Design and installation project of a heat pump air conditioning system and feasibility study of a photovoltaic installation in an air quality monitoring cabin.
Authorship
C.B.C.
Bachelor's Degree in Industrial Chemical Processes Engeneering
C.B.C.
Bachelor's Degree in Industrial Chemical Processes Engeneering
Defense date
02.19.2026 10:15
02.19.2026 10:15
Summary
This Final Degree Project aims to design and improve the air-conditioning system of an air quality monitoring cabin belonging to an automatic environmental control network, as well as to assess the technical and energy feasibility of an associated photovoltaic solar installation. The cabin houses measurement equipment that requires stable thermal conditions to ensure the reliability of the collected data. In this context, a detailed analysis of the initial situation and the operating requirements of the analyzers has been carried out, establishing as a design criterion the maintenance of the indoor temperature within the operating range recommended by the manufacturers. Based on these requirements, the thermal load of the enclosure has been calculated, considering the geometric characteristics of the cabin, the composition of its envelope, the climatic conditions of the site and the internal loads generated by the equipment. Based on the obtained results, the installation of an air-to-air heat pump system is proposed, selected according to its capacity to meet the calculated thermal demands, its energy efficiency and its suitability for continuous operation. In addition, a photovoltaic solar installation intended for partial self-consumption of the cabin is proposed, making use of available space in the immediate surroundings of the facility. The sizing and energy assessment of the photovoltaic system have been carried out through simulation using a recognized tool, optimizing the orientation and tilt of the generator to maximize annual energy production. The project is completed with the preparation of the technical report, calculation annexes, installation drawings, budget, basic health and safety study, technical specifications and the corresponding bibliography.
This Final Degree Project aims to design and improve the air-conditioning system of an air quality monitoring cabin belonging to an automatic environmental control network, as well as to assess the technical and energy feasibility of an associated photovoltaic solar installation. The cabin houses measurement equipment that requires stable thermal conditions to ensure the reliability of the collected data. In this context, a detailed analysis of the initial situation and the operating requirements of the analyzers has been carried out, establishing as a design criterion the maintenance of the indoor temperature within the operating range recommended by the manufacturers. Based on these requirements, the thermal load of the enclosure has been calculated, considering the geometric characteristics of the cabin, the composition of its envelope, the climatic conditions of the site and the internal loads generated by the equipment. Based on the obtained results, the installation of an air-to-air heat pump system is proposed, selected according to its capacity to meet the calculated thermal demands, its energy efficiency and its suitability for continuous operation. In addition, a photovoltaic solar installation intended for partial self-consumption of the cabin is proposed, making use of available space in the immediate surroundings of the facility. The sizing and energy assessment of the photovoltaic system have been carried out through simulation using a recognized tool, optimizing the orientation and tilt of the generator to maximize annual energy production. The project is completed with the preparation of the technical report, calculation annexes, installation drawings, budget, basic health and safety study, technical specifications and the corresponding bibliography.
Direction
JOVER RAMOS, AIDA (Tutorships)
Carballal Vázquez, Félix (Co-tutorships)
JOVER RAMOS, AIDA (Tutorships)
Carballal Vázquez, Félix (Co-tutorships)
Court
SEIJAS VAZQUEZ, JULIO ANTONIO (Chairman)
MARTINEZ AGEITOS, JOSE MANUEL (Secretary)
AMIAMA ARES, CARLOS (Member)
SEIJAS VAZQUEZ, JULIO ANTONIO (Chairman)
MARTINEZ AGEITOS, JOSE MANUEL (Secretary)
AMIAMA ARES, CARLOS (Member)
Endometriosis and Nutrition: dietary approaches to enhance quality of life
Authorship
E.C.L.
Bachelor's degree in Human Nutrition and Dietetics
E.C.L.
