Design and Implementation of an Automated Roof Tiles Painting Station with PLC Control and HMI Interface
Authorship
C.A.L.
Grao en Robótica (2ªed)
C.A.L.
Grao en Robótica (2ªed)
Defense date
02.18.2026 16:00
02.18.2026 16:00
Summary
This final degree project focuses on the design and commissioning of an automated tile painting station, developed within a real production environment at the company Tejas Verea. The main objective of the project was to improve and simplify the painting process while ensuring system safety and reliability. The station is controlled by a Schneider Electric M241 PLC, programmed using Machine Expert V1.2 software, chosen due to its prior implementation in the plant and its familiarity to the maintenance staff. For operator interaction, a touchscreen HMI was designed using Vijeo Designer, aiming to simplify system operation and reduce potential errors during daily use. The system includes a total of seven valves, four located in the painting booth and three in the channel, which are activated according to configurable cycles. These cycles are defined through recipes, where application times, required delays, and the assigned valve are specified. This approach allows the painting process to be easily and flexibly adapted to different production requirements. Finally, a user manual and complete technical documentation were prepared, intended for both operators and the maintenance manager. After conducting the corresponding on-site tests, the system proved to be stable and safe, significantly contributing to the improvement of the painting process and its management by factory personnel.
This final degree project focuses on the design and commissioning of an automated tile painting station, developed within a real production environment at the company Tejas Verea. The main objective of the project was to improve and simplify the painting process while ensuring system safety and reliability. The station is controlled by a Schneider Electric M241 PLC, programmed using Machine Expert V1.2 software, chosen due to its prior implementation in the plant and its familiarity to the maintenance staff. For operator interaction, a touchscreen HMI was designed using Vijeo Designer, aiming to simplify system operation and reduce potential errors during daily use. The system includes a total of seven valves, four located in the painting booth and three in the channel, which are activated according to configurable cycles. These cycles are defined through recipes, where application times, required delays, and the assigned valve are specified. This approach allows the painting process to be easily and flexibly adapted to different production requirements. Finally, a user manual and complete technical documentation were prepared, intended for both operators and the maintenance manager. After conducting the corresponding on-site tests, the system proved to be stable and safe, significantly contributing to the improvement of the painting process and its management by factory personnel.
Direction
GARCIA POLO, FRANCISCO JAVIER (Tutorships)
GARCIA POLO, FRANCISCO JAVIER (Tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
COMESAÑA FIGUEROA, ENRIQUE (Chairman)
SOTELO DOCIO, SUSANA (Secretary)
BLANCO BESTEIRO, BEATRIZ (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
COMESAÑA FIGUEROA, ENRIQUE (Chairman)
SOTELO DOCIO, SUSANA (Secretary)
BLANCO BESTEIRO, BEATRIZ (Member)
Construction project for a building for calf fattening and housing of beef cattle
Authorship
E.A.O.
Degree in Agricultural and Food Processing Engineering
E.A.O.
Degree in Agricultural and Food Processing Engineering
Defense date
02.18.2026 11:00
02.18.2026 11:00
Summary
The purpose of this project is the construction of a building for calf fattening and the housing of beef cattle in Aiazo, Frades (A Coruña). The main objective is to design, size, and calculate the construction of the building and its facilities, fully complying with the regulations currently in force for the development of this activity. The project will consist of three main groups of animals: two groups corresponding to calves and cows, and a third mixed group comprising cows close to calving, recently calved cows, and newborn calves up to one month of age. The production system chosen by the promoter is an intensive system, according to the classification of the Ternera Gallega Suprema Management Manual, as the cows will remain on pasture while the calves will be fattened in the stable without access to grazing areas. The plot to be used in this project is located in polygon 506, plot 111, in the locality of Aiazo, Frades (A Coruña), and is the property of the project promoter. The facilities included in the project consist of a building measuring 63.10 m in length and 28.40 m in span. In addition, a tank for slurry storage and a shed for manure storage will be installed. This newly constructed building will be divided into a feeding alley, exercise yards, deep-bedded areas for cows and calves, and a calving area. Within this project, alternatives for the production process will be evaluated through engineering design studies, analysis of the productive process, preparation of a budget, and the engineering of the infrastructures, works, and installations required. The estimated contract execution budget, including taxes, amounts to € 770.362,54, and the expected construction period is 91 working days.
The purpose of this project is the construction of a building for calf fattening and the housing of beef cattle in Aiazo, Frades (A Coruña). The main objective is to design, size, and calculate the construction of the building and its facilities, fully complying with the regulations currently in force for the development of this activity. The project will consist of three main groups of animals: two groups corresponding to calves and cows, and a third mixed group comprising cows close to calving, recently calved cows, and newborn calves up to one month of age. The production system chosen by the promoter is an intensive system, according to the classification of the Ternera Gallega Suprema Management Manual, as the cows will remain on pasture while the calves will be fattened in the stable without access to grazing areas. The plot to be used in this project is located in polygon 506, plot 111, in the locality of Aiazo, Frades (A Coruña), and is the property of the project promoter. The facilities included in the project consist of a building measuring 63.10 m in length and 28.40 m in span. In addition, a tank for slurry storage and a shed for manure storage will be installed. This newly constructed building will be divided into a feeding alley, exercise yards, deep-bedded areas for cows and calves, and a calving area. Within this project, alternatives for the production process will be evaluated through engineering design studies, analysis of the productive process, preparation of a budget, and the engineering of the infrastructures, works, and installations required. The estimated contract execution budget, including taxes, amounts to € 770.362,54, and the expected construction period is 91 working days.
Direction
Torres Labandeira, Manuel Luis (Tutorships)
Torres Labandeira, Manuel Luis (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Fernández Rodríguez, María Elena (Secretary)
Iglesias Becerra, Antonio (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Fernández Rodríguez, María Elena (Secretary)
Iglesias Becerra, Antonio (Member)
Motion segmentation in event cameras using Spiking Neural Networks
Authorship
G.B.G.
Grao en Robótica (2ªed)
G.B.G.
