Dr. José-Angel Avila-Rodriguez
Dr. José-Ángel Ávila-Rodríguez joined the European Space Agency (ESA) in 2010 and is currently appointed as GNSS Evolutions Signal and Security Principal Engineer in the GNSS/Galileo Evolution Programme and Strategy Division of ESA. Between 2003 and 2010 he was a senior research associate at the Institute of Geodesy and Navigation at the University of the Federal Armed Forces Munich. Ávila-Rodríguez studied at the Technical Universities of Vienna, Austria, and Madrid, Spain, where he received a Master's degree in electrical engineering. He received a Master's degree in economics from the Spanish UNED University and a Ph.D. in aerospace engineering in signal design for GNSS from the University of the Federal Armed Forces Munich, Germany. During his career, Dr. Ávila-Rodríguez has been a key contributor to the international interoperability and compatibility efforts leading to the Galileo signal plan, supporting the Galileo program in numerous working groups of the European Space Agency, the European Commission, and the Galileo Joint Undertaking. He was recipient of the 2008 Parkinson Award and the 2009 ION Early Achievement Award, both from the U.S. Institute of Navigation. Dr. Rodriguez received on 15 June 2017 the "European Inventor Award" in the category "Research" together with its team for the invention of two new primary signals of Galileo for a better satellite navigation.
Lecture: Evolution of Galileo
Current efforts of the Galileo System towards its so-called Galileo Second Generation – G2G are presented. Various possibilities are shown in blocks and include, amongst others, discussions on new Launch Strategies (Electrical Propulsion – EP), promising new technologies in clocks, amplifiers, signal generators and other fundamental payload and platform components, Improvements of the Galileo Services in general, authentication, inter-satellite links (ISL), new orbits such as the Inclined Geosynchronous Satellite (IGSO) Orbit, etc.
Dr. Jeff Austin
Dr. Jeff Austin is currently Partner and Managing Director of Redline Leadership Associates, an international firm that specializes in leadership and management development, strategy, and team effectiveness. His consulting work includes over twenty years involvement with the space industry (including teaching in the Space Systems Engineering Masters program (SpaceTech) at Delft Technical University for 15 years and now with a new home at Technical University Graz.). Jeff recently spent seven years as Senior Vice President at TSSI, a world leader in durable medical equipment. Jeff headed up the people side of the business for this 2400 person company. Previously, Dr. Austin was Assistant Vice President for Leadership and Organizational Development at USAA, a large financial services corporation with regional offices in the United States and Europe. At USAA, he was responsible for all leadership and management education, project management education and consultation, and organizational development consulting throughout the enterprise. Prior to that, Dr. Austin was Deputy Head of the Behavioral Sciences and Leadership Department at the United States Air Force Academy. His department included undergraduate education in psychology, organizational behavior, human factors engineering, sociology and leadership.
Lecture: Leadership and Team Effectiveness
Central to the success of any engineering endeavor is the art and skill of leaders at all levels of the organization. We'll discuss leadership at the team level, look at the evolving roles from technical engineering expert, to team and project leader, and finally to senior leadership roles. We will explore the shift from process to systems thinking. Additionally, every participant will be given an assessment to begin the conversation about team leadership.
Coaching of the group project
Dr. Daniele Borio
Dr. Daniele Borio is a scientific technical officer at the Joint Research Centre (JRC) of the European Commission since November 2013. From October 2010 to October 2013, he was a post-doctoral fellow at JRC. From January 2008 to September 2010, he was a senior research associate in the PLAN group of the University of Calgary, Canada. His research interests include the fields of location, navigation, digital and wireless communications. Dr. Borio received the M.S. degree in Communications Engineering from Politecnico di Torino, Italy, the M.S. degree in Electronics Engineering from ENSERG/ INPG de Grenoble, France, in 2004, and the doctoral degree in electrical engineering from Politecnico di Torino in April 2008.
