annual report - aiciaaicia.es/annuals/ar-aicia-2014.pdf · the rest of europe, 1 in south america...

AERONAUTICAL

MATERIALS AND NANOTECHNOLOGY

ENERGY

ANDALUSIAN ASSOCIATION FOR RESEARCH & INDUSTRIAL COOPERATION ENGINEERING SCHOOLUNIVERSITY OF SEVILLE

annualreport

ENVIRONMENT

INDUSTRIAL ENGINEERING

INFORMATION AND COMMUNICATION TECHNOLOGY

PRODUCTION TECHNOLOGY

TRANSPORT AND INFRASTRUCTURES

2014’s R&Dprojects:

www.aicia.es/proyectos2014/projects.html

AICIAANDALUSIAN ASSOCIATION FOR RESEARCH & INDUSTRIAL COOPERATION ENGINEERING SCHOOL. UNIVERSITY OF SEVILLE

annual report

“In 2014, the Spanish Economy expe-rienced significant rates of growth in production and employment that

surpassed those of the EMU (Economic and Monetary Union) and confirmed the steady recovery begun the previous year after various years of prolonged reces-sion” The Bank of Spain heads its Annual Report for 2014 with these encouraging words that confirm the change in tenden-cy already apparent in 2013 even though there was a 1.6% decrease in the GDP for that year. Actually, in 2014 there was a 1.4% growth in the Spanish economy and fore-casts for 2015 pace it above 2%, all this be-ing due to the partial correction of certain macroeconomic imbalances, the support of foreign demand (gradually later substi-tuted by home demand) and, in the second half of the year, by the fall in the price of petrol (110 dollars a Brent barrel on the 1st July and 54 dollars on the 31st Decem-ber) and depreciation of the euro. Analyti-cal consensus assures that the tendency is positive but weak, and that factors such as the public deficit and debt growth are real threats in need of an active reform policy that without doubt affect and will continue to affect public spending.

The economy of Andalusia also grew in 2014 at the same rate of 1.4%. According to estimations by the Spanish Regional Accountancy (INE), the Gross Domestic Product reached 141,703 million euros,

13.4% of the national. Both in Spain and in Andalusia a homogeneous growth was noted in every sector of activity (an annual average of 1.5% corresponding to indus-try) and showing a growing profile as the year advanced.

On the other hand, with the available data it would seem that credit to firms and citizens shows signs of recovery and the Business sector is recovering after years of reduction and decline.

This brief and incomplete description of the background is pertinent in that smooth progress of the economy in general, of industry and firms and the evolution of public spending, have special influence on the activities and the results of the “F. de Paula Rojas” Association for Research and Industrial Cooperation of Andalusia (AI-CIA), as is emphasized each year.

This presentation is only to underline the most notable aspects of all the prolific information contained in the 2014 Annual Report; however, in order to make clear the stability of the trajectory of AICIA, it is necessary to compare data from previous years which, at the cost of slowing down the reading, definitely enriches it.

In 2014, total income rose to 13.484 mil-lion euros which represents 3.7% increase over the 13 million in 2013. From the near-est minimum of 2012 (12.039 million eu-ros) a slight recovery can be seen and the close historic series (maximum 14.67 mil-

lion in 2009, minimum 12.04 million in 2012) show evident stability around aver-age values that can be interpreted as an example of the solidity of the products, services and strategies of the Association, the work Teams and all those making the running of AICIA possible.

12.86 million euros of the total income in 2014 come from exploitation, an increase of 4.94% with respect to the previous year and 89.83% (88.92% in 2013) correspond-ing to private funds and 10.17% (11.08% in 2013) to public funds to the amount of 1,308.11 million euros. Income from public funds decreased by 3.69%. With respect to financial earnings, these came to 262,043 euros compared to 353,170 euros in 2013, representing slightly less than 2% of the total income and their decrease is coher-ent with the generalized drop in profitabil-ity of financial investments.

In 2014, 124 works were carried out (149 in 2013, 137 in 2012), of these 63 were Engineering works (representing 72.7% of income), 9 were “International Projects”, 36 were “Studies and Con-sultancies”, 13 “Tests, Analyses and Re-ports” and 2 were financed by Business Chairs through courses and workshops. This year, the greatest amount of projects corresponds to the “Transport and Infra-structure” sector, followed by “ICT” and “Energy”, this latter being the greatest in terms of billing.

Presentation by the President

2 | Annual report 2014

As in previous years, the seven most prominent private clients make up more than a third of the obtained earnings and the European Union remains as the third most important AICIA client. These first twelve clients account for 50% of invoicing and 38 clients cover 80% of it. Due to vari-ous circumstances, not unconnected to entrepreneurial restructuration, some cli-ents disappear and others take their place as chief clients, such as Cementos Port-land, Iturri, Fluid Mecánica or Endesa Ing-eniería. In the ranking of clients accord-ing to billing, the Regional Government of Andalusia enters in fifth place and the Spanish Government falls from thirteenth to thirty-fourth place (it was the chief cli-ent in 2010). A cause for satisfaction is that four of the “spin off” firms from AICIA and the Seville Engineering School (Inerco, Greenpower, Teams and Isotrol) are now amongst the most prominent clients.

With reference to the geographic distri-bution of clients with a billing of more than 3,000 euros, 96 are in Andalusia, 30 in Ma-drid, 24 throughout the rest of Spain, 5 in the rest of Europe, 1 in South America and 2 in the Arab Emirates.

In accordance with its focus on training and research, the “F. de Paula Rojas” As-sociation for Research and Industrial Co-operation of Andalusia (AICIA) integrated within the Engineering School has contin-ued its policy of grants. In 2014 the amount

allotted to grants has risen to rather more than one million euros, the average amount per grant being 3,021 euros for 358 grant holders (384 in 2013). 41 grant holders (9 less than 2013) have also enjoyed research grants for graduates that are, furthermore, ratified by Seville University.

In 2014, the Work Teams have relied on the participation of 183 teachers, 120 tech-nicians, 17 administrative staff and 152 Labor Technicians, amongst which are in-cluded the personnel of AICIA itself. The human resources involved reach a total of 830 people. Administration costs of the en-tire structure and activity represent 2.53% of the operating income (2.63% in 2013, 4.29% in 2012), without entering here those costs associated to the Agreement between AICIA and Seville University which are worth commenting on separately.

The value of inventory material trans-ferred to the University has reached a con-siderable amount; 193,393 euros in 2014 and an accumulated amount of 9.436 mil-lion euros. As a result of the Agreement signed with the University, Monetary transfer has been 733,958 euros (631,915 euros in 2013) with a total accumulated amount of 16.990 million euros.

The previous data yearly certifies the positive effect the main activity of AICIA has on financing, training activity, and equipment of Seville University. Here, the only aim is to underline the most important

features that are separated and completed in the Report. Nowadays, when the quali-ties of trustworthiness and transparency are demanded and enhanced, it should be proudly remembered that these qualities have been practiced from the start.

As is perceptive, in the Annual Accounts and in the Report for 2014, the monetary translation of the activities described are included. As well as reflecting a true pic-ture of the economic and financial situa-tion of AICIA at the end of the year, it gives an idea of the work of management and ad-ministration called for by the institution. A valid index is the number of bills processed in 2014, which was 1,335 (1,322 in 2013) and the 21,240 accounting annotations (20,389 in 2013).

As demanded, the accounts have been formulated according to the General Ac-countancy Plan of 1st January 2008 and they have been duly audited, meriting an unreserved judgement. Even though the following pages contain abundant and de-tailed information about the economic and financial situation of AICIA, I would like to briefly emphasise certain aspects.

As previously stated, in 2014 total in-come came to 13.484 million euros and those from exploitation to 12.864 million euros.

Exploitation costs reached 13.394 mil-lion euros in 2014, an increase of 3.30% with respect to 2013 (7.59% raise in 2013

Total revenue in 2014

3.7% increase

Costs of the structure of AICIA

2.53% of the incomes

Amount awarded in scholarships

3,021 €

AICIA | 3

with respect to 2012). Regarding its struc-ture, 52.54% corresponds to costs of per-sonnel that were 7,036,814 euros with a 3.55% increase due to the increase in num-ber of teachers, several staff and techni-cians working in AICIA.

The previous data, both of income and costs, are coherent with the evolution of AICIA activities, and do not show any no-table discontinuity from previous years.

Total receipts of AICIA Administra-tion were 1,600,742 (1,476,872 euros in 2013) and expenses were 1,511,529 euros (1,444,274 euros in 2013), the latter includ-ing amounts transferred to the University and Engineering School in consequence of the existing agreement. After deduct-ing these transfers, costs are reduced to 326,233 euros, which entails 2.53% of op-erating income (2.63% in 2013).

As is indicated in Note 4.3 of the presen-tation of the Annual Accounts of the Re-port, the percentage to cover general and administrative costs of the Association was “approximately 3.8% in the 2014 fiscal year and 4% in 2013”. Said percentage is regis-tered at the time payment is made. Thus, the Association has not registered income for amounts billed but unpaid on the 31st December 2014 that comes to 310,573 eu-ros (359,347 on 31st December 2013).

Trading results after tax reach 66,178 euros that are incorporated into AICIA eq-uity (24,794 euros in 2013, -14, 393 euros in

2012, 47,381 euros in 2011, 10,692 euros in 2010).

The state of cash flows reflects an end of year balance of 1,338,533 euros (352,727 euros in 2013, 377,337 euros in 2012, 755,512 euros in 2011, 950,291 euros in 2010, 3,015,880 in 2009) which is also reflected in the Balance and guarantees a more than adequate liquidity for the run-ning expenses of AICIA. In the Balance Sheet of 31st December 2014, it can be seen that short term financial investments come to 11.191 million euros compared to 15.468 million in 2013 (13.588 in 2012, 14.737 in 2011, 12.325 in 2010 and 9.661 million euros in 2009), to which 1,388,533 euros in “Cash and other equivalent liq-uid assets” must be added. Treasury stock, and above all short term Financial Invest-ments in non-risk assets, constitute a solid frontline of liquidity for AICIA and a guar-antee of payment of the current creditors.

As is usual, corresponding to the type of activity of the Association, the predomi-nance of liabilities and floating assets over the respective totals stand out in the Bal-ance; a significant variation of the non-current assets having been produced due, in part, to the conversion of short term financial investments to long term invest-ments. All of this is explained in detail in Note 7 of the Report Accounts. In li-abilities, the account of Various Creditors (Departments) appears with a balance of

16,821,621 euros, an increase in respect to the 13,896,321 euros of 2013 (12,405,003 euros in 2012, 14,427,880 euros in 2011, 12,172,664 euros in 2010). Total assets come to 27,740,967 euros (25,450,859 eu-ros in 2013, 22,668,373 euros in 2012).

In 2014, Net Worth comes to 621,233 eu-ros (555,055 euros in 2013, 530,261 euros in 2012, 544,654 in 2011). The Statement of Changes in the Net Worth reflects this final balance with an increase of 66,178 eu-ros over the final balance of 2013.

At the time of writing, economic fore-casts are optimistic whilst making clear that there are external and internal risks and that recovery will be sure but slow. In the last quarters, the forecasts have been improving and at present, a growth of around 3% is predicted in the GDP, al-though its effect on the creation of employ-ment is questionable. The entrepreneurial environment has improved, credit is re-turning slowly to firms, salary costs are contained, and regarding the demand of AICIA, adjustment could come from the reduction in public spending in that which concerns investments in research and de-velopment. At this point in 2015, all would seem to indicate that the activity of the Association will be maintained at the lev-els of previous years or will improve on them. We are hopeful that this will be so. We rely on the improvement in the general background and on the abilities of AICIA.