Grao en Robótica (2ªed)
Defense date
02.20.2026 10:00
02.20.2026 10:00
Direction
CORRALES RAMON, JUAN ANTONIO (Tutorships)
CORRALES RAMON, JUAN ANTONIO (Tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
IGLESIAS RODRIGUEZ, ROBERTO (Chairman)
BOULLON MAGAN, MARCOS (Secretary)
CASAL URCERA, GERARDO (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
IGLESIAS RODRIGUEZ, ROBERTO (Chairman)
BOULLON MAGAN, MARCOS (Secretary)
CASAL URCERA, GERARDO (Member)
Design of an autonomous inspection behavior for solar panels using a quadruped robot
Authorship
L.D.B.
Grao en Robótica (2ªed)
L.D.B.
Grao en Robótica (2ªed)
Defense date
02.19.2026 11:30
02.19.2026 11:30
Summary
This work comes from a project to set up a Unitree Go2 EDU robot to perform solar panel inspections using thermal imaging. The development was done in a ROS 2 Humble environment with a Gazebo simulation,integrating a gait generator, a 3D SLAM method, 2D costmap generation, path planning and autonomous navigation with Nav2 to enable the robot to reach key waypoints and capture images of photovoltaic panels. In parallel, a computer vision process was designed to analyze real thermal images obtained from a solar power plant inspection: panel detection, surface segmentation, and identification of hot spots related todamaged cells. By combining navigation and vision, the approach results in a feasible inspection behavior, reducing manual effort and supporting early detection of defective panels.
This work comes from a project to set up a Unitree Go2 EDU robot to perform solar panel inspections using thermal imaging. The development was done in a ROS 2 Humble environment with a Gazebo simulation,integrating a gait generator, a 3D SLAM method, 2D costmap generation, path planning and autonomous navigation with Nav2 to enable the robot to reach key waypoints and capture images of photovoltaic panels. In parallel, a computer vision process was designed to analyze real thermal images obtained from a solar power plant inspection: panel detection, surface segmentation, and identification of hot spots related todamaged cells. By combining navigation and vision, the approach results in a feasible inspection behavior, reducing manual effort and supporting early detection of defective panels.
Direction
CORRALES RAMON, JUAN ANTONIO (Tutorships)
CORRALES RAMON, JUAN ANTONIO (Tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
GONZALEZ GARCIA, MIGUEL ANGEL (Chairman)
CASTRO PONTE, ALBERTE (Secretary)
NAGY , DANIEL (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
GONZALEZ GARCIA, MIGUEL ANGEL (Chairman)
CASTRO PONTE, ALBERTE (Secretary)
NAGY , DANIEL (Member)
Impedance control for fast robot control with event-based vision
Authorship
A.F.C.
Grao en Robótica (2ªed)
A.F.C.
Grao en Robótica (2ªed)
Defense date
02.20.2026 10:00
02.20.2026 10:00
Summary
This work aims to control a collaborative robot efficiently, using an eye-in-hand mounted event camera. The objective of the project is to control the robot quickly, so that it can reach an object moving at considerable speed. On the one hand, impedance control will be implemented for a collaborative robot to achieve more direct control. A deep reinforcement learning task will be carried out to obtain the parameters necessary for dynamic control. The aim is for the selection of parameters to be adaptive to the movement and task performed by the robot. On the other hand, a visual control task based on IBVS will be implemented in order to reach the object with the robot. Several tests will be carried out using an RGBD camera, with different detection methods. The project will then be completed by implementing visual control with the information obtained from an event camera. The results obtained demonstrate a way of implementing the reinforcement learning agent, consolidating the viability of this TFG proposal. With regard to visual control, it has been demonstrated that the controller has been implemented correctly, with results showing that the robot is capable of positioning itself above the moving object and following it, correcting the desired height and orientation.
This work aims to control a collaborative robot efficiently, using an eye-in-hand mounted event camera. The objective of the project is to control the robot quickly, so that it can reach an object moving at considerable speed. On the one hand, impedance control will be implemented for a collaborative robot to achieve more direct control. A deep reinforcement learning task will be carried out to obtain the parameters necessary for dynamic control. The aim is for the selection of parameters to be adaptive to the movement and task performed by the robot. On the other hand, a visual control task based on IBVS will be implemented in order to reach the object with the robot. Several tests will be carried out using an RGBD camera, with different detection methods. The project will then be completed by implementing visual control with the information obtained from an event camera. The results obtained demonstrate a way of implementing the reinforcement learning agent, consolidating the viability of this TFG proposal. With regard to visual control, it has been demonstrated that the controller has been implemented correctly, with results showing that the robot is capable of positioning itself above the moving object and following it, correcting the desired height and orientation.
Direction
CORRALES RAMON, JUAN ANTONIO (Tutorships)
CORRALES RAMON, JUAN ANTONIO (Tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
IGLESIAS RODRIGUEZ, ROBERTO (Chairman)
BOULLON MAGAN, MARCOS (Secretary)
CASAL URCERA, GERARDO (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
IGLESIAS RODRIGUEZ, ROBERTO (Chairman)
BOULLON MAGAN, MARCOS (Secretary)
CASAL URCERA, GERARDO (Member)
Impact of prescribed fires severity on the quality and carbon (C) content of Pinus nigra stand fuel
Authorship
I.F.N.
Bachelor's degree in Forest and Natural Environment Engeneering
I.F.N.
Bachelor's degree in Forest and Natural Environment Engeneering
Defense date
02.20.2026 12:00
02.20.2026 12:00
Summary
The integrity of forest ecosystems in the Mediterranean Basin is threatened due to the intensification of fire regimes associated with climate change. Therefore, the risk of wildfire has increased considerably over the past decades, and along with this, the need has arisen to attempt to mitigate the effects of potential fires on Mediterranean forest stands. One management tool to reduce wildfire risk is prescribed burning. These controlled fires of moderate intensity have been used since ancient times at the agronomic level but, since the second half of the 20th century, they have also been applied experimentally to reduce forest fuel loads. Despite the positive results obtained as a fuel management tool, like all disturbances in the environment, they induce changes that increase the recalcitrance of plant residues, generating compounds with higher resistance to decomposition. This study highlights the impacts of experimental prescribed burns on the carbon quality of plant residues of different sizes collected in a forest stand dominated by Pinus nigra in the province of Cuenca, where prescribed fire was applied. These fires caused significant changes in the quality and stability of the carbon analyzed in the forest fuel residues collected at the surface level.