Bachelor's degree in Human Nutrition and Dietetics
Defense date
02.12.2026 17:00
02.12.2026 17:00
Summary
Endometriosis is a chronic, inflammatory, and hormone-dependent disease characterized by the growth of endometrial-like tissue outside the uterus. The incidence of this disease reaches up to 10% of women of reproductive age, and the delay in diagnosis is close to 9 years. Along with pelvic pain and infertility (up to 50%), gastrointestinal manifestations are frequently present (intense abdominal pain, altered bowel habits such as diarrhea or constipation) which can be extremely debilitating. This review examines the interaction between nutrition and endometriosis, highlighting the role of certain dietary approaches as a complementary therapeutic strategy. Certain nutritional strategies could modulate the symptoms related to estrogen metabolism, oxidative stress, and the composition of the gut microbiota, influencing the inflammatory environment associated with endometriosis. A diet rich in antioxidants, polyphenols, and fiber, along with an adequate intake of polyunsaturated fatty acids and vitamins E, C, and D, can help reduce pain perception, improve gut microbiota, and decrease inflammation. These dietary adjustments are not only useful in managing pain and fertility, but they may also help limit lesion growth and reduce recurrence. Therefore, nutritional support combined with a multidisciplinary approach (gynecology, psychology, physiotherapy, and nutrition) could reduce medication dependence and improve patients' quality of life.
Endometriosis is a chronic, inflammatory, and hormone-dependent disease characterized by the growth of endometrial-like tissue outside the uterus. The incidence of this disease reaches up to 10% of women of reproductive age, and the delay in diagnosis is close to 9 years. Along with pelvic pain and infertility (up to 50%), gastrointestinal manifestations are frequently present (intense abdominal pain, altered bowel habits such as diarrhea or constipation) which can be extremely debilitating. This review examines the interaction between nutrition and endometriosis, highlighting the role of certain dietary approaches as a complementary therapeutic strategy. Certain nutritional strategies could modulate the symptoms related to estrogen metabolism, oxidative stress, and the composition of the gut microbiota, influencing the inflammatory environment associated with endometriosis. A diet rich in antioxidants, polyphenols, and fiber, along with an adequate intake of polyunsaturated fatty acids and vitamins E, C, and D, can help reduce pain perception, improve gut microbiota, and decrease inflammation. These dietary adjustments are not only useful in managing pain and fertility, but they may also help limit lesion growth and reduce recurrence. Therefore, nutritional support combined with a multidisciplinary approach (gynecology, psychology, physiotherapy, and nutrition) could reduce medication dependence and improve patients' quality of life.
Direction
CAMIÑA GARCIA, MARIA MERCEDES (Tutorships)
RODRÍGUEZ VIEYTES, MARÍA MERCEDES (Co-tutorships)
CAMIÑA GARCIA, MARIA MERCEDES (Tutorships)
RODRÍGUEZ VIEYTES, MARÍA MERCEDES (Co-tutorships)
Court
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
Exocrine pancreatic insufficiency in adults: main causes, diagnosis, management and dietary recommendations.
Authorship
I.C.C.
Bachelor's degree in Human Nutrition and Dietetics
I.C.C.
Bachelor's degree in Human Nutrition and Dietetics
Defense date
02.12.2026 17:00
02.12.2026 17:00
Summary
Exocrine pancreatic insufficiency (EPI) is a condition characterized by an inadequate and deficient exocrine pancreatic secretion or activity due to alterations in the production, transport or interaction with nutrients at the intestinal level. It manifests clinically with a symptomatology that includes steatorrhea, important weight lose and biochemical alterations linked with the lipid and fat-soluble micronutrient malabsortion. Among the main causes of exocrine pancreatic insufficiency in adults chronic pancreatitis is noteworthy, and to a lesser extent, the presence of pancreatic tumors and pancreatic resection procedures. In childhood and teenagers the main cause is cystic fibrosis. Exocrine pancreatic insufficiency is not only underdiagnosed, but also the treatment that is carried out is not always the most adequate. For all these reasons, this paper presents a review of the recent scientific literature on the main causes of exocrine pancreatic insufficiency in adulthood, diagnosis and management and, finally, what dietary recommendations should taken in consideration when normalizing the nutritional status of the individual and relieving symptoms.