SINCE 1982, AICIA HAS DEDICATED ALL ITS EFFORTS TO BRINGING TOGETHER UNIVERSITY AND BUSINESS AND TO SOCIETY IN GENERAL, MAINTAINING AN INDUSTRIAL PERSPECTIVE


This is empirically reflected in the results achieved half way through the year.

The presence of AICIA at an institu-tional and social level has been intense in 2014, maintaining that of previous years, although always related to bodies and institutions connected to its research character and social objective. It should be remembered that it continues to take part in the main technological platforms at a national and European level, as well as being a member, patron or associate in such bodies as EARTO, FEDIT (member of the Board of Governors), Cartuja 93 Cir-cle of Entrepreneurs, founding member of RETA, promoter of the Industrial As-sociation of Andalusia, member of YEAR (Young European Area of Research) in which it is currently vice-president, as well as continuing its close relation with the Old Students’ Association of the ETSI (En-gineering School) and the Friends of ETSI Foundation.

AICIA is recognized as being a Centre of Innovation and Technology both on a na-tional and Andalusian level, promoter of the Andalusian Systems of Knowledge and regis-tered as an R&D activities entity (MINECO).

Either directly, or through its cultural organization ASTEA (Promotion of Hu-manities in Engineering) it has promoted debates, forums and cultural activities ranging from courses in photography and music to art exhibitions.

As in other years, I must insist that this presentation cannot take the place of con-sulting the detailed Report that it heads and it only tries to highlight that which I consider to be the most notable character-istics and to give a considered opinion on them. The Report continues to improve yearly in its informative contents and in its formal aspects, always according to a rigorous economic criteria of which we are proud.

The “F. de Paula Rojas” Association for Research and Industrial Cooperation of Andalusia (AICIA) has been a pioneer in its academic and research strategy and in its objective to “promote, guide and de-velop industrial investigation” and it con-tinues along these lines. Since 1982, it has dedicated all its efforts to bringing togeth-er University and Business and to Society in general, maintaining an industrial per-spective that has been amplified to other economic sectors without forsaking its engineering vocation, always guaranteed by its close relationship with Seville Engi-neering School. What has been achieved up to now, is due to certain ideas with the ad-equate means to develop them and, above all, put into effect by people who now be-long to the history of AICIA or still contin-ue working for the common good. It falls to me to give thanks to all of them. First, to the firms that confide in us; without their acceptance and loyalty nothing would be

possible. However, at the same time and almost on the same level, the “provider of offers” must be congratulated for earning their confidence. Finally, to the Governing Bodies of AICIA, the work teams and ad-ministrative staff, the Engineering School and Seville University, to all I thank them for all their well done work and ask them to continue so in the future.

Manuel Ángel Martín LópezPRESIDENT

Wednesday, July 1, 2015

Operating income

4.94% increase

Operating costs

13,394 million €

Net Worth in 2014

621,233 €

AICIA | 5

THE “ASOCIACIÓN DE INVESTIGACIÓN Y COOPERACIÓN INDUSTRIAL

DE ANDALUCÍA” (ASSOCIATION FOR RESEARCH AND INDUSTRIAL

COOPERATION OF ANDALUSIA) IS A NON PROFIT MAKING

ORGANIZATION IN THE PUBLIC INTEREST WHOSE END IS TO PROMOTE,

ORIENTATE AND DEVELOP INDUSTRIAL RESEARCH WITH SPECIAL

EMPHASIS ON THE PUBLICATION AND DISSEMINATION OF ITS RESULTS

THUS BENEFITING THE ADVANCE OF TECHNOLOGY IN ANDALUSIA AND

IMPROVING THE PROFESSIONAL TRAINING OF ANDALUSIAN ENGINEERS.

F ounded in 1982 at what was then the Higher Technical School of Industrial Engineering of Seville (ETSII) as a re-sult of the initiative of a group of teachers who were aware,

on the one hand, of the need for real experience of the industrial sector in order to transmit this reality to their students and, on the other, of the human resources and capacity of services to industry and society that the ETSII could offer.

The result of the relationship between AICIA and the Engineer-ing School benefits all the bodies and institutions involved. Firstly, it contributes towards student formation, in many cases being the students’ first step in their professional career; it also contributes to university departments because it provides a flex-ible and efficient instrument for collaboration with firms at the same time as receiving economic returns and better equipment.

The firms also benefit as they gain access to the university world and transfer of technology, and finally, society in general ben-

efits because progress is promoted through the development of

I+D+I activities.

The 26 AICIA work teams are also noted for offering technologi-

cal and innovation services to firms, as well as potentiating their

clients’ competitivity and contributing to the development of

society through I+D+I activities.

AICIA has research laboratories in the different branches of its

activities, as well as agreements for joint use of the research

laboratories of Seville University Engineering School.

AICIA is also recognized as Centre of Innovation and Technology

both by the Andalusian Local Government and by the Ministry of

Science and Innovation (CIT nº93 in the register). Furthermore,

in 2013, its recognition by AENOR for its Certificate in I+D+I Man-

agement Systems, UNE 166002 was renovated.

What is and what does it doAICIA


Credential Department Standard Certifying Body

Certificate Number

Date

Carrying–out Water Tests Chemical and Environmental Engineering Laboratory UNE-EN-ISO/IEC 17025 ENAC 248/LE499 13/12/2002

Carrying-out calibrations in the Dimensional area Mechanical Engineering Laboratory UNE-EN-ISO/IEC 17025 ENAC 64/LC305 08/11/2002

Quality Management System. Tests on Metallic and Compound Materials. Design and development of tests on aeronautical elements

Material Elasticity and Resistance Laboratory EN 9100: EQA 3655 9/05/2003

Carrying-out tests on Mechanical Materials Mechanical Engineering Laboratory UNE-EN-ISO/IEC 17025 ENAC 357/LE768 14/03/2003

Quality Management System. Tests on metallic and compound materials

Material Elasticity and Resistance Laboratory UNE-EN-ISO 9001:2000 EQA 3655 9/05/2003

Tests of Materials Material Elasticity and Resistance Laboratory UNE-EN-ISO/IEC 17025 ENAC 248/LE553 19/01/2001

Calibrations of CC Elasticity and Low Frequency Mechanical Engineering Laboratory EN 45001 Guía ISO 25 ENAC 64/LC134 18/07/1997

Simulation by numerical methods of Mechanical Systems. Measurements of Vibrations and deformities in situ. Traction, compression and bending. Load, fatigue and tensile strength tests.

Mechanical Engineering Laboratory UNE-EN-ISO 9001:2000 ECA 3867/ER/10/2004 27/10/2004

Environmental Management System Elasticity and Material Resistance Laboratory UNE-EN-ISO 14001:2004 EQA 2753/2004/C/00 15/07/2005

Viability study and issue of reports on important reforms on road vehicles

Thermal motor Laboratory UNE-EN-ISO 9001:2008 APPLUS EC-6349/11 04/04/2011

I+D+I Management System AICIA UNE 166002:2006 AENOR IDI-0012/06 12/07/2006

CIT Innovation and Technology Centre Qualification AICIA Consejería de Empleo y Desarrollo Tecnológico

02/10/2002

CIT Innovation and Technology Centre Qualification AICIA Ministerio de Educación y Ciencia - 93

06/10/2006

Reform on vehicles technical services Transport Laboratory UNE-EN-ISO 17020:2004 ENAC 258/EI439 13/04/2012

The sectors in which the AICIA work teams carry out activities are:

AeronauticalEnergyMaterials and NanotechnologyEnvironmentIndustrial EngineeringInformation and Communication TechnologyProduction TechnologyTransport and Infrastructures

AICIA is capacitated in the areas of:

Aerospace EngineeringAutomatics and Robotics EngineeringIndustrial Engineering & ManagementTelecommunications EngineeringElectrical EngineeringElectronics EngineeringEnergy EngineeringMechanical EngineeringChemical Engineering

AICIA laboratories are certified by:

AICIA | 7

I+D+I PROYECTSBY CLIENT TYPE

In 2014, AICIA has participated in 62 national R+D+I projects and has carried out numerous tests, analysis, studies and consultancy, courses and workshops. AI-CIA is currently involved in nive international projects of the VII Framework Pro-

gramme of the European Commission.

PublicAdministration

THE ASSOCIATION, IN LINE WITH SPAIN'S INTEGRATION INTO THE EUROPEAN SUPRANATIONAL

INSTITUTIONS IS PARTICIPATING IN AN INCREASING NUMBER OF PROJECTS, NATIONAL

AND INTERNATIONAL, WHILE STRENGTHENING THOSE DEVELOPED IN THE AUTONOMOUS

COMMUNITY OF ANDALUSIA.

Subsidies

AICIA is currently involved in nive international projects of the VII Framework Programme of the European Commission.

in numbersAICIA

Total: 125 109Companies

12

4


RESEARCH GRANTSFOR GRADUATES

NUMBER OF TECHNICIANS AND COLLABORATORS

2010 2011 2012 2013 2014

2010 2011 2012 2013 2014

2010 2011 2012 2013 2014

AICIA keeps its compromise to promote education and professional training through the concession of scholarships for students and newly graduates.

STUDENT COLLABORATION GRANTS

358

42

336

EVOLUTION OF THE ASSOCIATION

AICIA | 9

ACTIVITIES DEVELOPED BY AICIAACCORDING TO THEIR CLASSIFICATION

2010 2011 2012 2013 2014

International I+D+I projects 9 7 1 5 11

National I+D+I projects 73 59 100 109 62

Tests, Analysis, Evaluations & Reports 12 12 7 6 13

Studies & Consultancies 46 23 19 31 35

Companies Chairs, Courses and Workshops 4 4 6 2 4

TOTAL 144 105 133 153 125

AICIA'S ACTIVITIES

The national and international r & d projects are the mainstay of the research activity in AICIA.

TOTAL OF PROJECTS INITIATED

2010 2011 2012 2013 2014

125


REVENUE BY TYPE OF WORK

REVENUE BY SECTOR

TECHNICAL ADVICES 66,754 € 0.52 %NATIONAL SUBSIDIES TO R&D PROJECTS 87,806 € 0.68 %TRAINING COURSES 145,244 € 1.13 %TESTINGS AND ANALYSIS 354,529 € 2.76 %REGIONAL SUBSIDIES TO R&D PROJECTS 509,587 € 3.97 %STUDIES 671,271 € 5.23 %INTERNATIONAL SUBSIDIES TO R&D PROJECTS 710,713 € 5.54 %OTHER INCOME 957,189 € 7.46 %PRIVATE R&D PROJECTS 9,325,267 € 72.69 %

INDUSTRIAL ENGINEERING 259,795 € 2.24 %OTHERS 315,550 € 2.72 %ENVIRONMENT 875,599 € 7.56 %TRANSPORT AND INFRASTRUCTURES 883,090 € 7.62 %MATERIALS AND NANOTECHNOLOGY 961,629 € 8.3 %PRODUCTION TECHNOLOGY 1,101,253 € 9.5 %ICT 1,649,515 € 14.24 %AERONAUTICAL 1,680,574 € 14.5 %ENERGY 3,854,858 € 33.28 %

AICIA | 11

From the total revenues of fiscal year 2014, 90.3% came from private clients while just 9.7% belonged to public funds, fact that reveals the profile of the Association.

MAIN ECONOMIC DETAILS

ACCUMULATED STOCK (THOUSANDS OF EUROS)

2010 2011 2012 2013 2014

9,437


TOTAL INCOME EVOLUTION(THOUSANDS OF EUROS)

2010

2011

2012

2013

2014

9.7%

Public funds90.3%

Private funds

GRANTS AMOUNTS (THOUSANDS OF EUROS)

2010 2011 2012 2013 2014

1,081

13,492,468

12,999,522

12,038,631

12,748,150

13,774,000

AICIA | 13

The main functions of the General Assembly are to approve accounts, budget, and management, appoint

the Managing Director, admit new full members sign cooperation agreements and modify the statutes.