The integrity of forest ecosystems in the Mediterranean Basin is threatened due to the intensification of fire regimes associated with climate change. Therefore, the risk of wildfire has increased considerably over the past decades, and along with this, the need has arisen to attempt to mitigate the effects of potential fires on Mediterranean forest stands. One management tool to reduce wildfire risk is prescribed burning. These controlled fires of moderate intensity have been used since ancient times at the agronomic level but, since the second half of the 20th century, they have also been applied experimentally to reduce forest fuel loads. Despite the positive results obtained as a fuel management tool, like all disturbances in the environment, they induce changes that increase the recalcitrance of plant residues, generating compounds with higher resistance to decomposition. This study highlights the impacts of experimental prescribed burns on the carbon quality of plant residues of different sizes collected in a forest stand dominated by Pinus nigra in the province of Cuenca, where prescribed fire was applied. These fires caused significant changes in the quality and stability of the carbon analyzed in the forest fuel residues collected at the surface level.
Direction
SOUZA ALONSO, PABLO (Tutorships)
GUIJARRO GUZMÁN, MARÍA MERCEDES (Co-tutorships)
SOUZA ALONSO, PABLO (Tutorships)
GUIJARRO GUZMÁN, MARÍA MERCEDES (Co-tutorships)
Court
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
MERINO GARCÍA, AGUSTÍN (Secretary)
FERNANDEZ SANJURJO, MARIA JOSEFA (Member)
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
MERINO GARCÍA, AGUSTÍN (Secretary)
FERNANDEZ SANJURJO, MARIA JOSEFA (Member)
Technical project for a 300-calf rearing house in the town hall of Ordes, A Coruña.
Authorship
R.G.I.
Degree in Agricultural and Food Processing Engineering
R.G.I.
Degree in Agricultural and Food Processing Engineering
Defense date
02.19.2026 12:00
02.19.2026 12:00
Summary
The project for a rearing barn for 300 calves will be carried out in Ordes, A Coruña, and will consist of a concrete building with a 20-meter span and a length of 50 meters. In this facility, the calves will undergo the milk-feeding phase from 15 days of age until 64 days of age, at which point the milk replacer they consume will be withdrawn and replaced with starter concentrate (which they already consume during the milk-feeding phase) and dry forage. However, this phase will take place outside the facilities included in this project. The enclosures will be designed in accordance with Animal Welfare regulations and will provide feed and water ad libitum. In addition, the calves will be group-housed, as required by Animal Welfare standards, from 15 days of age onwards. Feeding with milk replacer will be carried out using automatic milk feeders, which record milk intake and adjust both the concentration and quantity according to the age of the animal. The barn will be sized to accommodate four automatic feeders with a maximum capacity of 120 animals each, although they will not be filled to capacity in order to prevent excessive waiting times for feeding. The animals will be housed on collective deep-bedded warm bedding, which will be renewed on a weekly basis.
The project for a rearing barn for 300 calves will be carried out in Ordes, A Coruña, and will consist of a concrete building with a 20-meter span and a length of 50 meters. In this facility, the calves will undergo the milk-feeding phase from 15 days of age until 64 days of age, at which point the milk replacer they consume will be withdrawn and replaced with starter concentrate (which they already consume during the milk-feeding phase) and dry forage. However, this phase will take place outside the facilities included in this project. The enclosures will be designed in accordance with Animal Welfare regulations and will provide feed and water ad libitum. In addition, the calves will be group-housed, as required by Animal Welfare standards, from 15 days of age onwards. Feeding with milk replacer will be carried out using automatic milk feeders, which record milk intake and adjust both the concentration and quantity according to the age of the animal. The barn will be sized to accommodate four automatic feeders with a maximum capacity of 120 animals each, although they will not be filled to capacity in order to prevent excessive waiting times for feeding. The animals will be housed on collective deep-bedded warm bedding, which will be renewed on a weekly basis.
Direction
BARRASA RIOJA, MARTIN (Tutorships)
BARRASA RIOJA, MARTIN (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Torres Labandeira, Manuel Luis (Secretary)
PEREIRA GONZALEZ, JOSE MANUEL (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Torres Labandeira, Manuel Luis (Secretary)
PEREIRA GONZALEZ, JOSE MANUEL (Member)
Construcción de un punto de carga para helicóptero y autobomba en la parroquia de Lentellais (O Bolo, Ourense).
Authorship
A.G.G.
Bachelor's degree in Forest and Natural Environment Engeneering
A.G.G.
Bachelor's degree in Forest and Natural Environment Engeneering
Defense date
02.20.2026 10:30
02.20.2026 10:30
Summary
This Final Degree Project in Forestry and Natural Environment Engineering consists of an engineering project aimed at constructing a water filling station for both helicopters and fire engines belonging to the Galician Regional Government's fire prevention and suppression service. This infrastructure will be added to the existing network of filling stations, with the goal of reducing response times to forest fires a crucial objective in their suppression and minimizing their impact. As an initial phase, a preliminary study was conducted to determine the most suitable location for the water tank, taking into account land availability, water availability, environmental conditions, and the necessary technical and operational criteria to ensure efficient and safe use by the resources, especially the aircraft. Based on the defined location, the infrastructure design was developed considering various options, and the necessary structural calculations for the tank were performed, establishing its dimensions, materials, and other construction characteristics.
This Final Degree Project in Forestry and Natural Environment Engineering consists of an engineering project aimed at constructing a water filling station for both helicopters and fire engines belonging to the Galician Regional Government's fire prevention and suppression service. This infrastructure will be added to the existing network of filling stations, with the goal of reducing response times to forest fires a crucial objective in their suppression and minimizing their impact. As an initial phase, a preliminary study was conducted to determine the most suitable location for the water tank, taking into account land availability, water availability, environmental conditions, and the necessary technical and operational criteria to ensure efficient and safe use by the resources, especially the aircraft. Based on the defined location, the infrastructure design was developed considering various options, and the necessary structural calculations for the tank were performed, establishing its dimensions, materials, and other construction characteristics.
