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Master In Prevention of Labour and Expert Risks in Renewable Energies

Precio 4195 € - Masters y Postgrados, OnLine de 2700 horas - Titulación Emitida por el centro
Master en Prevención de Riesgos Laborales y Experto en Energías Renovables Master en Prevención de Riscos Laborais e Experto en Enerxías Renovables Master en Prevenció de Riscos Laborals i Expert en Energies Renovables Master em Prevenção de Riscos Trabalhistas e Experiente em Energias Renováveis   Master In Prevention of Labour and Expert Risks in Renewable Energies   Master En Prévention de Risques De travail et Expert en des Énergies Renouvelables
 
Justificación/Descripción del curso:

With the entrance in force of the Treaty of Bolonia and the adaptation of the university system Spanish to the European space, that determines two basic levels of university training, titles of Degree and Titles of Postgrado, have produced legislative modifications in the field of Competent Technicians of Prevention of Labour Risks; said modifications are oriented to substitute the ancient courses of training like Technical of Upper Level in Prevention of Labour Risks by postgrados official university, giving to a title that already was official a value added, the academic value of Postgrado Official.

ACEDIS Training, expert in training in Prevention of Labour Risks, offers you the opportunity to obtain the title of Máster Official in Prevention of Risks Works with his three specialities: Security in the Work, Industrial Hygiene and Ergonomics and Psicosociología Applied, expedido by the JOIN (International University of The Rioja).

The final aim of the Máster Professional in Renewable Energies of ACEDIS, is that the student, independently of his previous academic training, turn into a very prepared Technician in the pujante sector of the production and aprovechamiento of the clean energies, which offers stupendous opportunities of occupation for the next decades, with an increasing offer of employment of quality.

The Law of Prevention of Labour Risks, Law 31/1995 of 8 of November, establishes in his exhibition of reasons that "the purpose of fomentar an authentic preventive culture, by means of the promotion of the improvement of the education in said matter in all the educational levels, involucra to the society in his group and constitutes one of the basic aims and of effects perhaps more transcendentes for the future of the pursued by the present Law". By his part, the Regulation of the services of Prevention, regulates the capacities or necessary aptitudes for the development of the preventive activity, as well as the exigible minimum training for the development of the preventive activity, as well as the exigible minimum training for the exert of said functions that classify in basic level, intermediate and upper in prevention of labour risks.

The strong social demand that exists of Technicians sure enough prepared in this matter does necessary the realisation of diverse courses in all the national field. On the other hand in front of the new open possibilities by the technologies of the information has opened a fan of methods of education colaborativa that allow a main aprovechamiento of the training and the generalisation of the same.

With the Máster Professional of Renewable Energies do not pretend develop a program of high theoretical level for students with previous knowledges very deep. On the contrary, his end last is to facilitate the necessary training for all that interested in adentrarse in this formidable sector, splitting from the basic levels, to go purchasing progressively some solid knowledges of base that allow to the student act with security and knowledge. Of this form, thanks to a gradual educational planning, arrive to dominate the area of the matter in question.

Treat , in definite, of a program of multidisciplinary knowledges, rigorous and of easy understanding, that pursues to generate in the reader an integral culture on Renewable Energies, Energetic Efficiency and Sustainable Development.


  • Professional exits:


  • The Course provides a titulación university of official and valid character for all Spain of a new profession highly requested by the companies, since all they need to adapt to the exigencias of the valid legislation, quotation apart from the corresponding academic value of Postgrado Official regarding the part of Prevention of Labour Risks.

    Regarding the area of Renewable Energies, the student will learn to desenvolverse with soltura in´the design, projected, management and installation of the different sources of renewable energies, beginning by the Solar Photovoltaic and siguiento by the Thermal, going through other energies like the maremotriz, aeolian, geothermal and finalizando with the Energy of the Hydrogen in addition to comprising and learn to apply concepts like the energetic efficiency.

  • Methodology and Material of study:


  • Area of Prevention: Campus JOIN:

    The methodology of study of the Máster is íntegramente on-line, all the material of study will be to disposal of the alumnado in the Platform of on-line training, always available for the study of each one of the units of Competition of the Máster. The access to the Máster realised of way programada and staggered, with an always updated programming in the calendar of events of the Máster.

    In addition to the material of study in himself, the student will have in the Campus of multimedia material (videos, presentations, ...) Of classes pregrabadas by the professors, explanatory of the matters, as well as complementary documentation, legislation, bibliographies, guides, etc.

