Research and Development Contracts Funded by Companies and Institutions

(National and International)

 

She has participated in a total of 49 Research and Development Contracts or Agreements funded by Spanish Companies and Institutions (38) as well as USA Companies and Institutions (11). The total amount of the funding grants was of 2,030,133.52 €. These, added to the Research Projects financed by Public Institutions through Competitive Calls (see detailed information in the corresponding tab) gives a total of 90 Research Projects and Contracts with a total funding of 6,784,060.47 €.

 

The 38 contracts funded by Spanish institutions are listed first, indicating the title, funding company or institution, duration, and role as Principal Investigator, PI (20 cases), or Researcher (18 cases). The total funding of these 38 contracts was of 1,425,800, 21 €.

 

The 11 contracts or agreements funded by USA institutions follow next, indicating the title, funding company or institution, duration, and role, PI in all 11 cases. The total amount of the funding grants of these contracts was of 604,333.31 €.

 

A. Contracts Financed by Spanish Companies and Institutions

 

1.        Open Field Range for the Electromagnetic Characterization of Microwave Antennas. Antenna Laboratory of the Electromagnetic Department, Escuela Técnica Superior de Ingenieros de Telecomunicación, ETSIT, Higher Technical School for Telecommunication Engineering, Universidad Politécnica de Madrid, UPM, Technical University of Madrid, Spain. 1972-1973. Researcher.  

2.        Radioastronomy Millimeter Wave Receiver. Instituto Geográfico Nacional, IGN, National Geographic Institute. 1974-1976. Researcher.

3.        Design and Development of Doppler Radars. AMPER, S.A. 1985-1986. Researcher.

4.        GaAs Monolithic Circuits. Telecomunicación y Control, S.A. 1990-1991. Researcher.

5.        Development of Several Components for the Improvement of an S Band Transmitter-duplexer. Alcatel Espacio, S.A. 1994-1995. Researcher.

6.        Development of Advanced Technologies for the Design of Radiofrequency Multiplexers for Space Applications. Alcatel Espacio, S.A. 1995-1996. Researcher.

7.        Simulation Techniques for Radar Sensors of Guidance Systems. Grupo de Mecánica de Vuelo (GMV), S.A. 1005. Researcher.

8.        Development of CAD Tools for the Synthesis of Resonator Filters. Alcatel Espacio, S.A. 1997. PI.

9.        Phase A: Development of Wideband Models for the Design of Dielectric Resonator Filters, Phase B: Extension of the Software Tool ChebAsCW, Phase C: Training Course, Phase D: Ku Band Input Section. Alcatel Espacio, S.A. 1998-2001. PI.

10.     LMDS System Transceiver with QAM Modulation. Angel Iglesias, S.A. (IKUSI). 1999-2000. Researcher.

11.     Transmitter-receiver Subsystem for a Low Interception Probability (LPI) Radar. INDRA SISTEMAS, S.A. 1999-2001, Researcher.

12.     Costumer Premises Equipment for 24-26 GHz Band Radio Access Systems. Angel Iglesias, S.A. (IKUSI). 2000. Researcher.

13.     Transceiver Diplexers for 24-26 GHz Band Radio Access Systems. Angel Iglesias, S.A. (IKUSI). 2000. PI.

14.     ChebAsCW Program Maintenance. Alcatel Espacio, S.A. 2001. PI.

15.     LMDS Systems CPE (Costumer Premises Equipment). Angel Iglesias, S.A. (IKUSI). 2001. Researcher.

16.     Microwave Techniques and Technologies Training Program. Angel Iglesias, S.A. (IKUSI). 2001. Researcher.

17.     Ka Band VSAT Stations. Angel Iglesias, S.A. (IKUSI). 2001-2002. Researchers.

18.     ChebAsCW Program Maintenance. Alcatel Espacio, S.A. 2002. PI.

19.     Software Tool for Narrow Band Band Pass Filter Optimization-based Synthesis. Alcatel Espacio, S.A. 2002. PI.

20.     Modification of LMDS Systems Costumer Premises Equipment Diplexers for the CNAF (National Frequency Band Assigment) Frequency Bands. Angel Iglesias, S.A. (IKUSI). 2002. PI.

21.     Development of Rectangular Waveguide Based Filters and Diplexers. Alcatel Espacio, S.A. 2002-2003. PI.

22.     ChebAsCW Program Maintenance. Alcatel Espacio, S.A. 2003. PI.

23.     Development of a Software Package for the Dielectric Resonator Filters Analysis and Optimization. Alcatel Espacio, S.A. 2003-2009. PI.

