Modick Basnet

Modick Basnet

Teaching Assistant

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location of Modick BasnetTaiwan

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  • Timeline

  • About me

    Digital Signal Processing Engineer | Software Developer | Open to Diverse Opportunities

  • Education

    • Asian Institute of Technology

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      Master Information and Communications Technology 3.44

      Thesis: "Equalization in VLC using Recurrent Neural Network"Focus Areas: Communications, Optimization, Visible Light Wireless Communications (VLC)Key Skills: FPGA, Verilog, Networking, Recurrent Neural NetworksAdditional Highlights:Project on Visible Light Wireless Communications (VLC) using FPGA and Verilog.Exchange student program at Yuan Ze University, Taiwan.Favorite subject: Optimization in Communication Networks.

    • EMERITUS Institute of Management

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      Online course Machine Learning

      Online machine learning course by EMERITUS Institute of Management in collaboration with Columbia Engineering Executive Education. Studied various algorithms (applied and theory) on current ML field.

    • Yuan-Ze University

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      Doctor of Philosophy - PhD Telecommunications Engineering A

      Projects:1. “Sea vehicle motion compensation using adaptive α-β-γ filter”, have co-authored 4 SCIjournal papers. The main motive was to predict the roll and yaw rate of a sea borne vehicleand compensated it to the tracking mechanism for more accuracy.2. “Self-optimization Beam-forming Null Control Based SINR Improvement”, have co-authoredSCI journal paper and some conference paper. The primary goal was to improve signal tonoise ratio (SINR) by detecting the direction of… 展開 Projects:1. “Sea vehicle motion compensation using adaptive α-β-γ filter”, have co-authored 4 SCIjournal papers. The main motive was to predict the roll and yaw rate of a sea borne vehicleand compensated it to the tracking mechanism for more accuracy.2. “Self-optimization Beam-forming Null Control Based SINR Improvement”, have co-authoredSCI journal paper and some conference paper. The primary goal was to improve signal tonoise ratio (SINR) by detecting the direction of arrival of a desired signal and interferencesources and nulling the interference sources.Other Activities:1. Course work related to telecommunications engineering and array signal processing.2. Publications and presentations of research works in journal and conference papers. Havesome publications in Sci journals. 收回

    • Pokhara Vishwavidalaya

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      Bachelors Electronics and Communications Engineering CGPA 3.83 [Dean's List]

      Core Interest: Communication EngineeringRelevant Courses: Mobile Communications, CDMA Technology, Communication Systems, Digital Signal ProcessingFinal Project: Optimization of CDMA System PerformanceInvestigated the impact of Code Rate, Bandwidth, and SNR on CDMA system performance.Proposed and implemented optimization techniques to improve system efficiency and capacity.Minor Project: Design and Implementation of LED-based Display… 展開 Core Interest: Communication EngineeringRelevant Courses: Mobile Communications, CDMA Technology, Communication Systems, Digital Signal ProcessingFinal Project: Optimization of CDMA System PerformanceInvestigated the impact of Code Rate, Bandwidth, and SNR on CDMA system performance.Proposed and implemented optimization techniques to improve system efficiency and capacity.Minor Project: Design and Implementation of LED-based Display SystemDeveloped a system using LEDs to display scrolling text.Gained experience in hardware design, programming, and embedded systems.Additional Highlights:Dean's List of Pokhara Vishwavidalaya 收回

  • Experience

    • Patan Multiple Campus

      Nov 2008 - Sept 2009
      Teaching Assistant

      2009. Key duties included delivering lectures, conducting and instructing lab sessions and grading student.

    • Asian Institute of Technology

      Nov 2010 - Mar 2011
      Research Assistant

      1. The concentration of my course work was focused on communication technologies andoptimization algorithms.2. Due to my interest in optimization, my research focused on recurrent neural network (RNN)based equalization algorithm for visible light communication (VLC).3. Worked as research assistant in VLC implementation using FPGAs to transmit and receivesignal received as visible light symbols

    • Yuan Ze University

      Feb 2012 - Jan 2016
      Research Assistant

      Projects:1. “Sea vehicle motion compensation using adaptive α-β-γ filter”, have co-authored 4 SCIjournal papers. The main motive was to predict the roll and yaw rate of a sea borne vehicleand compensated it to the tracking mechanism for more accuracy.2. “Self-optimization Beam-forming Null Control Based SINR Improvement”, have co-authored SCI journal paper and some conference paper. The primary goal was to improve signal tonoise ratio (SINR) by detecting the direction of arrival of a desired signal and interferencesources and nulling the interference sources.Other Activities:1. Course work related to telecommunications engineering and array signal processing.2. Publications and presentations of research works in journal and conference papers. Havesome publications in Sci journals.3. Participate in different activities. Have even earned a first dan certification from the ChineseTaipei Amateur Taekwondo Association. 收回

    • Wistron Neweb Corporation

      Mar 2016 - Jun 2024
      Engineer

      • Lead role in software/firmware development and algorithm troubleshooting for RADAR applications, utilizing C programming.• Troubleshoot and develop algorithms for RADAR applications, demonstrating expertise in DSP system design and simulation with Matlab / GNU Octave and Python.• Played a key role in system engineering, actively participating in the design, implementation, and optimization of integrated systems• Successfully patented two novel ideas, one granted in the Taiwan patent office and another pending submission to the US patent office.• Collaborated with cross-functional teams to communicate system capabilities and performance to stakeholders, customers, and managers.Key Achievements:• Played a pivotal role in RADAR production.• Developed and implemented algorithms for RADAR applications.• Recognized for innovation with two patents—one granted and another in the submission process. 收回

  • Licenses & Certifications

    • Machine Learning

      Coursera Course Certificates
      Aug 2018
      View certificate certificate
    • Taekwondo Dan Certification

      Chinese Taipei Amateur Taekwondo Association
      Mar 2015
    • Learn to Program: The Fundamentals

      Coursera
      Oct 2013
      View certificate certificate
    • Image and video processing: From Mars to Hollywood with a stop at the hospital

      Coursera
      Mar 2014