Direction
Ortiz Sanz, Juan Pedro (Tutorships)
Ortiz Sanz, Juan Pedro (Tutorships)
Court
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
CARNERO LOPEZ, MATIAS (Secretary)
Mariño Allegue, Ramón Ángel (Member)
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
CARNERO LOPEZ, MATIAS (Secretary)
Mariño Allegue, Ramón Ángel (Member)
Learning by demostration of a robotic arm based on human gestures
Authorship
S.G.R.
Grao en Robótica (2ªed)
S.G.R.
Grao en Robótica (2ªed)
Defense date
02.19.2026 11:30
02.19.2026 11:30
Summary
In modern industry, collaborative robotics plays an increasingly relevant role, enabling the automation of complex tasks in shared environments with humans. However, the traditional programming of these robots remains a significant barrier, as it requires specialized technical expertise and consumes considerable time, hindering their agile adaptation to new processes. Simulations, while useful, often fail to capture the complexity and variability of the real world. A powerful alternative is Learning from Demonstration (LfD), a paradigm that seeks to transfer a skill directly from a human expert (system A) to a robot (system B). The objective is for the robot to learn and reproduce complex manipulation tasks through simple observation, overcoming the limitations of explicit programming and leveraging the operator’s implicit knowledge. This work focuses on the development and validation of a complete LfD system for this human-to-robot knowledge transfer. A pipeline is implemented that integrates a stereo vision system for 3D capture of the demonstration, a novel kinematic mapping that translates the human pose into the robot’s joint space while resolving morphological differences, and a learning model based on Dynamic Movement Primitives (DMPs) that generalizes the skill from multiple examples. The clear implication of this system is the ability to teach complex tasks to a robot quickly and intuitively, laying the groundwork for more flexible and accessible automation.
In modern industry, collaborative robotics plays an increasingly relevant role, enabling the automation of complex tasks in shared environments with humans. However, the traditional programming of these robots remains a significant barrier, as it requires specialized technical expertise and consumes considerable time, hindering their agile adaptation to new processes. Simulations, while useful, often fail to capture the complexity and variability of the real world. A powerful alternative is Learning from Demonstration (LfD), a paradigm that seeks to transfer a skill directly from a human expert (system A) to a robot (system B). The objective is for the robot to learn and reproduce complex manipulation tasks through simple observation, overcoming the limitations of explicit programming and leveraging the operator’s implicit knowledge. This work focuses on the development and validation of a complete LfD system for this human-to-robot knowledge transfer. A pipeline is implemented that integrates a stereo vision system for 3D capture of the demonstration, a novel kinematic mapping that translates the human pose into the robot’s joint space while resolving morphological differences, and a learning model based on Dynamic Movement Primitives (DMPs) that generalizes the skill from multiple examples. The clear implication of this system is the ability to teach complex tasks to a robot quickly and intuitively, laying the groundwork for more flexible and accessible automation.
Direction
CORRALES RAMON, JUAN ANTONIO (Tutorships)
FERNANDEZ VIDAL, XOSE RAMON (Co-tutorships)
CORRALES RAMON, JUAN ANTONIO (Tutorships)
FERNANDEZ VIDAL, XOSE RAMON (Co-tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
GONZALEZ GARCIA, MIGUEL ANGEL (Chairman)
CASTRO PONTE, ALBERTE (Secretary)
NAGY , DANIEL (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
GONZALEZ GARCIA, MIGUEL ANGEL (Chairman)
CASTRO PONTE, ALBERTE (Secretary)
NAGY , DANIEL (Member)
Evaluation of neural network architectures for liver tumor segmentation.
Authorship
P.L.P.
Grao en Robótica (2ªed)
P.L.P.
Grao en Robótica (2ªed)
Defense date
02.19.2026 10:00
02.19.2026 10:00
Summary
This thesis evaluates different deep neural network architectures for the automatic segmentation of liver tumors in medical images. The models are trained and validated using a public dataset of liver computed tomography (CT) images annotated with liver tumors. Their performance is compared using standard segmentation evaluation metrics (DSC, RVD, NSD, MASD and HD), analyzing the results obtained and the performance of the selected models. The study seeks to identify which models offer the highest accuracy and represent the most promising solutions for the automatic medical segmentation of liver tumors.
This thesis evaluates different deep neural network architectures for the automatic segmentation of liver tumors in medical images. The models are trained and validated using a public dataset of liver computed tomography (CT) images annotated with liver tumors. Their performance is compared using standard segmentation evaluation metrics (DSC, RVD, NSD, MASD and HD), analyzing the results obtained and the performance of the selected models. The study seeks to identify which models offer the highest accuracy and represent the most promising solutions for the automatic medical segmentation of liver tumors.
Direction
FERNANDEZ VIDAL, XOSE RAMON (Tutorships)
Fernández González, Marcos (Co-tutorships)
FERNANDEZ VIDAL, XOSE RAMON (Tutorships)
Fernández González, Marcos (Co-tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
CORRALES RAMON, JUAN ANTONIO (Chairman)
VAZQUEZ VERDES, PEDRO (Secretary)
CASTRO PEREIRO, DANIEL ALFONSO (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
CORRALES RAMON, JUAN ANTONIO (Chairman)
VAZQUEZ VERDES, PEDRO (Secretary)
CASTRO PEREIRO, DANIEL ALFONSO (Member)
Project for the establishment of a silvopastoral system for self-production and sale of beef on private fields in the parish of Xaviña, Camariñas (A Coruña)
Authorship
Á.M.P.L.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
Á.M.P.L.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
Defense date
02.20.2026 11:00
02.20.2026 11:00
Summary
This is a project for the establishment of a silvopastoral system with beef cattle on private land in the parish of Xaviña, in the municipality of Camariñas, within a context of prolonged agricultural abandonment and increased wildfire risk. The area of intervention covers a total surface of 16.5 ha, of which 3.6 ha correspond to agricultural land and 12.9 ha to forest land, currently underutilized following the closure of the family farm approximately 15 years ago. The project proposes the productive recovery of these lands through the implementation of a planned rotational grazing system, adapted to the biophysical and social conditions of the territory and compatible with non professional livestock activity. The system design is based on a detailed analysis of the physical environment, vegetation and forage resources, supported by fieldwork using transects and by the study of local climatic behavior. Functional zoning differentiates between agricultural and forest areas, assigning them complementary roles throughout the year in order to optimize pasture use and improve biomass management. The proposal includes the initial introduction of a small herd of 5 Cachena cows, managed under an extensive system mainly oriented towards family self supply. The system is complemented by light, low impact infrastructure, including fixed and mobile electric fencing, removable water points and a flexible forest handling facility, allowing high adaptability while minimizing impacts on the soil. From an environmental and territorial perspective, the project contributes to the recovery of traditional land uses, the improvement of soil fertility and protection, the control of shrub vegetation through grazing and the reduction of wildfire risk in the surrounding area. Overall, it presents a technically viable and replicable proposal that highlights silvopastoral systems as a tool for sustainable production, wildfire prevention and the revitalization of rural areas in Galicia.
