Nico Fara

Nico Fara

Los Angeles, California, United States
11K followers 500+ connections

About

Nico Fara is a product manager and marketer, engineer, and strategist with a network of…

Articles by Nico

Contributions

Activity

Experience

  • International Game Developers Association (IGDA®) Graphic

    International Game Developers Association (IGDA®)

    Los Angeles, California, United States

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    Los Angeles, California, United States

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    New York City Metropolitan Area

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    New York, United States

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    San Francisco Bay Area

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    Denver, Colorado, United States

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    New York City Metropolitan Area

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    Napa, California, United States

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    San Francisco Bay Area

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    New York City Metropolitan Area

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    Bronx, New York, United States

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    Greater New York City Area

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    San Francisco Bay Area

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    Greater San Diego Area

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    San Francisco Bay Area

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    Richardson, Texas

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Education

Licenses & Certifications

Volunteer Experience

  • Association of National Advertisers Graphic

    Volunteer

    Association of National Advertisers

    - 1 month

  • TechCrunch Graphic

    Volunteer

    TechCrunch

    - 1 month

  • WN Events Graphic

    Coordinator of Volunteers

    WN Events

    - 1 month

  • iMentor Graphic

    Mentor

    iMentor

    - 8 months

    Education

    Mentoring high school students to find their inner talent and grow it to achieve their dreams

  • Women Of MENA In Technology Graphic

    Volunteer

    Women Of MENA In Technology

    - 3 months

    Science and Technology

  • Test Engineer

    Active Optical Devices Laboratory

    - 4 months

    Science and Technology

    - Performed optical tests using some FTTx network test tools
    - Drafted test plans for optical test and measurement devices

Publications

  • An RF-input chireix outphasing power amplifier

    IEEE Topical Conference on Power Amplifiers for Wireless and Radio Applications (PAWR)

    This work presents for the first time an RF-input power amplifier (PA) based on Chireix outphasing, a technique employing two nonlinear but efficient PAs in a power-combining architecture that provides output power control. The RF-input approach eliminates the digitally-intensive signal component separator found in conventional outphasing architectures. We show that a passive network can be used to generate the phase- and amplitude-modulated signals used to drive nonlinear branch PAs in the…

    This work presents for the first time an RF-input power amplifier (PA) based on Chireix outphasing, a technique employing two nonlinear but efficient PAs in a power-combining architecture that provides output power control. The RF-input approach eliminates the digitally-intensive signal component separator found in conventional outphasing architectures. We show that a passive network can be used to generate the phase- and amplitude-modulated signals used to drive nonlinear branch PAs in the outphasing system. The technique is demonstrated at 2.14 GHz in a 40-W PA and characterized with both CW and modulated signals.

    Other authors
    See publication
  • Influence of rotor structure on fault diagnosis indices in two- phase Switched Reluctance Motors

    IEEE Transactions on Magnetics

    In this paper, the influence of rotor structure on fault diagnosis indices variations is studied for switched reluctance motors (SRMs). To achieve this aim, two novel SRMs, namely a slanted-rotor SRM (SL-SRM) and stepped-rotor SRM (ST-SRM), are analyzed and tested, accompanied with a conventional SRM. Accordingly, three popular indices, mutual inductance index (MII), radial force index (RFI), and torque index (TI), variations are offered to diagnose the eccentricity fault occurrence evaluation…

    In this paper, the influence of rotor structure on fault diagnosis indices variations is studied for switched reluctance motors (SRMs). To achieve this aim, two novel SRMs, namely a slanted-rotor SRM (SL-SRM) and stepped-rotor SRM (ST-SRM), are analyzed and tested, accompanied with a conventional SRM. Accordingly, three popular indices, mutual inductance index (MII), radial force index (RFI), and torque index (TI), variations are offered to diagnose the eccentricity fault occurrence evaluation in different structures. To assess motor characteristics, the variations of flux linkage, flux density, and inductance as some of the electromagnetic traits of SRM, SL-SRM, and ST-SRM are obtained and analyzed utilizing 3-D transient finite element method (3-D-TFEM). Afterward, all three motors are subjected to eccentricity fault and the fault diagnosis indices are obtained individually in various levels of fault severities. Briefly speaking, the effect of rotor structure on all three of these indices is analyzed first. Second, the most robust and fault tolerant index independent of the motor's structure is introduced for a specific application. To verify the simulation results, experimental findings are also included.

    Other authors
    • Hossein Torkaman
    • Mohammad Sedigh Toulabi
    See publication
  • External rotor SRM with high torque per volume: design, analysis, and experiments

    Springer

    The purpose of this paper is to propose a new external rotor switched reluctance motor as a suitable prototype to produce high torque per volume with minimum leakage flux in small size applications. To evaluate the proposed configuration, its structure is introduced firstly, and the main characteristics such as flux density, flux linkage, self-inductance, mutual inductance, and output torque are analyzed numerically via three-dimensional finite element method. Subsequently, the obtained results…

    The purpose of this paper is to propose a new external rotor switched reluctance motor as a suitable prototype to produce high torque per volume with minimum leakage flux in small size applications. To evaluate the proposed configuration, its structure is introduced firstly, and the main characteristics such as flux density, flux linkage, self-inductance, mutual inductance, and output torque are analyzed numerically via three-dimensional finite element method. Subsequently, the obtained results are compared with those of a conventional motor; furthermore, the obtained results are validated in a laboratory set-up. The experimental and numerical analysis shows that this motor structure can help users to produce higher output torque per volume, with minimum leakage flux.

    Other authors
    • Hossein Torkaman
    • Ebrahim Afjei
    • Hajar Karim
    • Aida Gorgani
    • Nasim Arbab
    See publication

Patents

  • Silent Horn

    IR

Courses

  • Lean startup methodology

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  • National Science Foundation Regional Icorp

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  • Project Management

    SYSM 6311

  • RF Systems

    EERF 6395

  • Random Process

    EESC 6349

  • Wireless Communications

    EESC 6390

Honors & Awards

  • PhD Scholar

    University of Texas at Dallas

  • PMA Scholar

    Product Marketing Alliance

  • Ranked 1st

    7th National Sheikh Bahai Technopreneurship Conference

  • Ranked 3rd

    1st National Competition of the Society Of Top Talents

  • Ranked 3rd

    29th Children’s International Art Exhibition

Languages

  • English

    Native or bilingual proficiency

Organizations

  • Persian Women In Tech

    Member

    - Present
  • National Organization for Development of Exceptional Talents

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    - Present
  • Project Management Institute

    Member

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