cv.yml

- title: General Information
  type: map
  contents:
    - name: Full Name
      value: Omar H. A. Alnaseri (Jan)
    - name: Date of Birth
      value:
    - name: Languages
      value: Arabic, English, German

- title: Education
  type: time_table
  contents:
    - title: PhD
      institution: University of Paderborn, Paderborn, Germany
      year: 2015
      description:
        - Thesis Title - <a href="https://core.ac.uk/download/pdf/50519523.pdf">Implementation and Simulation Study of Coherent Optical Orthogonal Frequency-Division Multiplexing Systems</a>
    - title: MSc
      institution: University of Technology, Bagdad, Iraq
      year: 2003
      description:
        - Thesis Title - Design of Virtual Private Network
    - title: BSc
      institution: University of Technology, Bagdad, Iraq
      year: 2000
      description:
        - Graduate Project Title - Design of Microstrip Antenna 

- title: Experience
  type: time_table
  contents:
    - title: System Architect
      institution: ZF Friedrichshafen AG, Friedrichshafen, Germany
      year: 2018 - Now
      description:
        - Design High-Performance ECU
        - Quantifying and Mitigating Uncertainty in ML Algorithms
    - title: Visiting Professor
      institution: DHBW Ravensburg University, Friedrichshafen, Germany
      year: 2019 - Now
      description:
        - Teaching courses at Electrical Engineering
        - Supervising Bachelor Theses

    - title: Technical Product Manager
      institution: WINGcon AG, Langenargen, Germany.
      year: 2013-2018

    - title: Senior Telecommunication Engineer
      institution: Zain Telecom Iraq
      year: 2005 - 2008
      description:

- title: Honors and Awards
  type: time_table
  contents:
    - year: 2009
      items:
        - DAAD Scholarship 
    - year: 2000
      items:
        - ranked 3th out of 87 B.Sc. graduated student at Faculty of Electrical Engineering/University of Technology

- title: Academic Interests
  type: nested_list
  contents:
    - title: Optical Fiber Communications
      items:
        - Coherent Optical Communications
        - Laser Phase Noise
        - Fiber Nonlinearities
        - CO-OFDM
    - title: Deep Learning Algorithms
      items:
        - End-to-end learning algorithms
        - Autoencoder