The managing and administration body, delegated by the General Assembly is the Board of Directors, currently made up of the President, eight members of the board and the Managing Director. Their duties centre on drawing up and administrating the budget, giving the go ahead on proposals for research work, admitting new collaborating members and naming Group Directors.

The direction and coordination of the sci-entific technical activities of the Associa-tion correspond to the Managing Director.

The Direction and Management is struc-tured on Work Groups led by Group Direc-tors appointed by the Board of Directors. These are in charge of directing scientific-technical activities and are autonomous although the Managing Director controls their budget and management.

THE GENERAL ASSEMBLY IS THE HIGHEST GOVERNING BODY OF THE ASSOCIATION, COMPOSED

OF FOUNDING MEMBERS AND FULL MEMBERS, WHICH DESIGNATES THE PRESIDENT WHO IS THE

LEGAL REPRESENTATIVE, AND THE MANAGING DIRECTOR.

How it's organizedAICIA


BOARD OF DIRECTORS

GENERAL ASSEMBLY

ADMINISTRATIVEMANAGEMENT

Work Teams

Collaborating Members

Associate Members

Organization chart:

AICIA | 15

Mr. José Regife Longedo Director of Marketing and Sustainable Development,HOLCIM ESPAÑA, S.A.

Mr. Luis Salvador MartínezFounding Member

Mr. Antonio Jesús Torralba SilgadoADEVICE SOLUTIONS, S.L.

Mr. Antonio Valverde RamosGeneral ManagerAGENCIA DE INNOVACIÓN Y DESARROLLO DE ANDALUCÍA

Managing Director:

D. Pablo Cortés Achedad

Legal Advisor:

D. Ricardo Astorga Morano

Director of the ETSI:

D. José Luis Martínez Ramos

Mrs. Mercedes Fernández ArévaloDirector of the Secretary of Research, Seville University

Mr. Manuel García LeónResearch Vice-rector of Seville University

Mr. Diego García Galán Deputy Managing DirectorALESTIS AEROESPACE ENGINEERING, S.L.

Mr. Ramón González CarvajalTechnology Transfer Vice-rector of Seville University

Mr. José Guerra MachoProfessor of Thermal Motors and Machines of the ETSI of Seville

Mr. Gonzalo de Madariaga Parias President, MADARIAS

Mr. Rafael Martínez-Cañavate López-Montes Director, CEPSA Refinery La Rábida

Mr. Ignacio Ochoa Mendoza Director of Public Administration and Southern Territories Companies. TELEFÓNICA DE ESPAÑA, S.A.U.

Mr. Luis Onieva GiménezProfessor of Industrial Engineering of the ETSI of Seville

Mr. Federico París CarballoTEAMS

Numerary Members:

Mr. Javier Aracil SantonjaFounding MemberProfessor of System Engineering and Automation Control. ETSI of Seville

Mr. Francisco Arteaga AlarcónGeneral Manager, Sevillana-Endesa

Mr. Miguel Bermejo HerreroFounding Member

Mr. Joaquín Bigas de LlobetDirector of Energy Efficiency Business Line APPLUS

Mr. Carlos Bordons AlbaProfessor of System Engineering and Automation Control. ETSI of Seville

Mr. José Luis Calvo Salazar Founding Member

Mr. Juan Manuel Carrasco SolísGreenpower Technologies, S.L.

Mr. José Domínguez Abascal General Technical Secretary, ABENGOA, S.A.

Mr. Salvador Durbán OlivaProfessor of Finances and Accountancy, Seville University

Mr. Jesús Espinosa RuízDirector Production Engineering and Technological Development and San Pablo Center Director, Airbus Military

GENERAL ASSEMBLY

President:

Mr. Manuel Ángel Martín LópezPresident of the Economy and Funding SME Committee of the CEA


Thermodynamics

Industrial Engineering

Industrial Organization and Management

Metallurgy

Mechanical Engineering

Thermal Engines

Structures

Electrical Engineering

Elasticity and Strength of Materials

Project and Construction Engineering

Fluid Mechanics

Graphic Engineering

Transport

Aerospace Engineering

Mechanical Technology

Telematic Engineering

Robotics

Industrial Automation

Automation and Control

Electronics and Industrial Informatics

Electronics

Signal and Communication Engineering

Environmental and Processes Engineering

Chemical and Energetic Processes Engineering

Residue Treatment Engineering

WORK TEAMS

AICIA | 17

Abengoa Bioenergía New Technologies, S.A.

Abengoa Hidrógeno S.A.

Abengoa Research S.L.

Abengoa Solar New Technologies, S.A.

Acciona Infraestructuras S.A.

Adevice Solutions, S.L.

Aeriam Technologies, S.L.

Aeronaval de Construcciones e Instalaciones, S.A. (ACISA)

Aertec Ingeniería y Desarrollos, S.L.

Agencia Andaluza de la Energía. Junta de Andalucía. Consejería de Economía, Innovación, Ciencia y Empleo

Agencia de Innovación y Desarrollo de Andalucía (Agencia IDEA). Junta de Andalucía. Consejería de Economía, Innovación, Ciencia y Empleo

Agencia Obra Pública de la Junta de Andalucía. Consejería de Fomento y Vivienda

Airbus Group

Airbus Defence and Space

Ako Electromecánica S.A.L.

Alestis Aeroespace Engineering, S.L.

Altran España

The supporting members of AICIA are public entities and legal or private person linked to or interested in industrial research.

Applus Norcontrol, S.L.U.

Arquimea Ingeniería S.L.

Atlantic Copper, S.L.U.

Avanza Negocios y Tecnología, S.L.L.

Ayesa

Azvi, S.A.

Boeing Research and Technology

Borgwarner Emissions Systems Spain S.L.

Cementos Portland Valderribas, S.A.

Cemosa

Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas (CIEMAT)

Centro Nacional de Energías Renovables (CENER)

Ciatesa

Cobra Instalaciones y Servicios, S.A.

Cobre Las Cruces, S.A.

Compañía Española de Petróleos, S.A. (CEPSA)

Confederacion Hidrográfica del Guadalquivir

Consejería de Economía, Innovación, Ciencia y Empleo. Junta de Andalucía

Consejería de Medio Ambiente. Junta de Andalucía

Collaborating Members

AICIA

SUPPORTING MEMBERS


CTA - Corporación Tecnológica de Andalucía

Deloitte, S.L.

Deimos Space, S.L.U.

DVA Global Energy Services

EADS-C.A.S.A.

EMASESA - Empresa Municipal de Aguas de Sevilla

Emergya SCA

Endesa Distribución, S.L.

Endesa Generación, S.A.

Endesa Ingeniería, S.L.

Endesa Red, S.A.

Fertiberia, S.A.

Fluidmecánica Sur, S.L.

Fundación Andaluza para el Desarrollo Aeroespacial (FADA-CATEC)

Fundacion Ciudad de la Energía

Fundación CTAER

Gas y Electricidad Generación, S.A.U.

Gas Natural Andalucía, S.A.U.

Ghenova Aeronáutica, S.L.U.

Greenpower Technology, S.L.

Grupo Empresarial Ence

Hispacold International, S.A.

Holcim España, S.A.

Inditer

Indra Sistemas, S.A.

Industrias Aeronáuticas Inasor, S.L.U.

Inerco Ingeniería, Tecnología y Consultoría, S.A.

INESPASA

INGELECTUS

Ingeniatrics Tecnologías, S.L.

Instituto para la Diversificacion y Ahorro de la Energía (IDEA)

Instalaciones Abengoa, S.A. (INABENSA)

Irradia Energía Solar, S.L.

ISOTROL, S.A.

ITURRI, S.A.

MAC PUAR, S.A.

MADARIAS

MC2 Ingenieria y Sistemas, S.L.

Militartecnologie, Dienst und Uberwachung, S.A. (MDU)

NAVANTIA, S.A.

Obrascon Huarte Lain S.A.

PERSAN, S.A.

PROINCA Proyecto de Ingeniería y Calidad, S.L.

Red Eléctrica de España, S.A.U.

Renault España, S.A.

SADIEL, S.A.

Sevillana-Endesa

Schneider Electric

Sogecam Industrial, S.A.

Solar Mems Technologies S.L-SMT

SP Consultores y Servicios, S.L.

TEAMS-TESTING and ENGINEERING of AERONAUTICAL MATERIALS and STRUCTURES

TEDCOM Ingenieria Aeronáutica

Telefónica de España, S.A.

TEMAI INGENIEROS S.L

Transportes Urbanos d Sevilla, S.A.M. (TUSSAM)

Universidad de Sevilla

Windinertia Technologies,S.L.

AICIA | 19

AICIA TECHNICAL TEAM IS MADE UP OF COLLABORATING

PERSONNEL FORMED BY HIGHER TECHNICAL SCHOOL

TEACHERS AND GRADUATES WHO ARE INTEGRATED IN THE

WORKS OF THE ASSOCIATION.

Team LeadersAcha Catalina, José I.Dr. of PhysicsCalvo Borrego, José LuisDr. of Industrial EngineeringCortés Galeano, VicenteDr. of Industrial EngineeringDomínguez Abascal, JaimeDr. of Industrial EngineeringEstepa Alonso, RafaelDr. of Telecom. EngineeringFernández Camacho, EduardoDr. of Industrial EngineeringFernández Pereira, ConstantinoDr. of Industrial EngineeringGallardo Fuentes, José MªDr. of Industrial EngineeringGañán Calvo, AlfonsoDr. of Industrial EngineeringGarcía Benítez, FranciscoDr. of Industrial EngineeringGarcía Franquelo, LeopoldoDr. of Industrial EngineeringGómez Expósito, AntonioDr. of Industrial EngineeringGuerra Macho, José J.Dr. of Industrial EngineeringMartín Navarro, AntonioDr. of Industrial EngineeringMedina Encina, FernandoDr. of Industrial Engineering

Ollero Baturone, AníbalDr. of Industrial EngineeringOllero de Castro, PedroDr. of Industrial EngineeringOnieva Giménez, LuisDr. of Industrial EngineeringParís Carballo, FedericoDr. of Industrial EngineeringRivas Rivas, DamiánDr. of Aronautics EngineeringRodríguez Rubio, FranciscoDr. of Industrial EngineeringRuíz Usano, RafaelDr. of Industrial EngineeringSánchez Lencero, TomásDr. of Industrial EngineeringValderrama Gual, FranciscoDr. of Industrial Engineering

Doctors

Acosta Rodríguez, José ÁngelDr. of Industrial EngineeringAcevedo Bañez, José JoaquínDr. of Telecom. EngineeringAcha Piñero, BegoñaDr. of Telecommunication EngineeringAguilar Fernández, ElenaDr. of Telecommunication EngineeringAguirre Echanove, Miguel ÁngelDr. of Industrial Engineering

Álamo Cantarero, TeodoroDr. of Telecom. EngineeringAlgaba Durán, EncarnaciónDr. of MathsAlonso Fariñas, BernabéDr. of Industrial EngineeringAlvarado Aldea, IgnacioDr. of Industrial EngineeringÁlvarez Domínguez, ServandoDr. of Industrial EngineeringAracil Fernández, CarmenDr. of Electronics EngineeringAracil Santonja, JavierDr. of Industrial EngineeringArévalo Mora, CristinaDr. of PhysicsAriza Gómez, Mª TeresaDr. of Computer Sciences EngineeringAriza Moreno, Mª del PilarDr. of Industrial EngineeringArjona Antolín, RicardoDr. of Industrial EngineeringArroyo Torralvo, FátimaDr. of Industrial EngineeringArrúe Ullés, BegoñaDr. of Computer Sciences Eng.Bachiller Soler, AlfonsoDr. of Industrial EngineeringBaena Lecuyer, VicenteDr. of Telecom. EngineeringBarroso Caro, AlbertoDr. of Industrial Engineering