Lecture: GNSS Threats: Receiver Level Defenses
GNSS signal reception is vulnerable to several forms of interference which can be either intentional or unintentional in nature. The power of strong RF interference can overwhelm the much weaker GNSS signals, significantly degrading the performance of a GNSS receiver. In this lecture, different approaches to mitigate the impact of RF interference and jamming at the receiver level are discussed. The problem of interference detection and mitigation is introduced and several approaches, such as notch filtering and pulse blanking, are discussed. Interference detection and mitigation are explained in terms of detection and estimation theory and general concepts for the design of detection and mitigation techniques are provided. Practical examples are used to clarify theoretical concepts.
Lab on GNSS Signal Processing
The goal of this lab is to provide the students with hands-on experience of the various signal processing stages of a GNSS receiver. The experiments conducted during the lab will complement the notions introduced during the lectures and will allow the students to directly experiment on real GNSS data.
The lab is divided in three parts that will analyze acquisition, tracking and measurement generation. The students will be provided with a short data set containing baseband GPS L1 C/A and Galileo E1 signals. Signal acquisition and tracking will be performed on the provided dataset. Some basic Matlab scripts for acquiring and tracking GPS L1 C/A signals will be also provided.
The correlators provided by the tracking loops will be used to extract the Time Of Week (TOW) that, combined with other tracking loop outputs, will be used to generate pseudorange measurements. Doppler and carrier phase measurements will also be discussed.
The lab is divided into exercises that require the modification of the basic acquisition and tracking scripts and the addition of new functionalities.
Prof. Michel Bousquet
Prof. Michel Bousquet is Vice Dean Masters for tailored programmes at ISAE (www.isae.fr), the French Aerospace Engineering Institute of Higher Education, and director of satellite communications and navigation masters. He co-chairs the Scientific Board of TeSA (www.tesa.fr), a cooperative research lab on aerospace communications and navigation. With research interest covering several facets of satellite systems, Prof Bousquet has participated to many R&D programmes/projets (COST, FPs, SatNex NoE). He co-authored many papers and books (e.g. Satellite Communication Systems) and sits on the Board of several International Conferences and Journals to promote space communication and navigation R&D activities.
- GNSS RF Link Performance
The radiofrequency link plays a significant role in the performance of communication and navigation systems. Information is conveyed thanks to the use of carrier modulation often combined with channel coding. Several RF carriers can share the same radio resource thanks to multiple access techniques. The lecture introduces the various concepts and waveforms relevant for satellite links, in particular with navigation systems. The main parameters and factors conditioning the link performance are discussed.
- Space Communications/Positioning with Communication Systems.
The lecture gives a broad introduction to satellite communications: system architecture depending on application, type of orbits of interest, evolution in terms of technology and services, etc. This overview supports the description of communication satellite based augmentation systems (SBAS) to augment the performances of GNSS. Integrated Satcom/Satnav applications examples and principles of positioning using various communication systems technologies (WiFi, UWB, etc conclude the presentation.
Aude de Clercq
Aude de Clercq earned a joint degree in law and translation in France before she moved to the United States to specialize in public management.
She started her career at ESA’s legal department in Paris, then moved to the Netherlands where she managed a start-up company during its incubation period at the incubator of ESA Technology Transfer Programme Office (TTPO), in ESTEC. When the start-up graduated from the incubation programme, she started working for ESA TTP as a Technology Transfer Officer.
At TTP she is now in charge of the management and exploitation of ESA’s portfolio of patents and the Network of Technology brokers deployed by the programme throughout ESA’s Member States.
Lecture and Workshop: Intellectual Property Rights (IPR) and Patents in GNSS
Introduction in Intellectual Property Rights in particular Patents, Copyright, Trademarks and Internet domain name protection followed by examples in the field of GNSS.
Anthea Coster MIT
More details will be provided soon
Dr. Janusz Cwiklak
Assoc. Prof. DSc. Eng. Janusz Cwiklak is a Director of the Institute of Navigation and former vice-dean of Aviation Faculty in Polish Air Force Academy in Deblin. He is retired a master of class military pilot with a total of over 2,000 flying hours, having wide experience as the instructor flights of more than a dozen pilots and students candidates for military pilots. As a military pilot he performed the first experiments during flights, checking the quality of available satellite navigation receivers. He was involved in experiments determining the usefulness of different types of GPS receivers for military aviation. Since 2008 he has been working at the Air Force Academy as a civilian academic teacher. His main domain is navigation and GNSS satellite navigation. Apart from that he is involved in flight safety especially in an aspect of bird strike event, performing many experimental strength tests in laboratory conditions in order to meet certification requirements on the basis of proper mathematical modelling and numerical impact simulations.