24.     X Band Input Section. Alcatel Espacio, SA. 2003-2004. PI.

25.     Design and Optimization of Rectangular Waveguide Based Inductive Iris Filters and Diplexers. Alcatel Espacio, S.A. 2003-2004. PI.

26.     ChebAsCW Program Maintenance. Alcatel Espacio, S.A. 2004. PI.

27.     Ku Band Input Section with 1:4, 1:8, 1:12 Input/Output Relations. Alcatel Espacio, S.A. 2004. PI.

28.     ChebAsCW and CavMil Programs Maintenance. Alcatel Espacio, S.A. 2005. PI.

29.     S Band Microstrip Low Pass Filter. Alcatel Espacio, S.A. PI.

30.     Coupled Resonator and Non-resonant Nodes Multiport Network (Multiplexers) Synthesis Program. Alcatel Espacio, S.A. 2005. PI.

31.     Work Risks and Conciliation of Working and Family Life in the Community of Madrid. Instituto Regional de Seguridad y Salud en el Trabajo, IRSST, Regional Institute for Work Security and Health, Comunidad Autónoma de Madrid, CAM, Madrid Regional Government. 2005. PI.

32.     Development of a Generalized Multiplexer Synthesis Software Package. Thales Alenia Space, S.A. (before, Alcatel ESpacio, S.A.). 2006-2007. PI.

33.     Training Course: Advanced Synthesis of Band Pass Filters for Space Applications. Introduction to the Design of Compact Multiplexers. Thales Alenia Space, S.A. 2008. PI.

34.     Simulation/Analysis of the Electromagnetic Coverage over Tactic Vehicles of the Army of IED Frequency Inhibitor, Part I: BMR, IVECO LMV, IVECO M250. INDRA SISTEMAS, SA. 2009. Researcher.  

35.     Radar Cross Section of the J Optical and PERCOSUB 2000 Optronic Periscopes of the S70 Submarine. INDRA SISTEMAS, SA. 2009. Researcher.

36.     Microwave Subsystems, Antennas and Radar Training: Period September-December 2010. INDRA SISTEMAS, SA. 2010. Researcher.

37.     Microwave Subsystems, Antennas and Radar Training: Period March-June 2011. INDRA SISTEMAS, SA. 2011. Researcher.

38.     Extension of the Software Tool CavMil. Thales Alenia Space España, SA. 2011-2013. Researcher.

 

B. Contracts and Agreements with USA Industries and Institutions

 

39.     Application of the Finite Element Method for Quasi-static and Dynamic Analysis of 2D arbitrarily Shaped Inhomogeneous Anisotropic Multiconductor and Multidielectric Waveguiding Structures Utilizing the Classical Elements and Edge Elements. IEEE, through CAEME (Computer Applications in ElectroMagnetic Education) Center, Utah University, USA. 1992-1994. PI.

40.     Application of Wavelets to Finite Element Techniques. E. I. Dupont de Nemours & Company, Willminngton, Dellaware, USA. 1991-1992. PI.

41.     Matrix Pencil for Late Time Response Characterization of Radar Signals. Rome Laboratories, Rome, NY, USA. 1994-1995. PI.

42.     Application of the Hilbert Transform to Electromagnetic Phenomena. Rome Laboratories, Rome, NY, USA. 1995-1997. PI.

43.     Time Domain Finite Element Method. Application to Scattering Problems. E. I. Dupont de Nemours & Company, Willmington, Dellaware, USA. 1996-1998. PI.

44.     Application of Wavelet Transforms to the Solution of Matrix Equations. E. I. Dupont de Nemours & Company, Willmington, Dellaware, USA. 1997-1999. PI.

45.     Advanced Methods for the Design of Passive Circuits for the New Generation of Millimeter Band Communication Systems. College of Engineering. Purdue University, West Lafayette, IN, USA. 2005-2006. PI.

46.     Analysis and Design of Electromagnetics Structures Using the Method of Moments with High Order Basis Functions. OHRN Enterprises Incorporated, DeWitt, NY, USA. 2006-2010. PI

47.     Analysis of Electromagnetics Problems Using the Finite Element Method and Multigrid Methods. College of Engineering, Department of Electrical and Computer Engineering, University of Illinois at Urbana-Champaign, Urbana, IL, USA. 2008. PI.

48.     Numerical Methods for Antenna Analysis and Design: A New Full Wave Electromagnetic Simulator. OHRN Enterprises Incorporated, DeWitt, NY, USA. 2011-2012. PI.

49.     Numerical Methods for Antenna Analysis and Design: A New Full Wave Electromagnetic Simulator (Part 2). OHRN Enterprises Incorporated, DeWitt, NY, USA. 2012-2014. PI.