This is a project for the establishment of a silvopastoral system with beef cattle on private land in the parish of Xaviña, in the municipality of Camariñas, within a context of prolonged agricultural abandonment and increased wildfire risk. The area of intervention covers a total surface of 16.5 ha, of which 3.6 ha correspond to agricultural land and 12.9 ha to forest land, currently underutilized following the closure of the family farm approximately 15 years ago. The project proposes the productive recovery of these lands through the implementation of a planned rotational grazing system, adapted to the biophysical and social conditions of the territory and compatible with non professional livestock activity. The system design is based on a detailed analysis of the physical environment, vegetation and forage resources, supported by fieldwork using transects and by the study of local climatic behavior. Functional zoning differentiates between agricultural and forest areas, assigning them complementary roles throughout the year in order to optimize pasture use and improve biomass management. The proposal includes the initial introduction of a small herd of 5 Cachena cows, managed under an extensive system mainly oriented towards family self supply. The system is complemented by light, low impact infrastructure, including fixed and mobile electric fencing, removable water points and a flexible forest handling facility, allowing high adaptability while minimizing impacts on the soil. From an environmental and territorial perspective, the project contributes to the recovery of traditional land uses, the improvement of soil fertility and protection, the control of shrub vegetation through grazing and the reduction of wildfire risk in the surrounding area. Overall, it presents a technically viable and replicable proposal that highlights silvopastoral systems as a tool for sustainable production, wildfire prevention and the revitalization of rural areas in Galicia.
Direction
González Hernández, María del Pilar (Tutorships)
González Hernández, María del Pilar (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
MOSQUERA LOSADA, MARÍA ROSA (Secretary)
VAZQUEZ GONZALEZ, IBAN (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
MOSQUERA LOSADA, MARÍA ROSA (Secretary)
VAZQUEZ GONZALEZ, IBAN (Member)
Project for the construction of an 800 m2 warehouse dedicated to the storage of agricultural machinery and dry forage in Cernadas, Vilasantar, A Coruña.
Authorship
R.P.G.
Degree in Agricultural and Food Processing Engineering
R.P.G.
Degree in Agricultural and Food Processing Engineering
Defense date
02.18.2026 10:00
02.18.2026 10:00
Summary
The project involves the construction of a warehouse for storing agricultural machinery and dry fodder on a dairy farm. The infrastructure includes a workshop area for repairs, spaces for storing agricultural machinery, a barn for dry fodder, changing rooms and toilets. The site will be located on a plot of land owned by the developer, adjacent to the farm's existing infrastructure. The future service of the project must be as convenient as possible to facilitate the work to be carried out. The works will be carried out in concrete, ensuring the project has a long life span.
The project involves the construction of a warehouse for storing agricultural machinery and dry fodder on a dairy farm. The infrastructure includes a workshop area for repairs, spaces for storing agricultural machinery, a barn for dry fodder, changing rooms and toilets. The site will be located on a plot of land owned by the developer, adjacent to the farm's existing infrastructure. The future service of the project must be as convenient as possible to facilitate the work to be carried out. The works will be carried out in concrete, ensuring the project has a long life span.
Direction
Torres Labandeira, Manuel Luis (Tutorships)
Torres Labandeira, Manuel Luis (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Ortiz Sanz, Juan Pedro (Secretary)
FERNANDEZ RODRIGUEZ, MARIA DOLORES (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Ortiz Sanz, Juan Pedro (Secretary)
FERNANDEZ RODRIGUEZ, MARIA DOLORES (Member)
Study of retention and release of the anticoccidials monensin and lasalocid by agricultural soils: control measures using bioadsorbents
Authorship
H.R.R.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
H.R.R.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
Defense date
02.03.2026 10:00
02.03.2026 10:00
Summary
The ionophore antibiotics monensin (MON) and lasalocid (LAS) are widely used as feed additives to treat coccidiosis in intensive livestock farming. Up to 80% is excreted through feces and urine, incorporating into agricultural soils via manure or slurry (fertilizers) application, which poses environmental risks and their potential entry into the food chain, being highly toxic to humans. This work evaluated the capacity of 8 different soils and 12 residual materials/by-products to retain these antibiotics and prevent their environmental transfer. The soils present a pH range between 4.66-6.69 and an organic matter content between 2.61-25.29%. The adsorbents include untreated residues/by-products (ash, shell, bark, spent coffee grounds, grape pomace), hydrochars (from municipal waste, green waste, waste wood, grape pomace, organic fraction), and a eucalyptus biochar. The pH of these materials ranges between 3.99-11.31 and the organic matter between 0-88.59%. To study the adsorption/desorption process, Batch assays were carried out in simple systems adding increasing doses of LAS or MON, from 25 to 600 umol/L in soils and from 100 to 1000 umol/L in residual materials. Previously, kinetic adsorption studies were conducted to determine the time necessary for MON and LAS to reach equilibrium and thus define the optimal agitation time. Kinetic results showed that MON reaches equilibrium at 48h and LAS at 24h. Regarding adsorption, soils showed high capacity (more than 90%) for both compounds, being a practically irreversible process (desorption less than 10%). Similarly, residual materials, both untreated by-products and hydrochars and biochar, showed great efficacy, with adsorptions higher than 90% and desorption lower than 10%. Agroindustrial (grape pomace and coffee grounds) and forestry residues (bark) are particularly noteworthy, achieving retention rates superior or similar to hydrochars and biochar. These results indicate that these untreated by-products can be a sustainable and economic alternative to mitigate these contaminants in vulnerable soils or for water treatment.