Exocrine pancreatic insufficiency (EPI) is a condition characterized by an inadequate and deficient exocrine pancreatic secretion or activity due to alterations in the production, transport or interaction with nutrients at the intestinal level. It manifests clinically with a symptomatology that includes steatorrhea, important weight lose and biochemical alterations linked with the lipid and fat-soluble micronutrient malabsortion. Among the main causes of exocrine pancreatic insufficiency in adults chronic pancreatitis is noteworthy, and to a lesser extent, the presence of pancreatic tumors and pancreatic resection procedures. In childhood and teenagers the main cause is cystic fibrosis. Exocrine pancreatic insufficiency is not only underdiagnosed, but also the treatment that is carried out is not always the most adequate. For all these reasons, this paper presents a review of the recent scientific literature on the main causes of exocrine pancreatic insufficiency in adulthood, diagnosis and management and, finally, what dietary recommendations should taken in consideration when normalizing the nutritional status of the individual and relieving symptoms.
Direction
BARCIA VIEITEZ, RAMIRO (Tutorships)
BARCIA VIEITEZ, RAMIRO (Tutorships)
Court
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
Nanocellulose-based biomaterials for active food packaging.
Authorship
R.C.P.
Biochemistry Degree (2nd Ed.)
R.C.P.
Biochemistry Degree (2nd Ed.)
Defense date
02.19.2026 10:30
02.19.2026 10:30
Summary
Among the main factors contributing to the loss of food quality and shelf life is the oxidation process. In this context, the development of active packaging systems capable of providing sustained antioxidant protection represents a strategy of interest within the food industry, particularly when renewable and biocompatible materials are used. In this work, bacterial cellulose films incorporating chitosan and an antioxidant complex (C45) were developed to evaluate their potential for active food packaging. Both the antioxidant activity of the complex and its release capacity were studied. In addition, the biocompatibility of the system was assessed through in vitro cell viability assays. The results showed high antioxidant activity of the complex, which was maintained after incorporation into the polymeric matrix as well as during its progressive release into the medium. In vitro experiments confirmed the absence of cytotoxicity and the biological compatibility of the system. Overall, a synergistic effect among these components was observed, leading to the formation of safe films. Although this is a laboratory-scale prototype, the results obtained suggest promising potential for this material in active food packaging applications. Further research is required to evaluate its behavior in real food matrices and its possible scalability at an industrial level.
Among the main factors contributing to the loss of food quality and shelf life is the oxidation process. In this context, the development of active packaging systems capable of providing sustained antioxidant protection represents a strategy of interest within the food industry, particularly when renewable and biocompatible materials are used. In this work, bacterial cellulose films incorporating chitosan and an antioxidant complex (C45) were developed to evaluate their potential for active food packaging. Both the antioxidant activity of the complex and its release capacity were studied. In addition, the biocompatibility of the system was assessed through in vitro cell viability assays. The results showed high antioxidant activity of the complex, which was maintained after incorporation into the polymeric matrix as well as during its progressive release into the medium. In vitro experiments confirmed the absence of cytotoxicity and the biological compatibility of the system. Overall, a synergistic effect among these components was observed, leading to the formation of safe films. Although this is a laboratory-scale prototype, the results obtained suggest promising potential for this material in active food packaging applications. Further research is required to evaluate its behavior in real food matrices and its possible scalability at an industrial level.
Direction
LUZARDO ALVAREZ, ASTERIA MARIA (Tutorships)
CAZON DIAZ, PATRICIA (Co-tutorships)
LUZARDO ALVAREZ, ASTERIA MARIA (Tutorships)
CAZON DIAZ, PATRICIA (Co-tutorships)
Court
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
Epidemiological surveillance of antibiotic resistance in water treatment plants
Authorship
M.F.Q.
Biochemistry Degree (2nd Ed.)
M.F.Q.
Biochemistry Degree (2nd Ed.)