    During the course, apart from the study of the theoretical parts that comprise this Master, will have of a series of exercises type test and practical cases where to apply the knowledges purchased in each step of the learning

    Area of Renewable Energies: Campus ACEDIS:

    To surpass the máster professional in renewable energies the student will have to approve an on-line final proof that will consist in a battery of questions type Test with four possible answers and only a valid and a series of questions of development, in addition to having surpassed the exercises and works proposed along the course. It Will have so many attempts of examination as it need of free form until it approve

  • Professors and Tutors:


  • The educational team is formed by professors with professional experience so much in the field of the Docencia and of the Prevention of Labour Risks, explaining besides with wide experience in impartir training through the Tics. The student will be able to communicate with his personal tutor by means of the direct access of email that has in the Platform, as well as in the forums of query. The time of answer will not be upper in no case to 48 hours.

    The Máster Professional in Renewable Energies will be Tutorizado and monitorizado at all times by our consultores specialists in this area, having the different student channels of communication with the same through Forums of query, private Messages and Channels of Talk in real time (Chats) in the campus of Acedis.

  • Evaluation of the Máster:


  • Area of Prevention: Campus JOIN:

    To surpass the máster the student will have to surpass 5 Examinations that correspond to the 5 Modules, to cursar in a term of 8 Months from the start of the announcement. The proofs presenciales are cuatrimestrales , and in them will examine to the student of the asignaturas corresponding to each stage of the study. To facilitate the mobility in the measure of the possible, said examinations will celebrate always in Saturday, and in the nearest headquarters to the student.

    Each examination will have the corresponding load to the number of asignaturas by module, and will compose of examinations type test formed by 50 questions with three possible answers, of which only one will be correct. The wrong questions, in these examinations, do not subtract punctuation on the total of the examination.

    A student can present to a same examination until a total of 4 times, without having to credit any type of additional cost in each new announcement to which present .

    Area of Renewable Energies: Campus ACEDIS:

    To surpass the máster of renewable energies the student will have to approve an on-line final proof that will consist in a battery of questions type Test with four possible answers and only a valid, in addition to having surpassed the exercises and works proposed along the course.

  • Practical and Project:


  • The practices will realise along the second cuatrimestre, having a length of 300 hours, and will realise chord to two areas to choose between the three preventive specialities available.

    The remaining speciality will be object of the Final Project, and will be of thematic free and specific. The work will have to defend in front of a court.

    To surpass the máster of renewable energies the student will have to approve an on-line final proof that will consist in a battery of questions type Test with four possible answers and only a valid, in addition to having surpassed the exercises and works proposed along the course.

Requisitos de acceso al curso:

Be in possession of any Title University

Temario cubierto por el curso:

AREA OF PREVENTION OF LABOUR RISKS



The programming of the Máster distribute in 60 ECTS (credits), covering therefore a total of 1.800 hours, to develop in 1 academic year

Module I: The Prevention of Labour Risks in the Labour Environment. Foundations of the Preventive Technicians and Normative Frame. Credits: 26
Module II: Systems of Management OHSAS 18001:2007. Credits: 3
Module III: Speciality of Security in the Work. Credits: 4
Module IV: Speciality of Industrial Hygiene. Credits:4
Module V: Speciality of Ergonomics and Psicosociología Applied. Credits: 4
Module SAW: Practical in Company and Work End of Máster. Credits: 19


