will gain expert knowledge and certifications, enabling them to lead sustainability strategies in organizations. The course provides flexible learning through an online platform, allowing students to start with any of the expert courses. Benefit from international networking opportunities and personalized attention from industry experts.

Master in Sustainable Energies

Covers fundamentals, technology, isolated and grid-connected installations, operation and maintenance, and technical documentation of photovoltaic projects.

Expert in Photovoltaic Energy

Includes wind project fundamentals, aerogenerator technology, construction and assembly, electrical configuration, control systems, and maintenance.

Expert in Wind Energy

Focuses on hydrogen fundamentals, production, transport and storage, fuel cells, and applications.

Expert in Green Hydrogen

A supervised project to apply the knowledge gained throughout the Master's program.

Master's Final Project

The Master in Sustainable Energies by TÜV SÜD equips professionals with the skills to lead energy sustainability strategies. Gain international recognition and enhance your qualifications with a unique certification in Green Hydrogen, Wind Energy, and Photovoltaic Energy.

Individuals who want to contribute to energy decarbonization and need to understand sustainable energies for a transition aligned with Sustainable Development Goals.

Professionals and Entrepreneurs

Responsible for leading energy transition strategies towards decarbonization and participating in sustainability committees.

Managers and Technicians

Specialists in energy efficiency and renewable energy systems management.

Public Administration Experts

Sandra Casterelo

Mario Benso Fernández

This course provides an in-depth understanding of the wind energy sector, covering everything from project development to turbine technology and maintenance. Participants will learn to create a digital twin of a wind farm using the Wind Farm Simulator, allowing them to analyze and optimize plant operations. The course is designed to meet the high demand for skilled professionals in the renewable energy sector, offering a solid technical foundation and specialized training.

Introduction to wind origin, phases of wind project development, wind resource constraints, site pre-selection, site characterization, wind resource evaluation, wind modeling, wind farm production calculation, and turbine design parameters.

Wind Project: Aerodynamics and Wind Resource Fundamentals

Covers towers, foundations, rotors, frames, main shafts, gearboxes, mechanical brakes, high-speed couplings, orientation systems, hydraulic groups, cooling systems, generators, transformers, load lifting systems, nacelle covers, and manufacturers.

Wind Turbine Technology

General description of different types of wind turbines, general assembly procedures, civil works, logistics, unloading, storage, preparation, pre-assembly, assembly, cabling, finishing, quality inspection, pre-commissioning, commissioning, start-up, tools and equipment used in assembly operations, internal management, and safety in wind farm construction.

Construction and Assembly of Wind Turbines

Covers typical configurations, low voltage networks, transformation centers, medium voltage networks, surge protection systems, transformer substations, and high voltage overhead lines.

Electrical Configuration of the Wind Farm and Connection

Objective of control, wind turbine supervision, aerodynamic control systems, generation regulation and control, power electronics, SCADA systems, connection conditions, network requirements, and energy quality.

Control Systems and SCADA of the Wind Farm

Types of maintenance, yaw system, rotor 55, slow shaft, control cabinet, measurement system, maintenance organization, introduction to mechanics, mechanical safety, low voltage disconnection/connection procedures, transformer disconnection/connection procedures, pit work disconnection/connection procedures, principles of bolted and welded connections, use of manual adjustment and measurement tools, torque, tensioning, cooling system, and lubrication system.

Operation and Maintenance

The Expert in Wind Energy course by TÜV SÜD Academy equips learners with comprehensive knowledge in the wind energy sector, from project creation to exploitation. Participants will gain hands-on experience with a Wind Farm Simulator, enabling them to optimize operations and maintenance remotely.

Professionals currently working in the wind sector who want to enhance their specialization level or seek a refresher to improve their professional projection within their company.

Active Professionals

Technical professionals from other areas of the energy sector who need to engage in activities focused on the wind sector.

Technical Professionals

Recent graduates who wish to enter and specialize in the wind energy sector.

Recent Graduates

This course offers an in-depth understanding of photovoltaic energy, covering the fundamentals, technology, installation, and maintenance of solar systems. Participants will learn to manage projects, ensure safety, and comply with legal requirements, enhancing their expertise in renewable energy.

Introduction to solar energy concepts, solar and terrestrial geometry, solar radiation, and calculation programs.

Fundamentals of Solar Photovoltaic Energy

The Expert in Photovoltaic Energy course provides comprehensive training in solar photovoltaic energy, equipping professionals with the skills to design, install, and maintain photovoltaic systems. Gain a TÜV SÜD Academy certificate and stand out in the renewable energy sector.