Jean-Jacques Dordain has been the Director General of the European Space Agency (ESA) from 2003 to 2015. During his mandate he could contribute to the Galileo Programme from the signature of the industrial contracts to the launch of the first 10 satellites in orbit.
Before 2003, he served as Director of launchers at ESA, signing all agreements and contracts necessary to operate Soyuz from French Guiana, which has been instrumental to launch Galileo satellites.
As Director of Strategy and Technical Assessment, he has initiated the cooperation between ESA and the EU, setting the ground for the Galileo and Copernicus Programmes.
He is currently advisor of the External Action Service of the EU, Luxembourg, Switzerland and the UAE for space matters as well as member of Boards of more than ten start ups in Europe.
Lecture: Space and Europe, a matter of innovation, cooperation and education.
Space and Europe (Rome Treaty) were both born in 1957 and, since then, have developed together, making of space a dimension of Europe and of Europe a unique space power in the world.
The current changes which are transforming the world and the role of space in this new world require innovation, cooperation and education for shaping a sustainable future. Both Space and Europe have developed and practised that culture of innovation, cooperation and education and are therefore, more than ever, a garantee of future successes.
Dr. Cillian O’Driscoll received his M.Eng.Sc. and Ph.D. degrees from the Department of Electrical and Electronic Engineering, University College Cork, Ireland. He was a senior research engineer with the Position, Location and Navigation (PLAN) group at the Department of Geomatics Engineering in the University of Calgary from 2007 to 2010. He subsequently joined the European Commission from 2011 to 2013, first as a researcher at the JRC, and later as a policy officer with the European GNSS Programmes Directorate in Brussels. In 2014 he established his own consulting company and since then has been working with clients including the European Space Agency (ESA), European Commission and a number of private businesses, specializing in GNSS signal processing, anti-spoofing and authentication.
This lecture will cover the basic concepts of authentication as applied in the civil GNSS context, including navigation message authentication, signal-level authentication techniques and implications for authenticated Position, Velocity and Time (PVT). The basic cryptographic elements will be described and case studies will be made of the authentication techniques proposed for Galileo (OS-NMA) and GPS (Chimera).
Prof. Marek Grzegorzewski
Prof. DSc. Eng. Marek Grzegorzewski is a full professor at Polish Air Force Academy in Deblin and former dean of Aviation Faculty. He is graduated from Air Force Academy in Deblin and Krakow Technical University and Faculty of Aviation of Military University in Poland, Dr. hab. from University of Warmia and Mazury in Olsztyn (2005) and professor of technical sciences from the President of Polish Republic (2015). He was the initiator and the leader of the first GNSS experiments on-board the military aircrafts and civilian planes in Poland. His area of interests are studies of quality of GNSS real-time precise navigation during the different phases of flight of dynamical objects.
Dr. Christopher J. Hegarty
Dr. Christopher J. Hegarty is the Director for CNS Engineering & Spectrum with The MITRE Corporation, where he has worked mainly on aviation applications of GNSS since 1992. He received B.S. and M.S. degrees in electrical engineering from Worcester Polytechnic Institute and a D.Sc. degree in EE from the George Washington University. He is currently the Chair of the Program Management Committee of RTCA, Inc., and co-chairs RTCA Special Committee 159 (GNSS). He served as editor of the U.S. Institute of Navigation (ION)’s quarterly journal, NAVIGATION, from 1997 – 2006 and as ION president in 2008. He is a Fellow of the ION and IEEE, the recipient of the 2005 ION Kepler Award, and co-editor/co-author of the textbook Understanding GPS: Principles and Applications, 2nd Ed.
GNSS Receivers – This lecture provides an overview of GNSS receiver signal processing, including a description of the basic techniques employed to acquire, track, and demodulate the navigation data from received GNSS signals. Typical hardware components of a modern, digital GNSS receiver are also described.