Defense date
02.19.2026 10:30
02.19.2026 10:30
Summary
Antimicrobial resistance (AMR) represents one of the main threats to global public health and a priority challenge from the ‘One Health’ perspective. In this context, wastewater treatment plants (WWTPs) play a key role in the ecology of AMR, acting as points of convergence and environmental dissemination of resistant bacteria and resistance genes. The aim of this study was to molecularly characterise 25 Escherichia coli isolates obtained between 2024 and 2025 from effluents from three WWTPs in Health Area V (Oviedo, Principality of Asturias). The results showed high population diversity, with a predominance of phylogroup B2 (32%), followed by phylogroup A (24%). Notably, the ST131 pandemic clonal complex was detected in 32% of isolates, predominantly clade C2 (75%), including serotypes O25b:H4-B2 and O16:H5-B2. Similarly, 32% were classified as ExPEC/UPEC, underscoring their high pathogenic potential. Regarding antimicrobial resistance, a high prevalence of extended-spectrum beta-lactamase (ESBL) genes (60%) was observed, mainly blaCTX-M-1 and blaCTX-M-9, as well as carbapenemases with high clinical impact (48%), notably blaOXA-48 and blaNDM. Genomic analysis of the O16:H5-B2-ST131 isolate identified the CH40-41 clonotype and the emerging blaCTX-M-27 gene, associated with human infections. These results confirm that WWTPs act as critical reservoirs and routes of environmental dispersion for high-risk clones, demonstrating the persistent circulation of multidrug-resistant and potentially pathogenic E. coli lineages of human origin in the health area analyzed here. These findings underscore the need to implement systematic genomic surveillance programmes in treated water as a key tool for the early detection and mitigation of health and environmental risks within strategies based on the ‘One Health’ approach.
Antimicrobial resistance (AMR) represents one of the main threats to global public health and a priority challenge from the ‘One Health’ perspective. In this context, wastewater treatment plants (WWTPs) play a key role in the ecology of AMR, acting as points of convergence and environmental dissemination of resistant bacteria and resistance genes. The aim of this study was to molecularly characterise 25 Escherichia coli isolates obtained between 2024 and 2025 from effluents from three WWTPs in Health Area V (Oviedo, Principality of Asturias). The results showed high population diversity, with a predominance of phylogroup B2 (32%), followed by phylogroup A (24%). Notably, the ST131 pandemic clonal complex was detected in 32% of isolates, predominantly clade C2 (75%), including serotypes O25b:H4-B2 and O16:H5-B2. Similarly, 32% were classified as ExPEC/UPEC, underscoring their high pathogenic potential. Regarding antimicrobial resistance, a high prevalence of extended-spectrum beta-lactamase (ESBL) genes (60%) was observed, mainly blaCTX-M-1 and blaCTX-M-9, as well as carbapenemases with high clinical impact (48%), notably blaOXA-48 and blaNDM. Genomic analysis of the O16:H5-B2-ST131 isolate identified the CH40-41 clonotype and the emerging blaCTX-M-27 gene, associated with human infections. These results confirm that WWTPs act as critical reservoirs and routes of environmental dispersion for high-risk clones, demonstrating the persistent circulation of multidrug-resistant and potentially pathogenic E. coli lineages of human origin in the health area analyzed here. These findings underscore the need to implement systematic genomic surveillance programmes in treated water as a key tool for the early detection and mitigation of health and environmental risks within strategies based on the ‘One Health’ approach.
Direction
MORA GUTIERREZ, AZUCENA DEL CARMEN (Tutorships)
GARCIA MENENDEZ, VANESA (Co-tutorships)
MORA GUTIERREZ, AZUCENA DEL CARMEN (Tutorships)
GARCIA MENENDEZ, VANESA (Co-tutorships)
Court
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
Study of new formulations of natural hydrogels useful in the regeneration of chondral lesions in human articular cartilage.
Authorship
P.G.S.
Biochemistry Degree (2nd Ed.)
P.G.S.
Biochemistry Degree (2nd Ed.)