The ionophore antibiotics monensin (MON) and lasalocid (LAS) are widely used as feed additives to treat coccidiosis in intensive livestock farming. Up to 80% is excreted through feces and urine, incorporating into agricultural soils via manure or slurry (fertilizers) application, which poses environmental risks and their potential entry into the food chain, being highly toxic to humans. This work evaluated the capacity of 8 different soils and 12 residual materials/by-products to retain these antibiotics and prevent their environmental transfer. The soils present a pH range between 4.66-6.69 and an organic matter content between 2.61-25.29%. The adsorbents include untreated residues/by-products (ash, shell, bark, spent coffee grounds, grape pomace), hydrochars (from municipal waste, green waste, waste wood, grape pomace, organic fraction), and a eucalyptus biochar. The pH of these materials ranges between 3.99-11.31 and the organic matter between 0-88.59%. To study the adsorption/desorption process, Batch assays were carried out in simple systems adding increasing doses of LAS or MON, from 25 to 600 umol/L in soils and from 100 to 1000 umol/L in residual materials. Previously, kinetic adsorption studies were conducted to determine the time necessary for MON and LAS to reach equilibrium and thus define the optimal agitation time. Kinetic results showed that MON reaches equilibrium at 48h and LAS at 24h. Regarding adsorption, soils showed high capacity (more than 90%) for both compounds, being a practically irreversible process (desorption less than 10%). Similarly, residual materials, both untreated by-products and hydrochars and biochar, showed great efficacy, with adsorptions higher than 90% and desorption lower than 10%. Agroindustrial (grape pomace and coffee grounds) and forestry residues (bark) are particularly noteworthy, achieving retention rates superior or similar to hydrochars and biochar. These results indicate that these untreated by-products can be a sustainable and economic alternative to mitigate these contaminants in vulnerable soils or for water treatment.
Direction
ALVAREZ RODRIGUEZ, ESPERANZA (Tutorships)
FERNANDEZ SANJURJO, MARIA JOSEFA (Co-tutorships)
Cela Dablanca, Raquel (Co-tutorships)
ALVAREZ RODRIGUEZ, ESPERANZA (Tutorships)
FERNANDEZ SANJURJO, MARIA JOSEFA (Co-tutorships)
Cela Dablanca, Raquel (Co-tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
LOPEZ FABAL, ADOLFO (Secretary)
Moreno Robles, Antonio (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
LOPEZ FABAL, ADOLFO (Secretary)
Moreno Robles, Antonio (Member)
Reforestation project for a group of private plots covering 8.5 ha in the municipality of Abegondo (A Coruña).
Authorship
L.R.S.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
L.R.S.
Double bachelor degree in Agricultural and Agrofood Engeneering and Forest and Natural Environment Engeneering
Defense date
02.20.2026 11:15
02.20.2026 11:15
Summary
The present project consists in a repoblación forest of 8,5 has, that obtain to join four particular plots which go to group, with the purpose to reduce costs and increase the profits of the production. This repoblación has like purpose a capitalisation of an investment to short and half term, with the profits obtained by the short of the previous repoblación, the owners want to go back employ this capital to follow obtaining gains and increasing his heritage thanks to the wooden production. The plots employed in the project are in the polygon 511 and are the plots 1450, 1451, 1452 and 1453, which locate in the parish of Sarandós, in the termo municipal of Abegondo (A Coruña). For the realisation of the present repoblación will carry out a grouping of the previous plots, obtaining with this a total surface of 8,50 has (8,05 has to free surface, discounting the retranqueos and the faja of protection). Inda that the surface does not arrive to the 10 has to realise a forest grouping, the idea of the owners is to carry it out in the near future adding another owner, abaratando like this the costs and obtaining a greater profit. The repoblación will divide in two RODALES (Rodal I and Rodal II). The Rodal I will have a total surface of plantation of 3,66 has and the Rodal II 4,39 has. The frame of plantation of both rodales will be of 2,5 m (between plants) and 3,5 m (between rows), will use the variety of Eucalyptus nitens L2, taking into account the conditions that have in the repoblación, will be the one who have a better behaviour in field. Dividend both rodales go to ter a faja of protection that will work like cortafuegos green with an extension of 0,26 has, will use Quercus rubra, with a frame of plantation of 3 m (between plants) and 2,5 m (between liñas). In this project will evaluate the economic indexes that will influence to carry out the repoblación and a budget to be able to carry out all the infrastructures that are precise. The budget of material execution will calculate that it will be of 22.179,22€ And we estimate that the work last 12 business days.
The present project consists in a repoblación forest of 8,5 has, that obtain to join four particular plots which go to group, with the purpose to reduce costs and increase the profits of the production. This repoblación has like purpose a capitalisation of an investment to short and half term, with the profits obtained by the short of the previous repoblación, the owners want to go back employ this capital to follow obtaining gains and increasing his heritage thanks to the wooden production. The plots employed in the project are in the polygon 511 and are the plots 1450, 1451, 1452 and 1453, which locate in the parish of Sarandós, in the termo municipal of Abegondo (A Coruña). For the realisation of the present repoblación will carry out a grouping of the previous plots, obtaining with this a total surface of 8,50 has (8,05 has to free surface, discounting the retranqueos and the faja of protection). Inda that the surface does not arrive to the 10 has to realise a forest grouping, the idea of the owners is to carry it out in the near future adding another owner, abaratando like this the costs and obtaining a greater profit. The repoblación will divide in two RODALES (Rodal I and Rodal II). The Rodal I will have a total surface of plantation of 3,66 has and the Rodal II 4,39 has. The frame of plantation of both rodales will be of 2,5 m (between plants) and 3,5 m (between rows), will use the variety of Eucalyptus nitens L2, taking into account the conditions that have in the repoblación, will be the one who have a better behaviour in field. Dividend both rodales go to ter a faja of protection that will work like cortafuegos green with an extension of 0,26 has, will use Quercus rubra, with a frame of plantation of 3 m (between plants) and 2,5 m (between liñas). In this project will evaluate the economic indexes that will influence to carry out the repoblación and a budget to be able to carry out all the infrastructures that are precise. The budget of material execution will calculate that it will be of 22.179,22€ And we estimate that the work last 12 business days.
