SOGi is a joint venture of experienced scientists, technologists and managers from the Argentinean Science, Technology and Academic environment. Our offices are distributed in the cities of Buenos Aires, Tandil and Bariloche.
SOGi SA co-founders collaboratively worked together in the past, creating and leading high-tech projects since 2008, like engineering and deliverables for the Earth-observation scientific satellite sector, Â nuclear sector, smart energy networks, and virtual training systems for oil, transport, defense and pharma industries.
SOGi relies not only on the multidisciplinary scientific and technological knowledge of of its founders, but also on a wide network of top professionals and state-of-the-art facilities. By means of collaborative work and a solid proven management, know-how and equipment merge to fit the most exigent customer needs.
Our solutions comprise automation, robotics and high-level software, like virtual reality tools, artificial intelligence, signal processing and accurate analysis-simulations. We encourage foreign project leaders to defy our abilities to face a challenge, jointly or turn-key, and let us estimate costs for your convenience. The greater the challenge, the more powerful our team becomes.
To become a world-class enterprise as a leading actor for innovation in Argentina, providing simple and effective technological solutions to future projects, by applying intelligence (know-how) distributed in the Argentine scientific and academic system.
To deliver high-class technological solutions to projects in the space, satellite, telecommunications and energy fields, using virtual and augmented reality tools, artificial intelligence, signal and data processing, automation and robotics, with the aim to add value to our clients’ assets, in a changing global context.
The purpose of the company is to engage, on its own behalf or that of others, or associated with third parties, whether inside or outside the country, to the creation, production, exchange, commercialization, intermediation, representation, import and export of technologies and innovation in software for virtual reality, artificial intelligence, signal processing and analysis of all kinds, automation, robotics, satellites and space technology.
BS in Naval Systems, specialized in Communications. BS in Information Technology, specialized in Telecommunications, Argentina’s Navy Retired Officer, oriented in Submarines, specialist in Communications and Electronic War, Operational Analyst. Completed the PDD at IAE Business School (Austral University). More than 20 years of experience in project direction on IT and Telecomm, on national and global private business. Professor at the Argentina’s Army Engineering University (FIE), at Argentina’s Catholic University (UCA), at the University of the Enterprise (UADE), and at the Defense University (UNDEF).
Eng. Fischer is a Semi-senior space systems engineer. His mighty interest in state-of-the-art spacecrafts led him to excel in a number of initiatives in which innovation and problem-solving were key. He was able to co-found a pioneer MEMS and NANO research lab, developed an RF MEMS switch for space applications, co-designed RF MEMS space antenna’s parts, trained a team of professionals to be MEMS experts, and led a team as Principal Investigator for an innovative architecture, Argentine satellite mission. He is a MSc. Aero + Astro Engineer from Purdue University, with experience in MicroSystems, Structures and Materials.Â
As Chief of AI&T for Launch Vehicles at CONAE and part of the team leading the Tronador II Project, Eng. Fischer involved himself in almost every technical issue, proposing advanced, original solutions, discussing and optimizing technologies and resources. Fischer´s recommendations included near 25 solutions out of 70 that differentiated a first experimental launcher from its successor (VEx-1 A to VEx-1 B). Furthermore, Max Fischer led and co-led two launch campaigns in 2014 and he was AI&T Chief of the VEx-5 A, a two-stage, cryogenic liquid-oxygen-propelled experimental rocket. As an always-learning, engineering enthusiast and leading professional, he never stops committing his full energy to develop new technologies for everyday life; in 2019 he left CONAE to start-up a tech company as an entrepreneur, creating a solid team.
Electronics Engineer, Chief Engineer at the National Commission of Space Activities (CONAE) SAC-B satellite communications subsystem compatible with NASA requirements, construction of S-band radiofrequency antennas for TT&C service (tracking, telemetry and command). Design of the configuration of the ground station for the SAC-B mission, compatibility test of the communications system in NASA's ground station (Wallops -USA). Construction of S and X band antennas for the SAC-C mission. Development, design and construction of space communications equipment for the SAOCOM space mission. Equipment: S-band and X-band transmitters, S-band TT&C transceivers.
Prof. BS in Physical Sciences, Electric Engineer, Professor at University of Argentina’s Social Museum (UMSA). He has broad experience in Ion Mobility Spectrometry for industrial applications, Automation and Robotics, autonomous data loggers for remote systems with secure transfer, Hardware, Firmware and Software for data security applications. He develops IoT and Bluetooth apps for access security and control. Member of IEEE branch of Computing, Automation and Robotics.
Licenciate in Physics, Universidad de Buenos Aires, and PhD in Physics PhD from Instituto Balseiro. Has done extensive research in theoretical physics, including disordered and random systems, quantum field theory, Beyond the Standard Model phenomenology. Has also worked in Data Analysis and in solutions for the public and private sector, including time series analysis, natural language processing, and process optimization.
Adjunct Researcher, Consejo Nacional de Investigaciones CientĂficas y TĂ©cnicas (CONICET).
Expert in Computer Vision, Virtual Reality , GPU and algorithms. Consultant of international
companies: GENIUM INC (USA), SONDA (UY), I+D projects director. Career Coordinator
“Tecnicatura Universitaria en Desarrollo de Aplicaciones Informaticas”. Career
Coordinator “Diplomatura en UX” - Fac. Cs. Exactas – UNCPBA.
PHD in Computational and Industrial Mathematics – Fac. Cs. Exactas – UNCPBA, 2011
Software Engineer – Fac. Cs. Exactas – UNCPBA, 2004.
Aeronautical engineer
Professor and researcher in Dynamics, Guidance and Control of the Department of Aerospace Engineering, Faculty of Engineering of the National University of La Plata (UNLP).
His field of work is Guidance, Navigation and Control of unmanned vehicles.
He has participated in different developments for the MWR and NIRST instruments of the SAC-D/Aquarius satellite mission (CONAE/NASA).
As co-founder of CRUX Sistemas Inteligentes, he participated in the development and production of engine governors and other electrical equipment for Cicare helicopters and trainers, and in the development and manufacture of the Electrical Power System for the VEx1A/1B/5A experimental rockets of the Tronador II space launchers for VENG SA.
In the private sector he worked as a development engineer for the firm Weisz S.A. (Industrial Automation) and ATS S.A. (Computer/Telephony).
He has deep experience in software development (mainly in C++) for different application fields (SCADA, avionics, numerical computing, CT systems, embedded systems, etc.), and several year of work in fluid dynamics.
Experimental physicist (UBA) with extensive experience in the fields of physical optics and calibration of reference instruments for solar radiation sensing; developer of technological solutions based on embedded systems and AI tools applied to the recognition of acoustic patterns in oilfields and hydrocarbon pipelines. Professor of modern physics and advisor in science and technology.
PhD in Nuclear Engineering (Balseiro Institute, National University of Cuyo). Director of PLADEMA Institute, Secretary of Liaison and Technology Transfer of the School of Exact Sciences (UNICEN). He has strong experience in Computational Simulations, Logistics Networks, Transport and Energy. Image Processing, Medical Applications of Computer Vision, Graphic Computing and Virtual Reality.