Defense date
02.19.2026 10:30
02.19.2026 10:30
Summary
Articular cartilage is a specialized, avascular tissue with a limited capacity for regeneration, which favors the development of chondral lesions and degenerative pathologies such as osteoarthritis. The limitations of conventional treatments have driven the development of new strategies based on regenerative medicine, among which the use of biomaterials capable of mimicking the microenvironment of the extracellular matrix stands out. In this context, naturally derived hydrogels represent a promising alternative due to their high biocompatibility and structural similarity to native tissues. The objective of this research was to evaluate the cytotoxicity, biocompatibility, and release and diffusion capacity of natural hydrogels formulated from sodium alginate and carboxymethyl chitosan, in order to assess their applicability in the regeneration of chondral lesions of human articular cartilage. To this end, hydrogels with two different polymer concentrations were designed and characterized through cell viability assays and diffusion and release studies. Overall, the results obtained indicate that the formulated hydrogels exhibit suitable properties as biomaterials, positioning them as promising candidates for future applications in regenerative medicine.
Articular cartilage is a specialized, avascular tissue with a limited capacity for regeneration, which favors the development of chondral lesions and degenerative pathologies such as osteoarthritis. The limitations of conventional treatments have driven the development of new strategies based on regenerative medicine, among which the use of biomaterials capable of mimicking the microenvironment of the extracellular matrix stands out. In this context, naturally derived hydrogels represent a promising alternative due to their high biocompatibility and structural similarity to native tissues. The objective of this research was to evaluate the cytotoxicity, biocompatibility, and release and diffusion capacity of natural hydrogels formulated from sodium alginate and carboxymethyl chitosan, in order to assess their applicability in the regeneration of chondral lesions of human articular cartilage. To this end, hydrogels with two different polymer concentrations were designed and characterized through cell viability assays and diffusion and release studies. Overall, the results obtained indicate that the formulated hydrogels exhibit suitable properties as biomaterials, positioning them as promising candidates for future applications in regenerative medicine.
Direction
BARCIA VIEITEZ, RAMIRO (Tutorships)
Díaz Prado, Silvia M. (Co-tutorships)
BARCIA VIEITEZ, RAMIRO (Tutorships)
Díaz Prado, Silvia M. (Co-tutorships)
Court
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
VERA RODRIGUEZ, MANUEL (Chairman)
RUIZ RIQUELME, ALEJANDRO IVAN (Secretary)
ALVARIÑO ROMERO, REBECA (Member)
Dietary guide for the nutritional management of hypothyroidism: practical application of scientific evidence
Authorship
L.P.P.
Bachelor's degree in Human Nutrition and Dietetics
L.P.P.
Bachelor's degree in Human Nutrition and Dietetics
Defense date
02.12.2026 17:00
02.12.2026 17:00
Summary
This Final Degree Project presents a review of the most relevant scientific literature on hypothyroidism, with the aim of synthesizing the current evidence related to nutritional treatment and based on this evidence, developing a dietary guide oriented toward clinical practice. The review includes scientific articles, systematic reviews, and clinical guidelines, and addresses the main pathophysiological mechanisms involved in thyroid dysfunction and autoimmunity, in order to contextualize the role of nutrition within the comprehensive management of the disease. Nutritional interventions related to energy balance, macronutrient quality, and nutritional status are analyzed, highlighting the influence of carbohydrates, proteins, and fats on thyroid metabolism. In addition, the relevance of minerals and vitamins involved in hormone synthesis, metabolism, and immune modulation is examined, together with dietary patterns and factors that may affect the absorption and effectiveness of levothyroxine, as well as the interaction of the gut thyroid axis and the role of the intestinal microbiota. The project concludes with the development of a dietary guide aimed at the nutritional management of hypothyroidism, based on the scientific evidence reviewed and oriented toward practical application, emphasizing the importance of individualization and a multidisciplinary approach as a complement to pharmacological treatment.
This Final Degree Project presents a review of the most relevant scientific literature on hypothyroidism, with the aim of synthesizing the current evidence related to nutritional treatment and based on this evidence, developing a dietary guide oriented toward clinical practice. The review includes scientific articles, systematic reviews, and clinical guidelines, and addresses the main pathophysiological mechanisms involved in thyroid dysfunction and autoimmunity, in order to contextualize the role of nutrition within the comprehensive management of the disease. Nutritional interventions related to energy balance, macronutrient quality, and nutritional status are analyzed, highlighting the influence of carbohydrates, proteins, and fats on thyroid metabolism. In addition, the relevance of minerals and vitamins involved in hormone synthesis, metabolism, and immune modulation is examined, together with dietary patterns and factors that may affect the absorption and effectiveness of levothyroxine, as well as the interaction of the gut thyroid axis and the role of the intestinal microbiota. The project concludes with the development of a dietary guide aimed at the nutritional management of hypothyroidism, based on the scientific evidence reviewed and oriented toward practical application, emphasizing the importance of individualization and a multidisciplinary approach as a complement to pharmacological treatment.