GNSS Signals – This lecture provides an overview of digital modulation techniques used for satellite navigation systems, including direct sequence spread spectrum, binary offset carrier, and variants. Common design features of modern GNSS signals including pilot components, secondary codes, and multiplexing techniques are described. The lecture also summarizes the specific signal designs used for GPS, GLONASS, Galileo, BeiDou, QZSS, and IRNSS.
Rainer Horn is the Founder and Managing Partner of SpaceTec Partners and a member of several institutional boards in space programmes in Europe and Asia. He has long experience in (new)space, space applications and geospatial industry as consultant and angel investor. Prior to becoming a successful entrepreneur, Rainer led the European space consulting practice at Booz Allen Hamilton. Rainer has studied at ESB in Reutlingen & London and attained an MBA from INSEAD.
The strategy and management consultancy firm SpaceTec Partners covers all areas of space businesses ranging from space programmes, their applications and their impact for life on earth. The firm advises its clients on business strategy, technology strategy, user engagement and international cooperation. Since 2012 SpaceTec coordinates GNSS.asia, the EU-funded initiative to drive industrial cooperation across continents in the Multi-GNSS environment www.gnss.asia. SpaceTec is helping GNSS institutions on strategies, ecosystem development and innovation programmes. SpaceTec has been instrumental in shaping the European innovation ecosystems through the development of space funding programmes, accelerators and incubators. SpaceTec also advises banks, venture capital funds and private equity investors on space-related investments.
Dipl.-Ing. Naouma Kourti
Dipl.-Ing. Naouma Kourti was born in 1966 in Athens Greece. She was associate affiliate professor of the Georg Mason University (VA) in the subject of security research. She joined the European Commission in 1996 working as a researcher in nuclear safety. Later she became a group leader and pioneer in using remote sensing for the detection and identification of fishing vessels fishing illegally. She then moved in aspects of security focusing in the protection of EU's critical infrastructures. Since 2015 she is the deputy head of the "technology innovation for security" unit. The unit's subjects of focus are innovative solutions for the protection and resilience of critical infrastructures in Europe, advanced radio signal processing such as 5G, spectrum sharing and interference studies, scientific support to the European Global Navigation Satellite System Galileo, hazards in chemical industry and consequences of natural hazards to technological installations as well as possible policy aspects of future quantum technologies.
Dr. Christophe Macabiau
More details will be provided soon
Dr. Jihye Park
Dr. Jihye Park is an assistant professor of Geomatics in the School of Civil and Construction Engineering at Oregon State University (OSU), USA. Before joining OSU, she worked as a post-doctoral researcher in Nottingham Geospatial Institute at University of Nottingham, UK. She holds a PhD in Geodetic science and surveying at The Ohio State University. Her research interests include GNSS positioning and navigation, Precise Point Positioning, Network Real-time kinematic, GNSS meteorology, GNSS-Reflectometry, and GNSS remote sensing for monitoring the earth environments, natural hazards, as well as artificial events. In addition, Geodesy, GIS, Least squares adjustments, surveying for engineers are of her research and teaching interests.
Dr. Park actively contributes in PNT community by publishing and reviewing a number of scientific journal papers. She has been served as a session chair, track chair, publication committee for ION and a technical representative of ION council. She is serving as an editorial committee member for GPS solutions and Journal of Positioning, Navigation, and Timing. She lectured at a TREASURE summer school at University of Bath, UK, in 2018.
Lecture: Multi-GNSS Precise Point Positioning
This lecture provides the fundamentals of precise point positioning. By exploring the error budgets of multi constellation GNSS (e.g., satellite and receiver clock error, antenna bias, differential code bias, inter-system bias, atmospheric delays, tidal effects, phase windup, relativistic effects), students will learn how to mitigate each error for achieving millimeter level of positioning accuracy.
More details will be provided soon
Dr. Javier Ventura-Traveset
Dr. Javier Ventura-Traveset is working since more than 25 years at the European Space Agency (ESA), an organization in which he has been immersed in multiple space programs covering: satellite communications, earth observation, scientific program, microgravity, technology transfer and, notably, satellite navigation. Dr Ventura-Traveset has been Chief Engineer (Principal System Engineer), Mission Manager and System Manager in all phases of the currently operational EGNOS Navigation System, precursor of the European Galileo system. He is currently in charge of coordinating all GNSS scientific activities of ESA, being the Head of the Galileo Navigation Science Office and the Executive Secretary of the ESA GNSS Scientific Advisory Committee.
