IEEE ARGENCON 2020

ELECTROMAGNETIC COMPATIBILITY (EMC), ANTENNAS AND PROPAGATION

TECHNICAL PROGRAM COMMITTEE

Pablo C. Marino Belcaguy Pablo C. Marino Belcaguy Pablo C. Marino Belcaguy is Senior Electronic Engineer, Radar, RF & EMC focused, at National Committee for Space Activities (CONAE). I am a Diplomated Electronic Engineer (UBA), with a Postgraduate study in Telecommunications (UBA) and Aerospace (UTN). Since 2005 working in the Space Industry. Mainly focused in Radar (SAR) and Electromagnetic Compatibility (Senior) for SAOCOM Mission (CONAE-ASI). During this period I have worked in many areas: analysis, design, integration, specifications, procedures, testing, presentations for Ground and Flight Segment Equipment. Also developing and in charge of EMC Lab. I have experience implementing ECSS, NASA, MILSTD, ETSI, ITU standards and recommendations. I have also experience as Field Auditor, and I am Professor at University (U.B.A) and Team Leader in a Lab. Interested in academic work as well, and Research, Development and Innovation.	Sergio A. Figueroa Sergio A. Figueroa Electronic Engineer Sergio Alberto Figueroa. Senior Engineer in Electromagnetic Compatibility (EMC). Graduated Electronic Engineer from Facultad de Ciencias Exactas Físicas y Naturales of the Universidad Nacional de Córdoba Working in the space industry since 2013, mainly in Compatibility Electromagnetic (Senior). Extensive experience in the areas of analysis, design, integration, specifications, procedures and tests. Experience in the implementation of standards and recommendations of ECSS, NASA, MILSTD, ETSI, ITU, IEC, CISPR, EN. Experienced in the field of RF testing and RF equipment maintenance Participation and exhibition in National and international Congresses “Global Electromagnetic Compatibility Conference (GEMCCON), 2016 IEEE, Mar del Plata, Argentina. “Sniff and Radiated Emissions reduced test applied to Aerospace Devices” Treasurer Chapter EMC / Antenas, Argentine Section IEEE	Hugo Títolo Hugo Títolo Hugo Títolo is a graduate of the Facultad de Ciencias Exactas, Físicas y Naturales of the UNC. Since 2015 working in the aerospace company VENG of CONAE mainly in the EMC area. Providing experience and adding value to the industry both in Córdoba and in the country. Participation in National and International Congresses. Experience in the implementation of standards and recommendations of NASA, MILSTD, ITU, IEC, CISPR, EN.
Chair	Co-Chair	Co-Chair

DISTIGUISHED LECTURERS

Pablo S. Narvaez Pablo S. Narvaez Pablo Simón Narvaez Section Manager at NASA Jet Propulsion Laboratory. Source LinkedIn.

Distinguished Lecturer

DESCRIPTION

Field of interest of Electromagnetic Compatibility (EMC), Antennas and Propagation covers: Antennas, which include analysis, design, development, measurement and testing; Radiation, Propagation and the interaction of electromagnetic waves with discrete and continuous means; and Applications and Systems relevant to antennas, propagation and detection, such as applied optics, millimeter and submillimeter wave techniques, processing and control of antenna signals, radio astronomy and propagation and radiation aspects of terrestrial and spatial communication, including wireless, mobile , satellite and telecommunications.

Topic: ANTENNAS AND PROPAGATION

• Antennas: analysis, design, development, measurement and testing
• Antenna signal processing and control
• Applications and systems relevant to antennas, propagation and detection
• Applied optics
• Radiation, propagation and interaction of electromagnetic waves with discrete and continuous media
• Millimeter and submillimeter wave techniques
• Radio astronomy and propagation, and radiation aspects of terrestrial and spatial communication (wireless, mobile, satellite and telecommunications)

Topic: ELECTROMAGNETIC COMPATIBILITY (EMC)

• Instrumentation for EMC tests and facilities
  • Measurement techniques.
  • Rules and regulations.
  • Test and measurement of military / commercial standards.
• Electromagnetic Interference Control (EMI)
  • Shielding, packing and filtering.
  • Cables and connectors.
  • Analysis of EMC circuits and systems.
  • Grounding and connection.
• Electromagnetic spectrum engineering.
  • Spectrum modeling and classification.
  • Design for spectrum-efficient systems.
  • Adaptive Interference Mitigation.
• Low frequency EMC
  • Energy quality and conducted EMC.
  • Low frequency in renewable energies, energy systems and smart grids.
  • Low frequency in cars, electric vehicles, railways and aircrafts.
  • Low frequency in energy efficient technologies, including electrical units.
• Aeronautical and Space Electromagnetic Compatibility
  • EMI / EMC problems in aircraft, spacecraft and space launch vehicles, robotic and manned.
  • Analysis, design, test and EMC performance of space systems.
  • Levels of pieces, plates, boxes, systems, multiple systems, planetary and interplanetary. environments

ACCEPTED PAPERS