Direction
CARDELLE COBAS, ALEJANDRA (Tutorships)
REGAL LÓPEZ, PATRICIA (Co-tutorships)
CARDELLE COBAS, ALEJANDRA (Tutorships)
REGAL LÓPEZ, PATRICIA (Co-tutorships)
Court
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
RAMIL NOVO, LUIS ALBERTO (Chairman)
PEÑA CRECENTE, ROSA MARIA (Secretary)
RODRIGUEZ AÑON, JOSE ANTONIO (Member)
Design project for a heating and domestic hot water system using a heat pump and solar thermal panels for a single-family home located in O Val, Narón
Authorship
S.R.G.
Bachelor's Degree in Industrial Chemical Processes Engeneering
S.R.G.
Bachelor's Degree in Industrial Chemical Processes Engeneering
Defense date
02.19.2026 10:15
02.19.2026 10:15
Summary
The objective of this project is to design a heating an DHW system for a detached house located in the town of O Val, Narón. To this end, an underfloor heating system will be installed, powered by an aerothermal system using a heat pump. In addition, to meet the DHW demand, solar thermal panels will be installed to support the heat pump, which will be the main source of energy. This project will be carried out in accordance with current regulations and legislation, as well as the technical recommendations of the relevant bodies. To begin with, a series of calculations will be made to determine the thermal demand of the dwelling, which will enable us to select the appropriate equipment to provide energy. Following the calculation procedure, the secondary equipment will be sized, namely the network of pipes and connection systems between circuits, which are necessary for the proper functioning of the installation. With the data obtained, a selection process will be carried out, searching through the different commercial houses to choose the appropriate equipment for the system. Next, once all the technical information has been obtained, the work will be organized to determine how long the installation will take to complete. Finally, the following documents will be drawn up: specifications, EBSS, budget, quality control plan and waste management plan. All of these are necessary for the project to be carried out in the most appropriate manner.
The objective of this project is to design a heating an DHW system for a detached house located in the town of O Val, Narón. To this end, an underfloor heating system will be installed, powered by an aerothermal system using a heat pump. In addition, to meet the DHW demand, solar thermal panels will be installed to support the heat pump, which will be the main source of energy. This project will be carried out in accordance with current regulations and legislation, as well as the technical recommendations of the relevant bodies. To begin with, a series of calculations will be made to determine the thermal demand of the dwelling, which will enable us to select the appropriate equipment to provide energy. Following the calculation procedure, the secondary equipment will be sized, namely the network of pipes and connection systems between circuits, which are necessary for the proper functioning of the installation. With the data obtained, a selection process will be carried out, searching through the different commercial houses to choose the appropriate equipment for the system. Next, once all the technical information has been obtained, the work will be organized to determine how long the installation will take to complete. Finally, the following documents will be drawn up: specifications, EBSS, budget, quality control plan and waste management plan. All of these are necessary for the project to be carried out in the most appropriate manner.
Direction
LU CHAU, THELMO ALEJANDRO (Tutorships)
González Rodríguez, Jorge (Co-tutorships)
LU CHAU, THELMO ALEJANDRO (Tutorships)
González Rodríguez, Jorge (Co-tutorships)
Court
SEIJAS VAZQUEZ, JULIO ANTONIO (Chairman)
MARTINEZ AGEITOS, JOSE MANUEL (Secretary)
AMIAMA ARES, CARLOS (Member)
SEIJAS VAZQUEZ, JULIO ANTONIO (Chairman)
MARTINEZ AGEITOS, JOSE MANUEL (Secretary)
AMIAMA ARES, CARLOS (Member)