Dr. Ventura-Traveset holds 4 patents and has authored over 200 technical papers; he is technical co-editor and co-author of the book “EGNOS - A Cornerstone of Galileo”. Throughout his career he has received several recognitions, such as the Award for the best Doctoral Thesis of the Spanish Association and the Official College of Telecommunications Engineers; the “ESA inventor Award Medal”; the "ESA Team Award" for extraordinary contribution to the European Space Agency on 2 occasions; the prestigious Telecom Engineering Award "Salva y Campillo"; the “Professional Excellence Award” from the Spanish Association of Telecommunications Engineers ; and several recognitions from the US Institute of Navigation. Since 2018, Dr Ventura-Traveset is a Member the Royal Academy of Engineering of Spain
Lecture: GNSS and Galileo: a major opportunity for science
In this lecture, we will review the opportunities that GNSS offers for science, notably, on the fields of Fundamental Physics; Earth and Atmospheric Sciences; time Metrology and Space Exploration. We will also describe some of the specific technical features and differentiators of the Galileo system, which makes it especially suitable for scientific applications. Several examples of ESA on-going related research activities will be presented, including the successful tests ESA performed in the field of general relativity with the data of the two eccentric Galileo satellites (GSAT0201 and GSAT0202). To conclude, a discussion will be held on some potential scientific instruments that could be considered for future Galileo satellites, which could provide at the same time a major scientific and operational benefit.
Paul Verhoef - Director of NAV
Paul Verhoef took up duty as the Director of the Galileo Programme and Navigation-related Activities (D/NAV) on 15 February 2016.
Paul Verhoef has a Masters degree in electrical engineering from Eindhoven Technical University. During his studies, he spent a year working for Philips Electrical Industries in New Zealand. In his earlier career, he worked for the United Nations in the South Pacific, based in Suva, Fiji, where, among other things, he supervised the installation of the first satellite Earth station in Papua New Guinea used for international communications links.
In the late 1980s, he worked as ground segment engineer at Eutelsat in Paris on the procurement of the ground segment for the Eutelsat-II satellites. Following that, he set up the Olympus Payload Utilisation Secretariat within ESA’s Telecommunications Department at ESTEC in Noordwijk, from where the coordination of new communications experiments with the Olympus payloads was undertaken.
Since the early 1990s, Paul Verhoef has worked for the European Commission, starting with responsibility for satellite communications policy in the telecommunications policy Directorate, and subsequently with a variety of policy functions in the areas of space, telecommunications, electronic commerce and internet.
He represented the Commission in the G8 Digital Opportunities Task Force (DOT Force), and coordinated the EU position in the first World Summit on the Information Society in 2003. He was seconded for a year and a half as Vice President to ICANN, the non-profit organisation overseeing development and technical coordination of the internet domain names and numbering policies.
From 2005 to 2011, Paul Verhoef was the European Commission's programme manager for the EU Galileo and EGNOS satellite navigation programmes and was responsible for setting up the implementation of the programmes in close cooperation with ESA.
Before taking on his responsibility as ESA Director of the Galileo Programme and Navigation-related Activities in 2016, Paul Verhoef set up a new Research and Innovation team in DG Transport and Mobility (MOVE) of the European Commission and was most recently Head of Unit for ‘Renewable energy sources’ in DG Research and Innovation (RTD).
Dipl. Math. Stefan Wallner
Dipl.-Math. Stefan Wallner is Galileo 2nd Generation Space-to-Ground Interface Engineer in the Navigation Directorate at ESA/ESTEC. He is involved in the Galileo Program since 2003 when he joined the University of the Federal Armed Forces, Munich, and supported the Definition of the Galileo signal structure and their international Radio Frequency Compatibility (RFC) coordination through the Galileo Signal Task Force and the Galileo Compatibility, Signals and Interoperability Working Group. Since 2010 he is involved in the preparation of the 2nd Generation of Galileo covering important evolution directions like Signal and System Robustness, the evolution of the Galileo User Signals including Signal Authentication and Novel Integrity Solutions, for which he was co-chairing the EU/US WG-C Subgroup on ARAIM. Stefan is co-chairing the Working Group on Enhancement of GNSS Performance, New Services and Capabilities in the frame of the United Nations International Committee on GNSS (ICG). Stefan holds a patent application on Spreading Codes for Navigation Systems.
