Experience

Fundación Fulgor

• Argentina
• Higher Education
• 1 - 100 Employee

• Teacher

  • May 2018 - Present

  The Fulgor Foundation is an organization that gives scholarships to pre and post-graduate students in Argentina. I teach the course “System design of communication systems” in a yearly basis. The course comprises concepts of digital communications, adaptive equalization, synchronization and optical systems. I also give support to undergraduate students and to PhD candidates that work in other areas (like analog design) and need to include DSP algorithms in their simulators. In 2019 I was the thesis co-director of two undergraduate students that obtained their Engineer Degree with the work “Optical coherent receiver for high-order modulations”



Marvell Argentina

• Argentina
• Semiconductor Manufacturing
• 1 - 100 Employee

• Assistant Director

  • Jul 2020 - Present

  - System DSP architect of the new generation 800Gbps product- Feasibility analysis considering analogue subsystems, packaging options and optical components for the next generation platforms and modules- Leading other engineers to implement the simulator for the new 800Gpbs DSP- Simulation workflow manager- Testplan design and supervision. Schedule definition- Internal and external customer support

• Principal Engineer

  • Jun 2018 - Jul 2020

  - Research and development of DSP algorithms for the new generation transceiver(Canopus) using probabilistic shaping and rates up to 400Gbps in 7nm- Algorithm design regarding adaptive equalization, clock synchronization and carrier synchronization (DD-PLL, BPS, ML) - Analogue specs definitions- Optical components modelling- High level system feasibility analysis for different applications, optical platforms and integrated pluggable modules- Designs to support OIF ZR standards in Canopus DSP- Testplan design, schedule definition and supervision of the verification stage- Simulator workflow manager- RTL implementation reviewer- Post-silicon laboratory validation in Santa Clara, CA for 2 weeks- Customer support regarding system issues- Capacitation and training of new employees- Firmware development

• Senior Engineer

  • Nov 2015 - Jun 2018

  - Verification of simple DSP blocks and resolution of simple problems in the company’ssimulators (C++)- Workflow improvements writing tools in Python- Processing of measured optical signals using DSP simulators - Integration tests for the fixed-point models and system level verification for the Clariphy M200 transceiver (QAM16 200Gbps)- Resolution of RTL issues and bugs- Research and development of algorithms for QAM64, mainly focused on non-linearcompensation using Volterra filters and carrier synchronization- Design and implementation of simulators for 600Gbps optical transceivers in C++, Matlab and Python- Develop of fixed-point golden reference for the RTL team - Analogue specification definitions regarding the required sampling rate andbandwidth of the DAC/ADC- Architectural definition of the DSP for the next generation 800Gpbs transceivers



Universidad Tecnológica Nacional, Facultad Regional Bahía Blanca

• Argentina
• Higher Education
• 1 - 100 Employee

• Teaching Assistant

  • Mar 2012 - Aug 2015

  Teaching Assistant on Signals and Systems Analisys, that belong to Electronic´s Engineering carreer

• Teaching Assistant

  • Mar 2010 - Feb 2012

  Physics I teach assitant



Instituto Centenarios

• Docente

  • Mar 2010 - Aug 2015

  Proffesor. Diverse subjects related to electronics, semiconductors and electrical machines Proffesor. Diverse subjects related to electronics, semiconductors and electrical machines



CITEDEF

• Argentina
• Research
• 100 - 200 Employee

• Becario Diseño Digital

  • Mar 2014 - Jul 2015

  Design and development of a new interface that allows the interconnection between thecomputers at the Command and Control Systems on board a naval ship and a personalcomputer. Using a FPGA, I developed the physical layer of the proprietary communicationprotocol. Then, I developed some applications over an ARM microcontroller using C, aswell a dedicated PC software using QT and C++ Design and development of a new interface that allows the interconnection between thecomputers at the Command and Control Systems on board a naval ship and a personalcomputer. Using a FPGA, I developed the physical layer of the proprietary communicationprotocol. Then, I developed some applications over an ARM microcontroller using C, aswell a dedicated PC software using QT and C++