University certificate
With this Practical Training you will take a definitive step in your career.”
Why study at TECH?
Through this revolutionary Internship program, you will use disruptive technologies such as SCADA systems to monitor the power grid in real time”
The development of High Voltage Power Infrastructures represents a crucial pillar for the operation of the global power system. The need to improve the reliability and security of supply, together with the integration of renewable energies, has driven a significant technological evolution in this field. Faced with this, engineers face the challenge of designing and building Power Infrastructures that not only meet current demands, but are also flexible and adaptable to future changes in the grid.For this reason, TECH launches an innovative degree consisting of a 3-week practical stay in a reference institution, where professionals will learn about the latest advances in Project, Construction and Maintenance of High Voltage Electrical Infrastructures and Substations.
A recent report prepared by the International Energy Agency shows that the global demand for electricity has increased significantly due to population growth and the electrification of sectors such as transportation. This increase highlights the need to develop robust and efficient electrical infrastructures to ensure a reliable energy supply. In this regard, power substations and high-voltage lines play a key role in both the transmission and distribution of energy, ensuring the stability of the power system.
In this context, TECH presents an innovative and eminently practical program consisting of a stay in a reference entity in the field of Design, Construction and Maintenance of High Voltage Electrical Infrastructures and Electrical Substations. In this way, during 3 weeks, the graduates will be part of a team of top level experts, with whom they will work actively in tasks such as the transport of electrical energy, maintenance of Electrical Substations or maintenance of Infrastructures.
In addition, throughout this practical stay, students will have the support of an assistant tutor, who will be in charge of ensuring compliance with all the requirements for which this Internship program has been designed. On this basis, graduates will work with total guarantee and security in the handling of the most sophisticated technology. Therefore, graduates will live an enriching experience that will allow them to experience a significant improvement in their professional performance.
The teaching materials of this program, elaborated by these specialists, have contents that are completely applicable to your professional experiences"
Teaching Planning
The Internship program in Design, Construction and Maintenance of High Voltage Electrical Infrastructures and Electrical Substations consists of a 3-week practical stay in a prestigious center, from Monday to Friday, with 8 consecutive hours of practical training with an assistant specialist. During this itinerary, the graduates will be able to work in a highly demanding work environment, integrating into a multidisciplinary work team that will transmit the latest advances in this field.
In this training proposal, of a completely practical nature, the activities are aimed at developing and perfecting the skills necessary for the provision of Project, Construction and Maintenance services for High Voltage Electrical Infrastructures and Electrical Substations, and are oriented towards specific knowledge for the exercise of the activity.
This is an ideal opportunity for engineering professionals to broaden their knowledge while working in a field of great potential, which requires continuous updating in order to offer high quality services.
The practical education will be carried out with the active participation of the student performing the activities and procedures of each area of competence (learning to learn and learning to do), with the accompaniment and guidance of teachers and other fellow students who facilitate teamwork and multidisciplinary integration as transversal competencies for engineering praxis (learning to be and learning to relate).
The procedures described below will be the basis of the practical part of the program, and its realization will be subject to the center's own availability and workload, being the proposed activities the following:
Power Transmission System and Resource Management
- Design high and very high voltage transmission lines, ensuring the efficiency of the electrical system
- Guarantee the availability and correct allocation of resources for the efficient execution of projects
- Develop budgets, financial planning and management of contracts with suppliers
- Monitor the condition of assets to plan their replacement or upgrade according to their life cycle
Electricity Transmission
- Determine optimal routes for transmission lines, minimizing impacts and costs
- Conduct technical and economic studies to assess the feasibility of new electricity transmission infrastructure projects
- Real-time monitoring of the operation of lines and substations
- Implement maintenance programs to prevent failures and make timely repairs
Electricity Distribution
- Plan distribution network structure including transformer design
- Determine technical specifications for cables, switchgear and control equipment
- Quickly identify faults in the network, coordinating actions to restore power supply in the event of interruptions
- Apply measures to reduce losses in the distribution network, improving system efficiency
Electrical Substation Maintenance
- Measure electrical parameters such as voltage, insulation resistance and oil level in transformers to ensure they are within specified values
Use thermal cameras to detect hot spots in connections and equipment, detecting possible faults before they become critical problems
Perform insulation resistance tests to analyze the condition of transformers
Evaluate the functionality of protection systems such as relays, circuit breakers and disconnectors
This academic itinerary is exclusive to TECH and you will be able to develop it at your own pace thanks to its 100% online Relearning methodology"
Internship Program in Design, Construction and Maintenance of High Voltage Electrical Infrastructures and Electrical Substations
The development of electrical infrastructures is essential to guarantee energy supply in any modern society. The correct installation and maintenance of these high voltage networks and electrical substations require specialized technical knowledge and practical field experience. For this reason, TECH Global University developed this Internship Program in Project, Construction and Maintenance of High Voltage Electrical Infrastructures and Electrical Substations. With a focus on pragmatic learning, this program includes classroom practices that allow you to apply what you have learned in real situations, working directly with advanced equipment and technologies in electrical installations. The most relevant topics include the selection of materials, the implementation of safety measures and the evaluation of international standards. In addition, crucial aspects such as the interpretation of electrical drawings, the integration of advanced technologies in the construction process and risk management in high voltage projects will be addressed.
Specialize in the design and construction of electrical infrastructures
The design and construction of high-voltage electrical infrastructures require a high degree of precision and technical knowledge. Thanks to this Internship Program, you will acquire the necessary skills to ensure the efficient operation of substations and power grids. The hands-on training methodology gives you the opportunity to actively participate in the installation of transmission lines and substations, under the supervision of experts in the sector. You will learn to work directly in the supervision and maintenance of electrical substations, thus ensuring an enriching experience that is fully applied to the work environment. As you progress through the program, you will delve into both the revision of critical components (transformers and protection equipment) and the management of SCADA systems for real-time control and monitoring of the facilities. In addition, you will learn how to manage electrical projects from the initial planning phase to their complete execution. Take the decision and enroll now!