Becerra Villanueva, José AntonioDr. of Industrial EngineeringBernal Méndez, JoaquínDr. of PhysicsBlázquez Gámez, AntonioDr. of Industrial EngineeringBohórquez Jiménez, Luis V.Dr. of Industrial EngineeringBoloix Tortosa, RafaelDr. of Telecom. EngineeringBordons Alba, CarlosDr. of Industrial EngineeringBravo Aranda, GabrielDr. of Industrial EngineeringBurgos Payán, ManuelDr. of Industrial EngineeringBuroni, Federico CarlosDr. of Industrial EngineeringCaballero Benítez, FernandoDr. of Telecom. EngineeringCampoy Naranjo, ManuelDr. of Industrial EngineeringCanca Ortíz, DavidDr. of Industrial EngineeringCañadas Serrano, LuisDr. of Industrial EngineeringCañas Delgado, JoséDr. of Industrial EngineeringCapitán Fernández, JesúsDr. of Telecom. EngineeringCarballar Rincón, AlejandroDr. of Telecom. Engineering

Carrasco Solís, Juan ManuelDr. of Industrial EngineeringCarvajal Trujillo, ElisaDr. of Industrial EngineeringCasal Gómez-Caminero, ManuelDr. of Industrial EngineeringCastaño Castaño, Luis FernandoDr. of Industrial EngineeringCenteno Báez, GabrielDr. of Industrial EngineeringCerquídes Bueno, José RamónDr. of Telecom. EngineeringChacartegui Ramírez, RicardoDr. of Industrial EngineeringChamorro Moreno, RosarioDr. of Industrial EngineeringChávez Orzáez, JorgeDr. of Industrial EngineeringCifuentes Bulte, HéctorDr. of Industrial EngineeringCintas Físico, JesúsDr. of Industrial EngineeringCoronel Toro, FranciscoDr. of Industrial EngineeringCorrea Montoto, ElenaDr. of Industrial EngineeringCortés Achedad, PabloDr. of Industrial EngineeringCrespo Cadenas, CarlosDr. of PhysicsCrespo Márquez, AdolfoDr. of Industrial Engineering

Technical TeamAICIA


Cruces Álvarez, Sergio AntonioDr. of Industrial EngineeringCruz Romero, PedroDr. of Industrial EngineeringCuesta Rojo, FedericoDr. of Computer Sciences Eng.Dávila Martín, JavierDr. of Industrial EngineeringDel Pino López, Juan CarlosDr. of Industrial EngineeringDelgado Seseña, Fco. JoséDr. of Telecom. EngineeringDíaz Báñez, José MiguelDr. of MathsDoblas Charneco, Fco. JavierDr. of Industrial EngineeringDorado Navas, FernandoDr. of Industrial EngineeringEscalona Franco, José LuisDr. of Industrial EngineeringEscudero Santana, AlejandroDr. of Industrial EngineeringEsteban Roncero, SergioDr. of Aeronautical EngineerEstepa Alonso, AntonioDr. of Telecom. EngineeringEstevez Urra, AidaDr. of Industrial EngineeringFernández García-Navas, AntonioDr. of Industrial EngineeringFernández García-Navas, Juan ManuelDr. of Aerospace EngineeringFernández Pereira, ConstantinoDr. of ChemistryFondón García, IreneDr. of Telecom. EngineeringFornés Rumbao, J. ManuelDr. of Industrial EngineeringFramiñán Torres, J. ManuelDr. of Industrial EngineeringFranco Espin, AntonioDr. of Aronautics EngineeringFreire Macías, EmilioDr. of Industrial EngineeringFuentes Cano, Diego JavierDr. of ChemistryGalán Fernández, José M. Dr. of Industrial EngineeringGallego Len, Antonio JavierDr. of Industrial Engineering

Galván Díez, EduardoDr. of Industrial EngineeringGalvín Barrera, PedroDr. of Industrial EngineeringGarcía Arenas, LauraDr. Chemistry EngineeringGarcía García, IsraelDr. of Aeronautical EngineerGarcía Haro, PedroDr. of Industrial EngineeringGarcía López, ÁngelDr. of Industrial EngineeringGarcía Ortega, JuanDr. of Industrial EngineeringGarcía Oya, José RamónDr. of Electronics EngineeringGarcía Rodríguez, LourdesDr. of PhysicsGarcía Ruesgas, LauraDr. of Industrial EngineeringGavilán Jiménez, Francisco R.Dr. of Industrial EngineeringGómez Barea, AlbertoDr. of Industrial EngineeringGómez Camacho, CarlosDr. of Aeronautical EngineerGómez Fernández, J. Fco.Dr. of Industrial EngineeringGómez González, EmilioDr. of PhysicsGómez Quiles, CatalinaDr. of Industrial EngineeringGómez-Estern Aguilar, FabioDr. of Telecom. EngineeringGonzález Carvajal, RamónDr. of Industrial EngineeringGonzález Falcón, RocíoDr. of Industrial EngineeringGonzález Pérez, José ÁngelDr. of Industrial EngineeringGonzález Rodríguez, Pedro LuisDr. of Industrial EngineeringGordillo Álvarez, FranciscoDr. of Industrial EngineeringGordillo Arias de Saavedra, José ManuelDr. of Industrial EngineeringGraciani Díaz, EnriqueDr. of Industrial EngineeringGranado Romero, JoaquínDr. of Telecom. EngineeringGuadix Martín, JoséDr. of Industrial EngineeringGutiérrez Carmona, NicolásDr. Civil Engineering

Gutiérrez Ortiz, Fco. JavierDr. of Industrial EngineeringGuzmán Miranda, HipólitoDr. of Telecom. EngineeringHeredia Benot, José GuillermoDr. of Industrial EngineeringHernández Rodríguez, FranciscoDr. of Industrial EngineeringHornillo Mellado, SusanaDr. of Telecom. EngineeringJiménez-Espadafor Aguilar, Francisco J.Dr. of Industrial EngineeringJusto Estebaranz, JesúsDr. of Industrial EngineeringLeiva Fernández, CarlosDr. of Industrial EngineeringLeón Blanco, José MiguelDr. of Industrial EngineeringLeón Galván, José IgnacioDr. of Telecom. EngineeringLillo Bravo, IsidoroDr. of Industrial EngineeringLimón Marruedo, DanielDr. of Industrial EngineeringLópez Morillo, EnriqueDr. of Industrial EngineeringLópez-Herrera Sánchez, José MªDr. of Industrial EngineeringLuján Martínez, Clara IsabelDr. of Telecom. EngineeringLuna Galiano, YolandaDr. of Industrial EngineeringLupión Cordero, MónicaDr. of Industrial EngineeringLuque Estepa, AntonioDr. of Industrial EngineeringMadero Ayora, Mª JoséDr. of Telecom. EngineeringMadinabeitia Luque, GermánDr. of Telecom. EngineeringMaestre Torreblanca, José María Dr. of Industrial EngineeringMantic, VladislavDr. of Industrial EngineeringMarano Marcolini, AlejandroDr. of Industrial EngineeringMarín Vallejo, Juan C.Dr. of Industrial EngineeringMartín Clemente, RubénDr. of Telecom. Engineering

Martín Prats, Mª ÁngelesDr. of PhysicsMartínez de Dios, José RamiroDr. of Telecom. EngineeringMartínez Donaire, Andrés J.Dr. of Industrial EngineeringMartínez Heredia, Juana MªDr. of Telecommunication EngineeringMartínez Lacañina, Pedro JoséDr. of Industrial EngineeringMartínez Ramos, José LuisDr. of Industrial EngineeringMartínez Reina, JavierDr. of Industrial EngineeringMauricio Ferramola, Juan ManuelDr. of Industrial EngineeringMayo Núñez, Juana MªDr. of Industrial EngineeringMaza Alcañiz, J. IvánDr. of Telecom. EngineeringMaza Ortega, José MªDr. of Industrial EngineeringMedina Encina, FernandoDr. Civil EngineeringMolina Félix, José LuisDr. of Industrial EngineeringMonroy Berjillos, DaríoDr. of Industrial Engineering Montealegre Meléndez, IsabelDr. Chemistry EngineeringMontes Martos, Juan ManuelDr. Physic EngineeringMora Jiménez, José LuisDr. of Industrial EngineeringMoreno López, José MiguelDr. of Industrial EngineeringMoreu de León, PedroDr. of Industrial EngineeringMorillo Aguado, JoséDr. of Industrial EngineeringMuñoz Blanco, AntonioDr. of Industrial EngineeringMuñoz Calle, Fco. JavierDr. of Telecom. EngineeringMuñoz Chavero, FernandoDr. of Telecom. EngineeringMuñoz Moreno, SergioDr. of Industrial EngineeringMuñuzuri Sanz, JesúsDr. of Industrial Engineering

Murillo Fuentes, Juan JoséDr. of Telecom. EngineeringNavarrete Rubia, BenitoDr. of Industrial EngineeringNavarro Pintado, CarlosDr. of Industrial EngineeringNavarro Robles, AlfredoDr. of Industrial EngineeringNilsson, Susana LouiseDr. Chemistry EngineeringNúñez Reyes, AmparoDr. of Computer Sciences EngineeringOjeda Granja, JoaquínDr. of Industrial EngineeringOrtega Linares, Manuel GilDr. of Industrial EngineeringOrtíz Marín, RafaelDr. of Industrial EngineeringPalomo Pinto, Fco. RogelioDr. of Electronics EngineeringPaúl Escolano, Antonio GabrielDr. of MathsPayán Somet, Fco. JavierDr. of PhysicsPerales Esteve, Manuel ÁngelDr. of Industrial EngineeringPérez Carrasco, J. AntonioDr. of Telecom. EngineeringPérez González, PazDr. of Industrial EngineeringPérez Vega-Leal, AlfredoDr. of Telecom. EngineeringPérez-Lombard Martín de Oliva, LuisDr. of Industrial EngineeringPérez-Saborid Sánchez-Pastor, Miguel Dr. of Industrial EngineeringPicón Carrizosa, RafaelDr. of Industrial EngineeringPino Lucena, JavierDr. of Industrial EngineeringPlumed Rubio, AntonioDr. of Industrial EngineeringPonce Núñez, EnriqueDr. of Industrial EngineeringPortillo Guisado, Ramón CarlosDr. of Industrial EngineeringQuero Reboul, José ManuelDr. of Industrial EngineeringReal Torres del, AlejandroDr. of Industrial Engineering

