Miguel Nicolas Garcia

Miguel Nicolas Garcia

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Head of Engineering, Keyrock Asset & Wealth Management
Madrid, Community of Madrid, Spain

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Jobs verified_user 0% verified
  • Keyrock
    Head of Engineering, Keyrock Asset & Wealth Management
    Keyrock
    Sep 2025 - Current (1 year)
    Keyrock Asset & Wealth Management is the investment arm of Keyrock, offering innovative and regulated asset and wealth management solutions for both institutions and high-net-worth individuals. Backed by Keyrock’s global infrastructure, 200+ professionals, and $40B+ in monthly trading volume, we focus on risk-managed strategies and unique opportunities in the on-chain economy.
  • Turing Capital
    Partner & CTO
    Turing Capital
    Jun 2022 - Sep 2025 (3 years 4 months)
    ACQUIRED BY KEYROCK Turing Capital is a digital assets investment firm with a multidisciplinary team that has been investing in cryptoassets since 2012. Our professionals have experience in entrepreneurship and software development in the blockchain space, in addition to more than 15 years of experience in wealth management.
  • Quance
    Founder and CTO
    Quance
    Jun 2021 - May 2022 (1 year)
    ACQUIRED BY TURING CAPITAL We help all those who want to invest in cryptocurrencies to do so in a simple and safe way, providing algorithmic trading software capable of trading automatically and transparently.
  • Cirrus Logic
    Senior Audio & Data Engineer
    Cirrus Logic
    Jul 2017 - Nov 2020 (3 years 5 months)
    - Design/modeling of a virtual acoustic/audio laboratory (developed in Matlab and Python) capable of simulating different kind of acoustic environments for data augmentation in voice biometric solutions. - Research, algorithm development and digital signal processing. - Data engineering and data science: processing and analyzing data with Python, use of big data technologies, SQL database system and use of visualization tools in order to characterize the performance of the algorithms.
  • BQ
    Audio R&D Engineer
    BQ
    Nov 2015 - Jun 2017 (1 year 8 months)
    - Design and development the audio architecture in smartphones and tablets. - Signal processing and audio fine-tuning of the devices. - Analysis and selection of ICs and other audio solutions for BQ devices. - Leading a professional audio laboratory for testing audio/electroacoustic systems. - Dealings with international vendors and ODMs.
  • Universidad Politécnica de Madrid
    RF telecommunications engineer
    Universidad Politécnica de Madrid
    Aug 2015 - Nov 2015 (4 months)
    - Design, simulation and manufacturing of RF amplifiers (specializing in high-performance amplifiers). - Design, simulation and manufacturing linearization systems (ET, EER ...). - Design, simulation and manufacturing (digital and analog) commercial prototypes.
  • Universidad Politécnica de Madrid
    Researcher in radio-frequency & power electronics
    Universidad Politécnica de Madrid
    Feb 2015 - Aug 2015 (7 months)
    Hired in a research project commissioned to design and build new high efficiency, wideband, lineal prower amplifiers for space applicattions, built with Gallium Nitride (GaN), capable of replacing the conventional low efficiency power amplifcation stages used in nowadays communicattion satellites. Application techniques ET and EER.
Education verified_user 0% verified
  • Universidad de Oviedo
    Telecommunications Engineer
    Universidad de Oviedo
    Jan 2008 - Jan 2014 (6 years 1 month)
Awards verified_user 0% verified
  • P
    Permiso de conducción B
Publications verified_user 0% verified
  • Sep
    Amplificador de Potencia de Alto Rendimiento Clase E en Banda S
    Sep
    High-efficiency power amplification techniques are currently a well-known research field. A S-band suboptimum Class-E power amplifier based on a unmatched packaged GaN HEMT has been designed and built in this work. The load network of this amplifier is made of microstrip transmission lines and it is based on the double-reactance compensation principle. This kind of switchmode RF power amplifiers can be a solution for high-efficiency microwave amplification when nominal Class-E is not possible. The implemented prototype operates from 2.1 GHz to 2.6 GHz showing 79% peak drain efficiency with 14 W peak output power and 13.6 dB power gain at 2,4 GHz. This amplifier is expected to be used in satellite communications working as RF power stage in
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