- Satellite-based Augmentation System (SBAS) and Receiver Autonomous Integrity Monitoring (RAIM, ARAIM)
Safety-of-Life (SoL) related applications (e.g. Aviation, Maritime, Rail) have dedicated requirements that demand specific solutions. Space-Based-Augmentation-Systems (SBAS) and Receiver Autonomous Integrity Monitoring (RAIM) have been developed in order to exploit GNSS signals and services for SoL applications without requiring at the location where the operation shall be conducted local ground installations. This lecture introduces relevant SoL performance metrics and requirements for aviation and maritime users, followed by an outline of the SBAS and RAIM principles, their existing implementations and achieved performance levels. In addition also the future evolution of SBAS towards Dual Frequency Multi Constellation (DFMC) SBAS is presented together with its expected benefits for users. Exploiting the existing interoperability of GNSS signals can enable Advanced RAIM (ARAIM) solutions in the future. These are currently engineered at international level for the provision of horizontal (H-ARAIM) and vertical (V-ARAIM) capabilities. The principles and advantages of ARAIM are discussed in this lecture together with possible implementation solutions.
- GNSS Space Service Volume and Deep Space Navigation
The vast majority of GNSS users are located at the surface of the earth or close to it and GNSS systems are primarily designed to serve these users. However, GNSS signal emissions also extend beyond the earth and are exploited also for positioning and operating satellites up to Geostationary Orbit and even beyond. This lecture describes the benefits of GNSS signals for space users and their specific user and application needs. Particular attention is paid to the interoperable GNSS Space Service Volume (SSV) which can significantly enhance the GNSS signal availability for satellites at altitudes above 8000 km. Concepts allowing for Deep Space Navigation are outlined in this lecture.
Dr. Todd Walter
Todd Walter is a Senior Research Engineer in the Department of Aeronautics and Astronautics at Stanford University. He received a B.S. in physics from Rensselaer Polytechnic Institute and an M.S. and Ph.D. in Applied Physics from Stanford University. His research focuses on implementing high-integrity air navigation systems. He was one of the principal architects of the Federal Aviation Administration’s (FAA) Wide Area Augmentation System (WAAS) safety processing algorithms, including development of the original ionospheric estimation and confidence bounding algorithm. He also advises the FAA on alternate means to exploit satellite navigation signals to provide services more efficiently. He has received the Institute of Navigation’s (ION) Thurlow and Kepler awards. He is also a fellow of the ION and has served as its president
- GNSS Effects for Aviation
This lecture describes the use of Global Navigation Satellite Systems (GNSS) to support air navigation. Particular attention will be paid to challenges that can affect the availability and safety of GNSS based navigation. The currently operating systems that augment the Global Positioning System (GPS) will be described. These are Aircraft Based Augmentation Systems (ABAS), Ground Based Augmentation Systems (GBAS), and Satellite Based Augmentation Systems (SBAS). They support differing flight operations and different regions of operations. Each method is described in detail and how it overcomes the challenges to provide suitable guidance.
- Cyber Security for Civil Navigation
The effects of radio frequency interference (RFI) is one of the largest challenges facing satellite navigation. RFI can overwhelm the desired signals and lead to a loss of navigation. Even more concerning, is the possibility that undesired signals can be interpreted as the intended signals, leading to corrupted positioning that may go undetected by the user. This latter spoofing threat may be inadvertent or part of a deliberate attack. The navigation community is working on several powerful technologies to overcome these dangers. These solutions include internal receiver validity checks, advanced receiver autonomous integrity monitoring (ARAIM), antenna based detection, and comparison to other sensors (such as accelerometers). ARAIM combats spoofing, because it is difficult to simultaneously replace all of the received signals with counterfeit signals. However, all of these approaches have limitation. The lecture will describe the threats as well as the trade-offs between the various proposed solutions.