Reina Tosina, Luis JavierDr. of Telecom. EngineeringRiboux Acher, Guillaume MauriceDr. of Energy and Fluid MechanicsRidao Carlini, Miguel ÁngelDr. of Industrial EngineeringRiesco Chueca, PascualDr. of Industrial EngineeringRiquelme Santos, JesúsDr. of Industrial EngineeringRoa Romero, LauraDr. of PhysicsRodríguez Castaño, ÁngelDr. of Telecom. EngineeringRodríguez de Tembleque Solano, LuisDr. of Industrial EngineeringRodríguez Ortíz, J. AntonioDr. of Industrial EngineeringRodríguez Ramírez, DanielDr. of Computer Sciences Eng.Rodríguez Vázquez, Antonio LeopoldoDr. of Telecom. EngineeringRojas Díaz, RamónDr. of Industrial EngineeringRomán Martínez, IsabelDr. of Telecom. EngineeringRomero Ramos, EstherDr. of Industrial EngineeringRosa Iglesias, FelipeDr. of Industrial EngineeringRosendo Macías, José AntonioDr. of Industrial EngineeringRuíz Arahal, ManuelDr. of Industrial EngineeringRuíz Marín, Juan JoséDr. of Industrial EngineeringSáez Pérez, AndrésDr. of Industrial EngineeringSalmerón Lissén, J. ManuelDr. of Industrial EngineeringSánchez Martínez, DavidDr. of Industrial EngineeringSánchez Peña, EduardoDr. of Industrial EngineeringSepúlveda Ferrer, Ranier EnriqueDr. of Industrial EngineeringSerrano Gotarredona, CarmenDr. of Telecom. Engineering

AICIA | 21

Silva Pérez, ManuelDr. of Industrial EngineeringSimois Tirado, Fco. JavierDr. of Telecom. EngineeringSolis Muñíz, MarioDr. of Industrial EngineeringSoria Conde, Laureano RaúlDr. of Industrial EngineeringSuárez Soria, ChristianDr. of Industrial EngineeringTorralba Silgado, Antonio JesúsDr. of Industrial EngineeringTorres García, MiguelDr. of Industrial EngineeringTorres Hernández, YadirDr. of Industrial EngineeringTrigo García, Ángel LuisDr. of Industrial EngineeringUrban, PetrDr. of Industrial EngineeringUsero García, JoséDr. of Industrial EngineeringValenzuela Romero, AlfonsoDr. of Aronautics EngineeringVallellano Martín, CarpóforoDr. of Industrial EngineeringVargas Villanueva, ManuelDr. of Computer Sciences Eng.Vázquez Pérez, SergioDr. of Industrial EngineeringVázquez Valenzuela, RafaelDr. of Industrial EngineeringVázquez Valeo, JesúsDr. of Industrial EngineeringVelázquez Alonso, DavidDr. of Industrial EngineeringVidal Barrero, FernandoDr. of Industrial EngineeringVilches Arenas, LuisDr. of Industrial EngineeringVilla Caro, GabrielDr. of Industrial EngineeringVilla Jaén, Antonio de laDr. of Industrial EngineeringVillanueva Perales, Ángel L.Dr. of Industrial EngineeringVillegas Sánchez, RosarioDr. of Industrial EngineeringVivas Venegas, CarlosDr. of Industrial EngineeringVozmediano Torres, Juan ManuelDr. of Telecom. EngineeringWideberg, JohanDr. of Industrial Engineering

Zafra Cabeza, AscensiónDr. of Computer Sciences Engineering

GraduatesAhmed Said Mohamed, IsmailMechanical EngineerAlonso Prieto, Carlos RamónIndustrial EngineerÁlvarez Arroyo, CésarIndustrial EngineerBachiller Soler, RafaelIndustrial EngineerBarragán Villarejo, ManuelIndustrial EngineerCabrera Bernal, ElenaTelecommunication EngineerCano González, Ramón Industrial EngineerCano Palacios, MercedesIndustrial EngineerCastillo Granados del, José MaríaIndustrial EngineerChaves Repiso, José ManuelIndustrial EngineerDelgado González, Antonio LuisIndustrial EngineerDios Rubio, M. AlejandroTelecommunication EngineerElena Pérez, Mª del MarTelecommunication EngineerEscaño González, Juan M. Automatic EngineerEstefani Morales, AlejandroIndustrial EngineerFernández Baco, Mª CustodiaIndustrial EngineerFdez. Jiménez, Fco. JoséIndustrial EngineerFernández Morales, AlonsoIndustrial EngineerFuentes Cano, DiegoChemistry GraduateGarcía Durán, MercedesIndustrial EngineerGarcía Ramírez, ÁngelTelecommunication EngineerGarcía Ramos, JavierIndustrial Engineer

González Carbajal, JavierIndustrial EngineerGonzález López, MercedesIndustrial EngineerGonzález Romo, Juan ManuelTelecommunication EngineerJiménez Anguiano, Juan I.Industrial EngineerLara Villén, AntonioTelecommunication EngineerLópez Ramírez, Juan RafaelIndustrial EngineerMárquez Lasso, Fernando JavierIndustrial EngineerMartínez de la Concha, AntonioIndustrial EngineerMatias Casado, ManuelIndustrial EngineerMillán Muñoz, RafaelIndustrial EngineerMonedero Goicoechea, Iñigo LuisComputer Science EngineerMontero Fernández-Vivancos, GuillermoIndustrial EngineerMorales Palma, DomingoIndustrial EngineerMoreno Tejera, SaraIndustrial EngineerMuñoz Pérez, Miguel ÁngelIndustrial EngineerNogales García, CarlosIndustrial EngineerOcaña García de Veas, RocíoIndustrial EngineerOria Oria, Ana CintaTelecommunication EngineerParrilla Casquet, Luis MiguelTelecommunication EngineerPérez Calderón, Dario AlfonsoTelecommunication EngineerPérez Mira, VenturaIndustrial EngineerPérez Soriano, Eva MªIndustrial EngineerPortillo Estévez, EsmeraldaChemistry EngineerRacero Rodríguez, Isabel Chemistry GraduateReina Romo, Mª EstherIndustrial Engineer

Rivas Asensio, Luis MiguelTelecommunication EngineerRodríguez Galán, MónicaIndustrial EngineerRodríguez Palero, MaríaIndustrial EngineerRoldán Fernández, Juan ManuelIndustrial EngineerRomero Ordóñez, AntonioIndustrial EngineerSánchez Mendoza, CarlosTelecommunication EngineerSánchez Ramos, JoséIndustrial EngineerSánz Herrera, José AntonioIndustrial EngineerSauco Zaldivia, JoséIndustrial EngineerSierra Collado, Antonio J. Telecommunication EngineerTavara Mendoza, Arístides LuisIndustrial EngineerTorrecillas Lozano, CristinaIndustrial EngineerTorres González, Arturo EugenioTelecommunication Engineer

HiredLicensed Technicians

Algaba Macías, AlbertoComputer Science EngineerAlmodóvar Melendo, AndrésMechanical EngineerÁlvarez Arroyo, CésarIndustrial EngineerÁlvarez Romero, AntonioTelecommunication EngineerAndrade Pineda, José LuisIndustrial EngineerAstacio López, RaquelIndustrial EngineerBarea García, José MªIndustrial EngineerBorrego Puche, Marco CarlosMechanical EngineerCáceres Sánchez, NoeliaIndustrial Engineer

Capitán Fernández, CarlosIndustrial EngineerCaro Hidalgo, Mª del RosarioIndustrial EngineerCastañeda Rodríguez, Bella ElisaTelecommunication EngineerCobano Suárez, José Antonio Dr. of PhysicsCores Prieto, Francisco JoséIndustrial EngineerCriado Reyes, JoaquínChemistry GraduateDíaz Caballero, IsidroIndustrial EngineerDíaz Gutiérrez, EduardoChemistry EngineerEl Hanidi, Zacaria Industrial EngineerFernández Morales, Mª de las MercedesIndustrial EngineerFernández Olmo, José MaríaIndustrial EngineerFernández-Viagas Escudero, VictorIndustrial EngineerFragkioudaki, AnnaTelecommunication EngineerGallego Fernández, Luz MarinaChemistry EngineerGallego Len, Antonio JavierIndustrial EngineerGalván García-Pérez, Luis MiguelIndustrial EngineerGarcía Haro, PedroDr. of Chemistry EngineerGarcía Ramos, JavierIndustrial EngineerGarcía Saez, Agustín PedroIndustrial EngineerGarrido Satué, ManuelIndustrial EngineerGonzález Aguilera, PalomaChemistry EngineerGonzález Jiménez, Joaquín BraulioTelecommunication EngineerGonzález Romo, Juan ManuelTelecommunication EngineerGonzález Villagomez, JesúsIndustrial Engineer

Gordón Bermúdez-Coronel, MartaIndustrial EngineerGranja Devós, JulioIndustrial EngineerHidalgo Fort, Eduardo Telecommunication EngineerHidalgo Galdón, JavierIndustrial EngineerHuerta Guijarro, EstefaníaTelecommunication EngineerIranzo Aparicio, J. AlfredoDr. of Industrial EngineeringLluiuyacc Blas, Ruben RonaldIndustrial EngineerLuque Serna, AmaliaIndustrial EngineerMarcos Rodríguez, DavidComputer Science EngineerMarques Ferreira, Luis MiguelDr. of Industrial EngineeringMartín Lloret, PabloTelecommunication EngineerMartín Sánchez, JesúsAreonautic EngineerMedina Medina, DiegoTelecommunication EngineerMilla Carrillo, José ManuelIndustrial EngineerMogollón García, Juan M. Dr. of Industrial EngineeringMolina Pariente, José M.Industrial EngineerMonje Brenes, BenjamínIndustrial EngineerMorales Sánchez, Fco. JoséIndustrial EngineerMorenas Rodríguez, Rosa Mª de lasPolitical Science GraduateMoreno Pérez, Fco. de PaulaIndustrial EngineerMündermann, SvenIndustrial EngineerNápoles Luengo, JavierDr. of Industrial EngineeringNarbona Miguel, DanielIndustrial EngineerNavarro Blázquez, PatricioIndustrial EngineerOrdóñez Barreiros, IreneIndustrial EngineerPanagiotopoulos, ChristosDr. of Industrial Engineering


Pandelet Hernando, JorgeIndustrial EngineerPérez Aparicio, ElenaIndustrial EngineerPino Cáceres, José LuisTelecommunication EngineerPríncipe Rodríguez, Isabel Mª del Chemistry GraduateRituerto Prieto, BeatrizIndustrial EngineerRivas Gil, SalvadorTelecommunication EngineerRobina Molle, Marta Telecommunication EngineerRobledo Vázquez, MaríaTelecommunication EngineerRodríguez Macías, JoséChemistry EngineerRojas Fernández, Juan ManuelArchitecture GraduateRomero Pérez, Luis MiguelDr. of Industrial EngineeringRuiz Pavón, Juan JesúsTelecommunication EngineerSaez Manzano, AuroraTelecommunication EngineerSalmerón Lissén, RafaelArchitecture GraduateSalva Aguirre, José AntonioIndustrial EngineerSampedro Armenta, José ManuelTelecommunication EngineerSanabria Rodríguez, José IgnacioIndustrial EngineerSánchez Martínez, GonzaloIndustrial EngineerSánchez Ramos, JoséIndustrial EngineerSancho Caparrini, NatividadMathematics GraduateSantiago Villar, JoséIndustrial EngineerSuarez Soria, ChristianIndustrial EngineerTapia Martín, ElviraIndustrial EngineerTejada Bermudez, SusanaIndustrial EngineerTinoco Polo, ÁlvaroComputer Science EngineerValdivia Loiziaga, Mª EstherIndustrial Engineer

Valverde Isorna, LuisDr. of Industrial EngineeringVera Dominguez, Cristina Telecommunication EngineerVillarrubia Guarino, José LuisIndustrial Engineer