AREA OF RENEWABLE ENERGIES



MODULE I: INTRODUCTION To THE RENEWABLE ENERGIES


  1. Energy and his influence partner-economic

  2. conventional Sources of energetic production

  3. environmental Impact and agotamiento of energetic resources

  4. current and future Importance of the renewable energies

  5. Types of renewable energies

  6. Regulation of the Spanish electrical system.



MODULE II: PHOTOVOLTAIC SOLAR ENERGY


  1. Introduction
  2. Cell and photovoltaic signpost

  3. own Components of isolated photovoltaic installations

  4. own Components of photovoltaic installations with connection to network

  5. common Components to both types of installations

  6. solar Supporters

  7. Telegestión and systems antirrobo in solar installations

  8. Calculation of isolated installations and connected to network

  9. Montaje of devices, set up and maintenance

  10. additional Applications and future lines of I+D photovoltaic

  11. Bibliography, pages web and technical magazines of interest

  12. ANNEX. Normative and legislation of application



MODULE III: THERMAL SOLAR ENERGY


  1. Introduction

  2. The captador solar thermal

  3. additional Components and design of the primary circuit

  4. specific Components of secondary circuits and consumption

  5. additional Applications of the thermal solar energy

  6. Dimensioning of installations for production of ACS

  7. Montaje of devices, set up and maintenance

  8. Future lines of I+D in thermal solar energy

  9. Bibliography, pages web and technical magazines of interest

  10. ANNEX. Normative and legislation of application



MODULE IV: THERMOELECTRIC SOLAR ENERGY


  1. Introduction

  2. Systems termosolares of concentration

  3. Helióstatos: system of follow-up

  4. Fluent caloportador of work

  5. Storage and hybridisation of power

  6. Conversion of electrical power and auxiliary systems

  7. economic Appearances-financial of the solar thermoelectric

  8. Future lines of I+D solar thermoelectric

  9. Normative ANNEX and legislation of application



MODULE V: AEOLIAN ENERGY


  1. Analysis of the aeolian resource: wind and his measurement

  2. Foundations fluidodinámicos of the aeolian energy

  3. History and technological evolution of the aeolian energy

  4. Aerogeneradores: parts, typology, orientation and regulation

  5. aeolian Parks: typology and environmental impact

  6. Bibliography, pages web and technical magazines of interest

  7. Future lines of I+D in aeolian energy

  8. Normative ANNEX and legislation of application



MODULE SAW: ENERGY OF THE BIOMASS


  1. Sources and types of biomass

  2. solid Biomass: pelets, briquetas and astillas

  3. liquid Biomass: biodiesel and bioetanol

  4. gaseous Biomass: biogás and gas of synthesis

  5. economic Appearances-financial of energy of the biomass

  6. Future lines of I+D in energy of the biomass

  7. Bibliography, pages web and technical magazines of interest

  8. Normative ANNEX and legislation of application



MODULE VII: GEOTHERMAL ENERGY


  1. Heat of the Earth: origin and mechanisms of propagation

  2. geothermal Resources and levels entálpicos of energy

  3. Aprovechamiento of the geothermal heat of low enthalpy

  4. direct Utilisation of the geothermal heat

  5. Conversion of the geothermal heat in electrical energy

  6. economic Appearances of the geotermia in Spain

  7. Future lines of I+D in geothermal energy

  8. Bibliography, pages web and technical magazines of interest

  9. Normative ANNEX and legislation of application



MODULE VIII: ENERGY OF MAR


  1. The sea like energetic resource: current technological state

  2. Energy maremotriz: energy of the tides

  3. Energy undimotriz: energy of the waves

  4. Energy of the marine currents

  5. Energy maremotérmica: energy of marine thermal gradient

  6. Future lines of I+D in energy of the sea

  7. Bibliography and pages web of interest



MODULE IX: HYDROELECTRIC ENERGY


  1. Introduction

  2. hydraulic Turbines: generalities

  3. Turbine Pelton

  4. Turbine Francis

  5. Turbine Kaplan

  6. Energy minihidráulica

  7. economic Appearances-financial of the hydroelectric energy

  8. Future lines of I+D in hydroelectric energy

  9. Bibliography and pages web of interest

  10. Normative ANNEX and legislation of application



MODULE X: ENERGY OF THE HYDROGEN


  1. Characteristic physical-chemists of the hydrogen

  2. Engines of combustion of hydrogen

  3. Batteries of fuel: foundations and applications

  4. emblematic Projects in the use of the hydrogen and batteries of fuel

  5. Economy of the hydrogen: energetic revolution for the future

  6. Future lines of I+D in energy of the hydrogen

  7. Bibliography and pages web of interest



MODULE XI: ENERGETIC EFFICIENCY And AFFINE TECHNOLOGIES


  1. New renewable energy?: Energy georotacional

  2. Energy of the atmospheric electrical downloads

  3. Future of the atomic energy: nuclear fusion

  4. Cogeneration and trigeneración

  5. Gasification and clean combustion of the coal

  6. energetic Valorisation of RSU and biometanización

  7. energetic Efficiency

  8. Capture and storage of CO2

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El curso Master In Prevention of Labour and Expert Risks in Renewable Energies está en nuestro Buscador de Cursos y Masters desde el 14/11/2011.

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