Direction
RODRÍGUEZ SOALLEIRO, ROQUE (Tutorships)
RODRÍGUEZ SOALLEIRO, ROQUE (Tutorships)
Court
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
FERNÁNDEZ LORENZO, JUAN LUIS (Secretary)
DIEGUEZ ARANDA, ULISES (Member)
RUIZ GONZALEZ, ANA DARIA (Coordinator)
LOMBARDERO DIAZ, MARIA JOSEFA (Chairman)
FERNÁNDEZ LORENZO, JUAN LUIS (Secretary)
DIEGUEZ ARANDA, ULISES (Member)
Technical project of a barn for 50 beef cattle in production in Ouviaña (Ribeira de Piquín, Lugo)
Authorship
A.T.S.
Degree in Agricultural and Food Processing Engineering
A.T.S.
Degree in Agricultural and Food Processing Engineering
Defense date
02.18.2026 12:00
02.18.2026 12:00
Summary
This project aims to design a cattle barn for beef cattle, located in Ouviaña, Ribeira de Piquín (Lugo), in order to resume the livestock farming activity traditionally carried out on the promoter's family farm, which ceased due to the grandparents' retirement. The designed barn will house the cattle, facilitating animal handling and daily work on the farm, while ensuring maximum animal welfare. The plot of land where the project is being carried out belongs to the developer's family and meets all the necessary urban planning and legal requirements for the construction of the livestock building. It is a 35,206 m2 property, part of an existing family landholding, which is currently used as permanent pasture. The farm will be based on the production of beef cattle of the Asturiana de los Valles breed, paying special attention to the production process, animal handling, feeding and hygiene and health conditions, with the aim of guaranteeing at all times the animal welfare and proper functioning of the farm. The building features a prefabricated reinforced concrete structure and a foundation poured on-site, along with the necessary facilities for its operation. In addition, plans include a slurry pit, a manure storage area, and an auxiliary module with spaces for the farmer. The project is completed with a detailed budget and an economic-financial evaluation that allows the analysis of the viability of the operation throughout its useful life, with an initial investment of € 646,418.81 and an execution period of 83 days.
This project aims to design a cattle barn for beef cattle, located in Ouviaña, Ribeira de Piquín (Lugo), in order to resume the livestock farming activity traditionally carried out on the promoter's family farm, which ceased due to the grandparents' retirement. The designed barn will house the cattle, facilitating animal handling and daily work on the farm, while ensuring maximum animal welfare. The plot of land where the project is being carried out belongs to the developer's family and meets all the necessary urban planning and legal requirements for the construction of the livestock building. It is a 35,206 m2 property, part of an existing family landholding, which is currently used as permanent pasture. The farm will be based on the production of beef cattle of the Asturiana de los Valles breed, paying special attention to the production process, animal handling, feeding and hygiene and health conditions, with the aim of guaranteeing at all times the animal welfare and proper functioning of the farm. The building features a prefabricated reinforced concrete structure and a foundation poured on-site, along with the necessary facilities for its operation. In addition, plans include a slurry pit, a manure storage area, and an auxiliary module with spaces for the farmer. The project is completed with a detailed budget and an economic-financial evaluation that allows the analysis of the viability of the operation throughout its useful life, with an initial investment of € 646,418.81 and an execution period of 83 days.
Direction
Torres Labandeira, Manuel Luis (Tutorships)
Torres Labandeira, Manuel Luis (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Fernández Rodríguez, María Elena (Secretary)
Iglesias Becerra, Antonio (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Fernández Rodríguez, María Elena (Secretary)
Iglesias Becerra, Antonio (Member)
Interpretation of physiological signals through biomechanical models for fatigue analysis in human-robot collaborative industrial tasks.
Authorship
C.R.V.T.
Grao en Robótica (2ªed)
C.R.V.T.
Grao en Robótica (2ªed)
Defense date
02.18.2026 16:00
02.18.2026 16:00
Summary
This Final Degree Project, developed within the framework of the ROBOTA-SUDOE project, aims to design a preliminary model for estimating muscle fatigue based on electromyographic (EMG) signals and inertial data provided by Xsens MTw Awinda sensors. Surface EMG sensors were applied to muscle groups in the arm to collect signals during controlled physical tasks. These signals were processed using digital filters and temporal and spectral metrics, such as mean frequency (MNF) and root mean square (RMS), to identify signs of fatigue. In parallel, kinematic data from inertial sensors were analyzed to extract parameters such as joint flexion angles, angular velocity, and range of motion. Although a direct integration of both data sources was not achieved, the separate analyses revealed patterns consistent with the development of muscle fatigue. Preliminary results suggest that both EMG signals and inertial data can provide va- luable information for fatigue detection, laying the groundwork for future deve- lopment of portable real-time monitoring systems. Finally, the study discusses the current limitations of the approach and outlines possible directions for improving its robustness and clinical applicability.
This Final Degree Project, developed within the framework of the ROBOTA-SUDOE project, aims to design a preliminary model for estimating muscle fatigue based on electromyographic (EMG) signals and inertial data provided by Xsens MTw Awinda sensors. Surface EMG sensors were applied to muscle groups in the arm to collect signals during controlled physical tasks. These signals were processed using digital filters and temporal and spectral metrics, such as mean frequency (MNF) and root mean square (RMS), to identify signs of fatigue. In parallel, kinematic data from inertial sensors were analyzed to extract parameters such as joint flexion angles, angular velocity, and range of motion. Although a direct integration of both data sources was not achieved, the separate analyses revealed patterns consistent with the development of muscle fatigue. Preliminary results suggest that both EMG signals and inertial data can provide va- luable information for fatigue detection, laying the groundwork for future deve- lopment of portable real-time monitoring systems. Finally, the study discusses the current limitations of the approach and outlines possible directions for improving its robustness and clinical applicability.