Specialists and hired Graduates

Ale Gallardo, José Antonio 2nd TechnicianÁlvarez Agudo, JoaquínComputer ProgrammerAmores Álvarez, CarlosComputer OperatorArévalo Aguilar, PabloIndustrial Technical EngineerAzofra Sedano, JoaquínIndustrial Technical EngineerBallester Goytia, Félix M.Computer OperatorBejarano Pellicer, GuillermoIndustrial Technical EngineerBermejo Calero, LauraIndustrial Technical EngineerBraga Gómez, Juan AbelardoElectric TechnicianBueno Ramón, Francisco J. Specialist TechnicianCaballero Villalobos, PabloOperation technicianCamino Fernández, José AntonioAnalysis and Control technicianCamino Fernández, DavidComputer ProgrammerCapitán Fernández, CarlosIndustrial Technical EngineerCarmona Vicente, DavidIndustrial Technical EngineerCorchos Duque, EmiliaComputer Science Dip.Cruz Fernández, DavidIndustrial Technical EngineerCurado Soriano, JavierControl TechnicianDe Barros Herrera, DaniloComputer Programmer

Fernández Buckley, Elizabeth MaríaTechnical Engineer in Management ComputingFernández Cuadra, Misael FranciscoComputer ProgrammerFernández Morales, AlonsoIndustrial Technical EngineerFico Vito, MarioElectronics Eng.Galán Silva, JesúsIndustrial Technical EngineerGalván García Pérez, LuisIndustrial Technical EngineerGiraldo Blázquez, Mª EugeniaSystems AnalystGirona García, RafaelIndustrial Technical EngineerGonzález Jiménez, Joaquín BraulioOperation TechnicianGuerrero de Mier, JoaquínComputer ProgrammerInglessis Azuaje, Jorge JavierIndustrial Technical EngineerJiménez Martínez, JesúsComputer OperatorJiménez Martínez, DavidMachine ProgrammerJusue Taheri, EduardoIndustrial Technical EngineerLabrador Gragea, RicardoIndustrial Technical EngineerLarrañeta Gómez-Caminero, MiguelIndustrial Technical EngineerLuque Rodriquez, Rosa Mª Facilities Technician Macias Parrao, Juan de DiosIndustrial Technical EngineerMarquez Alcaide, AbrahamOfficial OperatorMartin Lloret, PabloComputer ProgrammerMoreno Roldán, EnriqueOperation technicianMorente Cruz, Alfonso CarlosOperation technicianMuñoz Ale, AbelIndustrial Technical EngineerMuñoz García, Patricia Industrial Technical Engineer

Muñoz García, CarlosControl TechnicianNebrera Navarro, JaimeComputer Ciences EngineerParejo Dorado, RocíoTourism Dip.Real Pérez, Francisco Javier Industrial Technical EngineerRodríguez Almanza, AnaChemistry Eng. Graduate Rodríguez Caro, FloraSpecialist TechnicianRodriguez Fuentes, Mª ReyesIndustrial Technical Engineer Román Caro, YolandaComputer ProgrammerSaldaña Álvarez, ÁlvaroChief and Officer machineSánchez Blanco, Enrique JesúsIndustrial Technical EngineerSanz Gómez, Luis JavierOperation TechnicianTalaminos Barroso, AlejandroTechnical EngineerTejada Armada, AlejandroControl TechnicianTejero Calvo, FranciscoIndustrial Technical EngineerTenorio Alfonso, AdriánIndustrial Technical EngineerTova Holgado, EnriqueIndustrial Technical Engineer Trillo Díaz, AntonioIndustrial Technical EngineerVázquez Urbaneja, MyriamNurseVela Martín, RosaBusiness Studies Dip.

A.D.I. TechniciansCañas Delgado, AntonioA.D.I. TechnicianDomínguez Reina, José LuisA.D.I. TechnicianFerrera Lozano, JesúsA.D.I. TechnicianGonzález Jiménez, ManuelA.D.I. TechnicianGonzález Santamaría, AndrésA.D.I. Technician

Gómez Álvarez, Emilio J.A.D.I. TechnicianGuareño Chaves, JoséA.D.I. TechnicianMartín Molina, JuanA.D.I. TechnicianMartín Timoteo, JuanA.D.I. TechnicianMartínez-Darve Caracuel, MartaA.D.I. TechnicianMartínez Domínguez, Mª LuisaA.D.I. TechnicianMoriana Morales, RafaelA.D.I. TechnicianMuñoz García, DiegoA.D.I. TechnicianPinto Quintana, JesúsA.D.I. TechnicianRivera Silva, JorgeA.D.I. TechnicianSaavedra Pastrana, Mª TeresaA.D.I. TechnicianSánchez Rodríguez, MercedesA.D.I. TechnicianValenzuela Mateo, ManuelA.D.I. TechnicianValverde Martín, AntonioA.D.I. Technician

Hired Laboratory Assistants

Allegue Arias, JaimeLaboratory AssistantAlvárez Agudo, JoaquínLaboratory AssistantArcos Rodríguez, Juan JoséLaboratory AssistantArcos Trisac, Juan JoséLaboratory AssistantCruces Villasanta, Fco. JavierLaboratory AssistantMoreno Roldán, EnriqueLaboratory AssistantPérez Aguilar, José CarlosLaboratory AssistantRabaneda Herrero, SergioLaboratory Assistant

Rodríguez Carrillo, José RamónLaboratory AssistantSalgado Benitez, Luis BaldomeroLaboratory AssistantVázquez Hernández, JavierLaboratory AssistantVeiga Laborde, Camilo JoséLaboratory Assistant

AICIA ManagementCortés Achedad, PabloManaging DirectorLarrañeta Gómez-Caminero, CarlosR&D DirectorMarenco Gallego, ArturoFinances and H.R. Director

AdministrationStaffBlanc Castán, Carmen PilarFiliberto Vázquez, RocíoGala Pérez, CarmenHaya Segovia, TeresaMaesa Zorrilla, IsabelMenaya Navarro, José ÁngelTrave Pulido, Alejandro

Press OfficeVelázquez Moreno, PilarJournalism Graduate

AICIA | 23

ResearchAICIA

RESEARCH ACTIVITY OF AICIA TACKLES THE MAIN AREAS OF INDUSTRIAL

ENGINEERING, TELECOMMUNICATIONS, AERONAUTICS, CHEMISTRY AND CIVIL.

This activity applied to I+D+I is centred on the following sectors:

Aeronautical

Energy

Materials and Nanotechnology

Environment

Industrial Engineering

Information and Communication Technology

Production Technology

Transport and Infrastructures

To access to the ongoing projects in each of the presented sectors, scan with your mobile phone the QR code or access to the indicated webpage.

This activity applied to I+D+I is centred on the following sectors:


R&D Sector

AERONAUTICAL

AICIA activities in the aeronautical sector range from airport infrastructures to air traffic control including aeronautical material characterization, propulsion, avi-onics and unmanned air vehicles (UAVs).

AICIA research team carry out design and implementation work such as on-board elec-tronic equipment, land back-up systems, aspects related to the development of future air traffic control system, airport building structures, landing strips, etc.

The Technological Centre has certified laboratory for characterizing aeronautical materials.

Research areas:

AERONAUTIC MATERIALS, STRUCTURES & MANUFACTURING

UNMANNED AIRCRAFTS

NAVIGATION & AIR TRAFFIC CONTROL

AIRCRAFT SYSTEMS

AEROSPACE PROPULSION

AIRPORT ENGINEERING

www.aicia.es/proyectos2014/aeronautical

AICIA | 25

R&D Sector

ENERGY

The supply of energy from diverse safe sources in a way that is both economical and compatible with the environment is essential for a sustainable progress of society.Research and technical development in the field of energy should take on the need

to efficiently tackle the risks of climate change and answer, in an effective way, the growing demand for energy coming from the old economies and the ever increase demand of developing countries.

AICIA has directed its research lines to this need in the last few years, giving priority to those projects and activities the decisively contribute to cleaner production of energy from its production, with special emphasis on renewable sources (solar, wind, biomass, marine), transport and supply, storage (hydrogen), and energy efficiency both in indus-trial processes and in buildings.

Research areas:

ENERGY TRANSPORT AND SUPPLY

SOLAR ENERGY

BIOENERGY

WIND AND MARINE

ENERGY SAVING AND EFFICIENT

POWER PLANTS

HYDROGEN AND FUEL CELLS

www.aicia.es/proyectos2014/energy


R&D Sector

MATERIALS AND NANOTECHNOLOGY

Research into new materials and nanotechnology is basic to various sectors of present day industry. At the same time, a study of the mechanical behaviour of materials is very important for analysing the strength of any element built using

them, structures, machines, etc.

AICIA is in charge of the reception of metallic materials for various firms. This recep-tion involves a selection of destructive tests to guarantee that any batch of material received has all the characteristics established in its qualification and that are used for calculating and designing elements.

AICIA is developing new techniques and tools to simulate and optimize the manufac-turing processes in order to introduce new aeronautical materials, basically coal fiber and other compound materials such as Non-Crimp Fabrics (NCF).

In the realm of Nanotechnology, AICIA has contributed a significant advance in devel-oping and perfecting processes and technologies, applying the latest discoveries in the physics of fluid nano-manipulation.

Research areas:

NANOTECHNOLOGY

METALLURGIC TECHNOLOGY

MATERIALS SIMULATION & ANALYSIS

METALLIC MATERIALS

www.aicia.es/proyectos2014/materials

AICIA | 27

In the environment sector, AICIA’s activities are centred on the evaluation and control of contamination and noise, as well as cleaning combustion gas and capturing CO2 in order to achieve clean energy production using fossil fuels.

In the society of today, treating and recycling waste also calls for a great effort to gen-erate and optimize new processes and those already in existence. Furthermore, it is vital to carry out environmental, economical and social analysis of industrial projects, and those activities are also performed by AICIA research groups.

R&D Sector

ENVIRONMENT

Research areas:

CO2 CAPTURE AND SEQUESTRATION

EVALUATION AND CONTROL OF CONTAMINATION

WASTE ANALYSIS AND EVOLUTION

PROTECTION AND INSPECTION PROCESSES

www.aicia.es/proyectos2014/environment


A ICIA is carrying out activities in this field that deal with those related to indus-trial organization of production in manufacturing companies and services. The design of the production process includes those aspects necessary to define

the process prior to its implementation. Plant layout, storage facilities, identification of production processes and their capacities, and end product distribution activities stand out.

Production management includes the set of operations necessary for carrying out the production process adequately, taking into account planning and control of produc-tion, turnover and stock management amongst others.

R&D Sector

INDUSTRIAL ENGINEERING

Research areas:

PRODUCTION MANAGEMENT

DESIGN, MANAGEMENT & IMPROVEMENT OF PRODUCTION SYSTEMS

BUSINESS MANAGEMENT AND ADMINISTRATION

ENGINEERING PROJECT MANAGEMENT

www.aicia.es/proyectos2014/industrial_engineering

AICIA | 29

Our activities in ICT (Information and Communications Technology) are developed in the areas of designing digital, analogue and mixed electronic and microelec-tronic circuits and systems for applying in communication systems, industrial

control and aeronautics, as well as in telecommunications systems and services.

Implementing electronics and software to transmit, store, process, summarise, retrieve and present information.

R&D Sector

INFORMATION AND COMMUNICATION TECHNOLOGY

Research areas:

INDUSTRIAL ELECTRONICS

CONSUMER ELECTRONICS

COMMUNICATION ELECTRONICS

INFORMATION TECHNOLOGIES

BIOMEDICAL ENGINEERING

TELECOM INFRASTRUCTURES & SERVICES

www.aicia.es/proyectos2014/ict


R&D Sector

PRODUCTION TECHNOLOGY

Innovation in manufacturing processes contributes towards maintaining the com-petitivity of our produce sector. The incorporation of new automation and control techniques allows for an increase both in quantity and in quality of the processes

as well as an improvement in safety conditions, energy saving and environment care.

Furthermore, robotics offers new prospects for improvement, not only in manufactur-ing but also in services, providing solutions such as the design and development of unmanned land and air vehicles, functional in natural environments, safety, services, and manufacturing.

Research areas:

AUTOMATION & ROBOTICS

CHEMICAL PROCESSES TECHNOLOGY

MECHANICAL TECHNOLOGY

METROLOGY & MANUFACTURING

PROCESS SUPERVISION & CONTROL

INSTRUMENTATION

www.aicia.es/proyectos2014/production_technology

AICIA | 31

A ICIA is developing new solutions for problems of transportation and mobility of people and goods on the ground, at sea and in the air. The focus is both scien-tific and technological, bearing in mind overall transport system and its subsys-

tems: infrastructure, vehicles and systems. Safe, efficient and convenient mobility of both people and goods is achieved.

This research also deals with activities related to water, gas and hydrocarbon distribu-tion networks.

R&D Sector

TRANSPORT AND INFRASTRUCTURES

Research areas:

TRANSPORT AND TRAFFIC MANAGEMENT

LOGISTICS MANAGEMENT

VERTICAL TRANSPORTS

VEHICLES

INFRASTRUCTURES

CONSTRUCTION TECHNOLOGY

www.aicia.es/proyectos2014/transport


Area Acronym TitleINTERNATIONAL R&D PROJECTS MUAC-IREN Multi-UAV Cooperation for long endurance applications - International Research Exchange NetworkNATIONAL PROJECTS EMDS Sagitario.

RETOS-AERONAVESDevelopment of an advanced system for managing and supplying electrical power in order to improve the efficiency and the maintainability of aircrafts

R&D ENGINEERING PROJECTS ADAM Development of Automation for Autonomous MobilityR&D ENGINEERING PROJECTS ATLANTIDA-SA Application of Leader Technologies to Unmanned Aircrafts to Research and Develop ATMR&D ENGINEERING PROJECTS CEFIRO 3R&D ENGINEERING PROJECTS DESAFIO Development of Intelligent Forward Fuselage Sections for military transport operationsR&D ENGINEERING PROJECTS DIANNA Development and Research of new technologies for the automation of aeronautic assembly processes. Automatic Application of Sealants

R&D ENGINEERING PROJECTS ECLIPSE Composites and lightweight material structures for easy assembly processesR&D ENGINEERING PROJECTS FDIR-SPACE-UAV Fault detection and reconfiguration systems in space technology research on UAV platforms R&D ENGINEERING PROJECTS FSP20 Future Vision Test System 2020 R&D ENGINEERING PROJECTS MPSAT Multi-Payload SATellite as an innovating service for experiments with new technologies in spaceR&D ENGINEERING PROJECTS REFLEX Aircraft flexible riveting robotR&D ENGINEERING PROJECTS ROBINTER Robots for interior inspection of aeronautical structures R&D ENGINEERING PROJECTS ROBMAN Intelligent robotic system for handling large aircraft structures R&D ENGINEERING PROJECTS SIMVA Development of Innovative Systems Flight Controls of new generation transport and regional AircraftR&D ENGINEERING PROJECTS SINTONIA Unmanned Systems Aimed at Minimum Environmental ImpactR&D ENGINEERING PROJECTS ODISEO Development and Research in Electrical SystemsR&D ENGINEERING PROJECTS VECTURA New Technologies for Assembling and Painting AerostructuresR&D ENGINEERING PROJECTS Data Bus Platform. Aeronautic Data Bus PlatformR&D ENGINEERING PROJECTS Circuit Breaker Automation for AirplanesR&D ENGINEERING PROJECTS Avionics Platform for UAVSSTUDIES AND CONSULTANCES COSETC Experimental study of the in-service behaviour of the Tail Cone of commercial aircrafts COURSES AND TRAINING Course Electromagnetic Fields. Preparation and teaching of the course "Wave propagation and Electromagnetic Fields"

Area Acronym TitleINTERNATIONAL R&D PROJECTS ADVANTAGE Advanced Communications and Information Processing in Smart Grid SystemsINTERNATIONAL R&D PROJECTS BIOSTIRLING-4SKA A cost effective and efficient approach for a new generation of solar dish Stirling plants based on storage and hybridizationINTERNATIONAL R&D PROJECTS OPTIMAGRID Intelligent systems of optimization and self-management of micro-networks with renewable energies applied to industrial areas in the South West zoneINTERNATIONAL R&D PROJECTS QUALICHECKR&D ENGINEERING PROJECTS AIRE Efficient air-conditioning system of variable capacity for electric busesR&D ENGINEERING PROJECTS ARESS Development and integration of advanced storage systems for electric energy plants using renewable sources

R&D ENGINEERING PROJECTS BIO Basic and Detailed Engineering of a Hydrogen Fueling Station

Ongoing Projects in 2014

SECTOR: AERONAUTICAL

SECTOR: ENERGY

AICIA | 33

Area Acronym TitleR&D ENGINEERING PROJECTS BIO-ANDALUS IR&D ENGINEERING PROJECTS BIOPOLIM-A Butadiene production from EthanolR&D ENGINEERING PROJECTS CDF-NATRIS Energetic optimization of a CVD reactor for silicon production R&D ENGINEERING PROJECTS CERSOL High temperature and pressure ceramic receiver for gas turbine and mixed cycle hybrid solar systems R&D ENGINEERING PROJECTS CHALGAS Collaborative agreement between AICIA and CTH for the supporting of research activities on biomass gasification in fluidized bed at CTH R&D ENGINEERING PROJECTS CHORUS Advanced System for integral energy management in large consumer installations R&D ENGINEERING PROJECTS CLIMAFV Development of Integrated Photovoltaic Systems of Refrigeration, Heating and ACSR&D ENGINEERING PROJECTS COMPOSOL System of heating and temperature hold for cylindric-parabolic mirrors with heat carrier fluid R&D ENGINEERING PROJECTS E3MEL Advance solutions of energy and economic efficiency in the electrical marketR&D ENGINEERING PROJECTS ENFORBIOM Study of gasification of various Spanish forest residues for CHPR&D ENGINEERING PROJECTS FERROSMARTGRID Development of the first smart grid for the energy dispatch of the railway system R&D ENGINEERING PROJECTS GEMS Electricity Market Simulator R&D ENGINEERING PROJECTS INTEMAC Quality control of facilities in industrial buildings and urbanR&D ENGINEERING PROJECTS PLATER Integral Renewable Energy Platform R&D ENGINEERING PROJECTS PV ON TIME Intelligent System of Production, Storage and Management of On-Time Photovoltaic EnergyR&D ENGINEERING PROJECTS PV SINCRONÍA Photovoltaic Grid IntegrationR&D ENGINEERING PROJECTS SAREST Advanced Restoration System for buildings in the tertiary SectorR&D ENGINEERING PROJECTS SBP Smart Business ParkR&D ENGINEERING PROJECTS SEAMAR Andalusian Eolic solutions for the seaR&D ENGINEERING PROJECTS SEA-PEM Strategic Support System for Off-shore Wind FarmsR&D ENGINEERING PROJECTS SINHOR Analysis of the energy performance of concrete enclosing walls on the base of maximizing the advantages derived from their thermal

inertiaR&D ENGINEERING PROJECTS SSP Smart Solar Plant: Static and dynamic impact of a hybrid solar plant on the GridR&D ENGINEERING PROJECTS Unbalance Distribution. Scientific Support for Unbalanced Distribution Network ApplicationsR&D ENGINEERING PROJECTS Analysis of Hybrid Solar-Biomass Centrals. Conceptual analysis of hybrid renewable systems based on biomass and solar energy R&D ENGINEERING PROJECTS Technical assistance - CSP TechnoloyR&D ENGINEERING PROJECTS Solar Field Automation for SolanaR&D ENGINEERING PROJECTS Solar Field Automation for the Mojave solar fieldsR&D ENGINEERING PROJECTS Solar Field Automation for the Kaxu solar fieldR&D ENGINEERING PROJECTS Development of a computer tool to obtain external equivalents for electromagnetic transient studies

R&D ENGINEERING PROJECTS Evaluation of the preliminary design of a reformerR&D ENGINEERING PROJECTS Operation of transmission and distribution networksR&D ENGINEERING PROJECTS Transformer Maneuvers with Controlled Maneuver Relays. Electromagnetic StudiesR&D ENGINEERING PROJECTS Modelling and Control of cylindrical parabolic collector solar plants by adjusting the flow of the solar fieldR&D ENGINEERING PROJECTS Design transition architectures from objective researchR&D ENGINEERING PROJECTS Monitoring Radiometric Measurement Stations in various solar thermal power plants in AndalusiaR&D ENGINEERING PROJECTS Simulation of the behavior of a hydrogen production reformerSTUDIES AND CONSULTANCES AGC AGC for creating a secondary regulation zoneSTUDIES AND CONSULTANCES CTH-SNG Collaborative agreement between AICIA and CTH for the optimization of SNG processSTUDIES AND CONSULTANCES ETVERU Study of Technologies for Energetic Valorization of MSW STUDIES AND CONSULTANCES MP-HUB Energetic classification and energy y hub for elevators


Area Acronym TitleSTUDIES AND CONSULTANCES MST CFD Analysis of an accumulation tank at a solar thermal power plantSTUDIES AND CONSULTANCES Analysis of the power expected from the Lebrija 1 solar thermal power plantSTUDIES AND CONSULTANCES Consultancy in the development of solar thermal energy at low temperaturesSTUDIES AND CONSULTANCES Systematic identification of the Relationship of Dependency among the various Lines of Research identified in the Solar Concentra Report

STUDIES AND CONSULTANCES Revision of the estimation of solar resources in the municipality of Lebrija (Sevilla)

Area Acronym TitleR&D ENGINEERING PROJECTS BIO-ANDALUS IIR&D ENGINEERING PROJECTS LIFE-Aquasef Environmental Improvement of Aquaculture Activities through the Development of Ecoefficient TechnologiesR&D ENGINEERING PROJECTS NUREMCO New reinforcement technologies using Composite MaterialsR&D ENGINEERING PROJECTS Nitrate Corrosion. Corrosion tests on molten salt

TESTS, ANALYSIS, EVALUATIONS AND REPORTS

Proyecto corto alcance

TESTS, ANALYSIS, EVALUATIONS AND REPORTS

Erosion Corrosion tests to evaluate the resistance of various materials

STUDIES AND CONSULTANCES Atlantic Copper/Asistencia técnica

STUDIES AND CONSULTANCES Solarpack Soil Corrosivity Chile

Area Acronym TitleR&D ENGINEERING PROJECTS VERAAPC Agricultural Waste Energy Recovery for use in Clinker PlantsR&D ENGINEERING PROJECTS Determination of the capacity of tubes to withstand shocks and vibrationsR&D ENGINEERING PROJECTS Monitoring program of Cobre Las Cruces’s recevier environmentSTUDIES AND CONSULTANCES AEDAR R&D Project of Efficient Airing of active muds for the Purification of Waste Waters

Area Acronym TitleINTERNATIONAL R&D PROJECTS PLANET Platform for the Deployment and Operation of Heterogeneous Networked ObjectsR&D ENGINEERING PROJECTS ADAPTA Personalization Technologies and Digital Content Interaction, Adapta Project. Innterconecta Program 2011R&D ENGINEERING PROJECTS AGATE Development of Advanced GaN Substrates & TechnologiesR&D ENGINEERING PROJECTS ASEPRODA Petrol Station Payment SystemR&D ENGINEERING PROJECTS AYRASEG Segmentation of muscle, skin and bone in CAT imagesR&D ENGINEERING PROJECTS CEPHEUS Experimental satellite for developing Andalusian space technology