Direction
CORRALES RAMON, JUAN ANTONIO (Tutorships)
RAÑO NOAL, IGNACIO (Co-tutorships)
CORRALES RAMON, JUAN ANTONIO (Tutorships)
RAÑO NOAL, IGNACIO (Co-tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
COMESAÑA FIGUEROA, ENRIQUE (Chairman)
SOTELO DOCIO, SUSANA (Secretary)
BLANCO BESTEIRO, BEATRIZ (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
COMESAÑA FIGUEROA, ENRIQUE (Chairman)
SOTELO DOCIO, SUSANA (Secretary)
BLANCO BESTEIRO, BEATRIZ (Member)
Design and implementation of a device for monitoring and caring for domestic animals
Authorship
R.V.L.
Grao en Robótica (2ªed)
R.V.L.
Grao en Robótica (2ªed)
Defense date
02.19.2026 10:00
02.19.2026 10:00
Summary
This Final Degree Project is based on research into current monitoring systems, identifying the need to develop a wearable device assisted by a gateway that combines low cost with high energy efficiency. The project focused on the design and implementation of a system capable of recording critical vital signs, specifically temperature and pulse, validating the accuracy of the measurements based on the animal's physical activity to ensure data reliability. The resulting solution is integrated into an IoT architecture using BLE communication, proposing a non-invasive approach aimed at domestic animals. Finally, the construction of the prototype allowed for the experimental validation of the fulfillment of the objectives, verifying the ergonomics of the design and the integrity of the data transmitted in a real environment.
This Final Degree Project is based on research into current monitoring systems, identifying the need to develop a wearable device assisted by a gateway that combines low cost with high energy efficiency. The project focused on the design and implementation of a system capable of recording critical vital signs, specifically temperature and pulse, validating the accuracy of the measurements based on the animal's physical activity to ensure data reliability. The resulting solution is integrated into an IoT architecture using BLE communication, proposing a non-invasive approach aimed at domestic animals. Finally, the construction of the prototype allowed for the experimental validation of the fulfillment of the objectives, verifying the ergonomics of the design and the integrity of the data transmitted in a real environment.
Direction
COMESAÑA FIGUEROA, ENRIQUE (Tutorships)
COMESAÑA FIGUEROA, ENRIQUE (Tutorships)
Court
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
CORRALES RAMON, JUAN ANTONIO (Chairman)
VAZQUEZ VERDES, PEDRO (Secretary)
CASTRO PEREIRO, DANIEL ALFONSO (Member)
COMESAÑA FIGUEROA, ENRIQUE (Coordinator)
CORRALES RAMON, JUAN ANTONIO (Chairman)
VAZQUEZ VERDES, PEDRO (Secretary)
CASTRO PEREIRO, DANIEL ALFONSO (Member)
Construction project for a white wine cellar, with the Betanzos PGI, producing 30,000 l/year of legitimate white wine in Betanzos, A Coruña.
Authorship
M.V.O.
Degree in Agricultural and Food Processing Engineering
M.V.O.
Degree in Agricultural and Food Processing Engineering
Defense date
02.19.2026 11:00
02.19.2026 11:00
Summary
The aim of this project is the construction of a wine-producing facility for the annual production of 30,000 litres of Branco Lexítimo white wine, protected under the Protected Geographical Indication (PGI) Betanzos, located in the province of A Coruña (Spain). The design and execution of the winery have been developed considering all current legal, urban planning, technical and sanitary requirements, as well as the functional and economic conditions established by the promoter. The planned annual production requires approximately 45,000 kg of grapes, sourced exclusively from vineyards registered within the PGI Betanzos area. The raw material undergoes all the necessary stages to obtain the final product ready for commercialisation. The production process includes grape reception and harvesting, pre-fermentation operations (pressing, must cooling, sulphiting and static cold setiling), alcoholic fermentation with the corresponding controls, racking, and post-fermentation operations such as tartaric stabilisation, filtration using a plate filter, botiling, storage and dispatch of the finished product. The project provides a detailed description of the engineering of the production process and the required equipment, as well as the structural calculations of the industrial building and all associated installations: electrical systems, plumbing, sanitation, climate control and fire protection, ensuring the proper operation of the winery and compliance with the applicable regulations. In addition, an economic and financial analysis is included, detailing the project budget, with a total contract execution budget of €952482,33, together with an evaluation of its profitability. The economic indicators obtained confirm that the project is technically and economically feasible, justifying its implementation.
The aim of this project is the construction of a wine-producing facility for the annual production of 30,000 litres of Branco Lexítimo white wine, protected under the Protected Geographical Indication (PGI) Betanzos, located in the province of A Coruña (Spain). The design and execution of the winery have been developed considering all current legal, urban planning, technical and sanitary requirements, as well as the functional and economic conditions established by the promoter. The planned annual production requires approximately 45,000 kg of grapes, sourced exclusively from vineyards registered within the PGI Betanzos area. The raw material undergoes all the necessary stages to obtain the final product ready for commercialisation. The production process includes grape reception and harvesting, pre-fermentation operations (pressing, must cooling, sulphiting and static cold setiling), alcoholic fermentation with the corresponding controls, racking, and post-fermentation operations such as tartaric stabilisation, filtration using a plate filter, botiling, storage and dispatch of the finished product. The project provides a detailed description of the engineering of the production process and the required equipment, as well as the structural calculations of the industrial building and all associated installations: electrical systems, plumbing, sanitation, climate control and fire protection, ensuring the proper operation of the winery and compliance with the applicable regulations. In addition, an economic and financial analysis is included, detailing the project budget, with a total contract execution budget of €952482,33, together with an evaluation of its profitability. The economic indicators obtained confirm that the project is technically and economically feasible, justifying its implementation.
Direction
ARBONES MACIÑEIRA, ENRIQUE RAFAEL (Tutorships)
ARBONES MACIÑEIRA, ENRIQUE RAFAEL (Tutorships)
Court
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Torres Labandeira, Manuel Luis (Secretary)
RODRIGUEZ RODRIGUEZ, MANUEL RAMIRO (Member)
CABALEIRO SOBRINO, CRISTINA (Coordinator)
CABALEIRO SOBRINO, CRISTINA (Chairman)
Torres Labandeira, Manuel Luis (Secretary)
RODRIGUEZ RODRIGUEZ, MANUEL RAMIRO (Member)