SECTOR: MATERIALS AND NANOTECHNOLOGY

SECTOR: ENVIRONMENT

SECTOR: INFORMATION AND COMMUNICATION TECHNOLOGY

AICIA | 35

Area Acronym TitleR&D ENGINEERING PROJECTS DECFO Detection of contaminants by Fiber Optics in sea surface

Hydrocarbon detection system, derivatives to the transfer’s maneuver at stations refinery for further processing

R&D ENGINEERING PROJECTS MONICA Monitoring System On-Line and Real Time to Quality Water in WatershedsDevelopment of an automatic system for real time monitoring and "on site" basic quality parameters continental water systems

R&D ENGINEERING PROJECTS NTSICA New Technologies for Intelligent Higway SignageR&D ENGINEERING PROJECTS OFFSHORE2GRID Integration of offshore power in the electricity gridR&D ENGINEERING PROJECTS SMARTCITY.ECO Platform for Intelligent and Sustainable Management of CitiesR&D ENGINEERING PROJECTS TIGRIS Total integrated grid systemSTUDIES AND CONSULTANCES ABDOSEG Segmentation of abdominal organs in CAT images

Area Acronym TitleR&D ENGINEERING PROJECTS ATICA All-Terrain Intelligent Compact and Autonomous Vehicle R&D ENGINEERING PROJECTS Avant O2 II A new generation of advanced ionic transport membranes for oxygen production for integration in oxy-combustion process

R&D ENGINEERING PROJECTS DELFÍN Power and Control Systems for a Fuel Cell Electric VehicleR&D ENGINEERING PROJECTS ENCIBIOM Study of gasification of residues from urban tree pruning for power production R&D ENGINEERING PROJECTS FUTURASSY Robotics for Assembly of Structural Composites in Aerospace Industry R&D ENGINEERING PROJECTS MARVEDIP Dynamic positioning of marine vehicles R&D ENGINEERING PROJECTS NAVGROUND Navigation System for an Unmanned Ground VehicleR&D ENGINEERING PROJECTS OFFSHORE POWER Development of technology to benefit from wave energyR&D ENGINEERING PROJECTS RELIABLE

R&D ENGINEERING PROJECTS SILCAE Integrated System for Identification, Localization and Monitoring of Personnel in Working CentersR&D ENGINEERING PROJECTS SIMUVIA On-board simulation for Listening to the Tracks through Observing the State of Railway VehiclesR&D ENGINEERING PROJECTS SWARMCOM New strategies for multi-vehicle communication R&D ENGINEERING PROJECTS UNDIGEINR&D ENGINEERING PROJECTS Measurement of forces in the tightening and shortcircuit of an ABB transformerR&D ENGINEERING PROJECTS Collaboration in the design, development, construction and tests of a Bioethanol Processor System (BPS) for the AIP Plant of S-80

submarinesR&D ENGINEERING PROJECTS Brushes for Heliostats (Ecilimp Termosolar SL)STUDIES AND CONSULTANCES Determination of the capacity of tubes to withstand shocks and vibrations

Area Acronym TitleR&D ENGINEERING PROJECTS ARIDLAP Minimization of the effects caused by extreme climates on the High speed railway network located in arid areas

R&D ENGINEERING PROJECTS FASTRACK Eco-Friendly and sustainable slab TRACK for High-speed linesR&D ENGINEERING PROJECTS VICTORIA-GIVE Autonomous inductive guidance of an electric bus

SECTOR: PRODUCTION TECHNOLOGY

SECTOR: TRANSPORT AND INFRASTRUCTURES


Yearly Accounts

AICIA

AICIA | 37

ASSETS Fiscal Year 2014

NET WORTH and LIABILITIES Fiscal Year 2014

NON CURRENT ASSETS 7,144,693 NET WORTH 621,233

Immobilized intangible assets EQUITY 621,233

Immobilized tangible assets 714,085 Capital 601

Technical installations and other immobilized material 26,739

Results of prior years 554,454

Result of the fiscal year 66,178

Immobilized assets in affect of the University departments’ activities 687,346 NON CURRENT LIABILITY 687,346

Assets for deferred tax 56,482 Assets brought in by university departments 687,346

CURRENT ASSETS 20,596,274

Commercial debtors and other unpaid accounts 8,066,212 CURRENT LIABILITY 26,432,388

Clients for sales and services rendered 8,024,998 Short term resource 7,672,784

Other credits with Public Administration 41,214

Commercial creditors and other unpaid accounts 18,759,604

Short Term financial investments 11,191,529 Purveyors 1,114,860

Debt securities 297,999 Various creditors 16,821,611

Other financial assets 10,893,530 Personnel (unpaid remuneration) –

Cash and other equivalent liquid assets 1,338,533 Other debts with Public Administrations 823,133

Treasury stock 532,615

TOTAL ASSETS 27,740,967 TOTAL NET WORTH AND LIABILITIES 27,740,967

ANDALUSIAN ASSOCIATION FOR RESEARCH & INDUSTRIAL COOPERATION (A.I.C.I.A.)

STATEMENT OF ASSETS ON 31ST DECEMBER 2014 (Euros)Balance sheets

AICIA


Fiscal Year 2014

ON GOING TRANSACTIONS

Net value of the business turnover 11,556,815Services rendered 11,556,815

Other operating income 1,308,106

Public funds received to finance projects 1,308,106

Supplies (554,483)

Personnel expenses (7,036,814)

Wages, salaries and similar (6,301,245)

Fringe benefits (735,569)

Other operating expenses (5,440,248)

Outside services (2,915,441)

Variation in commercial transactions reserves (2,513,000)

Taxes (11,807)

Immobilized asset amortization (362,747)

Imputation of assets brought in by university departments 356,784

Other results –

OPERATING RESULTS (172,587)

Financial income 262,043

Financial expenses (244)

FINANCIAL RESULTS 261,799

RESULTS BEFORE TAX 89,212

Tax on profits (23,034)

TRADING RESULTS 66,178

ANDALUSIAN ASSOCIATION FOR RESEARCH & INDUSTRIAL COOPERATION (A.I.C.I.A.)

LOSES AND GAINS REPORT FOR THE FISCAL YEAR ENDING ON 31ST DECEMBER 2014 (Euros)

AICIA | 39

AICIA

Engineering School.

Camino de los Descubrimientos s/n

41092, Seville. Spain

Tel: + 34 95 448 61 22

Tel: + 34 95 448 61 24

Fax: + 34 95 446 31 53

www.aicia.es

[email protected]

Design & Production: artefacto.net

Printed by: Escandón Impresores

AERONAUTICAL: / Aircraft Systems / Navigation & Air Traffic Control / Aeronautic Materials, Structures & Manufacturing / Airport Engineering / Unmanned Aircrafts / Aerospace Propulsion. ENERGY: Energy Transport

and / Supply / Solar Energy / Bioenergy / Wind and Marine / Energy Saving and Efficient / Power Plants / Hydrogen and Fuel Cells. MATERIALS AND NANOTECHNOLOGY: Nanotechnology / Metallurgic Technology

/ Materials Simulation & Analysis / Metallic Materials. ENVIRONMENT: CO2 Capture and Sequestration / Evaluation and Control of Contamination / Waste Analysis and Evolution / Protection and Inspection Processes.

INDUSTRIAL ENGINEERING: Production Management / Design, Management & Improvement of Production Systems / Business Management and Administration / Engineering Project Management. ICT: Industrial

Electronics / Consumer Electronics / Communication Electronics / Information Technologies / Biomedical Engineering / Telecom Infrastructures & Services. PRODUCTION TECHNOLOGY: Automation & Robotics /

Chemical Processes Technology / Mechanical Technology / Metrology & Manufacturing / Process Supervision & Control / Instrumentation. TRANSPORT AND INFRASTRUCTURES: Logistics Management / Vertical

Transports / Vehicles / Infrastructures / Construction Technology. AERONAUTICAL: / Aircraft Systems / Navigation & Air Traffic Control / Aeronautic Materials, Structures & Manufacturing / Airport Engineering /

Unmanned Aircrafts / Aerospace Propulsion. ENERGY: Energy Transport and / Supply / Solar Energy / Bioenergy / Wind and Marine / Energy Saving and Efficient / Power Plants / Hydrogen and Fuel Cells. MATERIALS

AND NANOTECHNOLOGY: Nanotechnology / Metallurgic Technology / Materials Simulation & Analysis / Metallic Materials. ENVIRONMENT: CO2 Capture and Sequestration / Evaluation and Control of Contamination

/ Waste Analysis and Evolution / Protection and Inspection Processes. INDUSTRIAL ENGINEERING: Production Management / Design, Management & Improvement of Production Systems / Business Management

and Administration / Engineering Project Management. ICT: Industrial Electronics / Consumer Electronics / Communication Electronics / Information Technologies / Biomedical Engineering / Telecom Infrastructures

& Services. PRODUCTION TECHNOLOGY: Automation & Robotics / Chemical Processes Technology / Mechanical Technology / Metrology & Manufacturing / Process Supervision & Control / Instrumentation.

TRANSPORT AND INFRASTRUCTURES: Logistics Management / Vertical Transports / Vehicles / Infrastructures / Construction Technology. AERONAUTICAL: / Aircraft Systems / Navigation & Air Traffic Control /

Aeronautic Materials, Structures & Manufacturing / Airport Engineering / Unmanned Aircrafts / Aerospace Propulsion. ENERGY: Energy Transport and / Supply / Solar Energy / Bioenergy / Wind and Marine / Energy

Saving and Efficient / Power Plants / Hydrogen and Fuel Cells. MATERIALS AND NANOTECHNOLOGY: Nanotechnology / Metallurgic Technology / Materials Simulation & Analysis / Metallic Materials. ENVIRONMENT:

CO2 Capture and Sequestration / Evaluation and Control of Contamination / Waste Analysis and Evolution / Protection and Inspection Processes. INDUSTRIAL ENGINEERING: Production Management / Design,

Management & Improvement of Production Systems / Business Management and Administration / Engineering Project Management. ICT: Industrial Electronics / Consumer Electronics / Communication Electronics /

Information Technologies / Biomedical Engineering / Telecom Infrastructures & Services. PRODUCTION TECHNOLOGY: Automation & Robotics / Chemical Processes Technology / Mechanical Technology / Metrology

& Manufacturing / Process Supervision & Control / Instrumentation. TRANSPORT AND INFRASTRUCTURES: Logistics Management / Vertical Transports / Vehicles / Infrastructures / Construction Technology.














Aeronautic Materials, Structures & Manufacturing / Airport Engineering / Unmanned Aircrafts / Aerospace Propulsion. ENERGY: Energy Transport and / Supply / Solar Energy / Bioenergy / Wind and Marine / Energy

Saving and Efficient / Power Plants / Hydrogen and Fuel Cells. MATERIALS AND NANOTECHNOLOGY: Nanotechnology / Metallurgic Technology / Materials Simulation & Analysis / Metallic Materials. ENVIRONMENT:

CO2 Capture and Sequestration / Evaluation and Control of Contamination / Waste Analysis and Evolution / Protection and Inspection Processes. INDUSTRIAL ENGINEERING: Production Management / Design,

Management & Improvement of Production Systems / Business Management and Administration / Engineering Project Management. ICT: Industrial Electronics / Consumer Electronics / Communication Electronics /

Information Technologies / Biomedical Engineering / Telecom Infrastructures & Services. PRODUCTION TECHNOLOGY: Automation & Robotics / Chemical Processes Technology / Mechanical Technology / Metrology

& Manufacturing / Process Supervision & Control / Instrumentation. TRANSPORT AND INFRASTRUCTURES: Logistics Management / Vertical Transports / Vehicles / Infrastructures / Construction Technology.














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