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Summary

Electronic Systems Engineer with specialized experience of 3+ years in Power Electronics, Embedded Systems, and PCB Design. Technical proficiencies include Battery Management Systems (BMS), DC-DC converters, and Analog/Digital circuit design. Expert in STM32 microcontroller-based solutions, system architecture, and hardware-software integration. Strong background in circuit simulation, component selection, and full-cycle system engineering to deliver high-performance electronic solutions.

Residence

Damascus, Syria

Graduation Year

2020

Birthdate

04/11/1997

Title

Electronic system engineer

Graduated From

Higher Institute for Applied Science and Technology (HIAST)

Nationality

Syrian

Work Experience

EXPentech solution

Electronic system engineer

June 2022 - Now

Higher Institute for Applied Science and Technology (HIAST)

Electronic system teacher

November 2020 - Now

Projects

Standalone water monitoring system - production

Electronic system engineer

August 2024 - Now

  • Studied, designed, and tested the hardware of a low-power standalone water monitoring system, which is an acquisition system to monitor the amount of water that is flown from wells and send the data to a server (from concepts to PCB).
  • Studied, designed, and tested the hardware of the main STM32 controller that is used to control and monitor the process and the security of the system for penetration detection purposes.
  • Studied, designed, and tested a solid hardware of battery BMS that charges LiFePO4 battery from the main power line.
  • Selected the most suitable components according to requirements, availability at the manufacturer's warehouse (JLCPCB), constraints, especially cost and efficiency.
  • Studied, designed, and tested the hardware according to engineering standards for production.
  • Studied, designed, and tested the hardware of the main STM32 controller to implement a hardware error-detection system and neutralize the error.

Standalone water monitoring system - first prototype

Electronic system engineer

August 2022 - July 2024

  • Studied and designed the hardware of a low-power standalone water monitoring system, which is an acquisition system to monitor the amount of water that is flown from wells and send the data to a server (from concepts to PCB).
  • Studied, designed, and tested the hardware of the main PIC controller that is used to control and monitor the process.
  • Studied, designed, and tested a solid hardware battery BMS that charges a Li-ion battery from the main power line.
  • Selected the most suitable components according to requirements, availability at the local manufacturer's warehouse, constraints, especially cost and efficiency.

Sequential LED control system

Electronic system engineer

November 2023 - December 2023

  • Studied and designed an analog circuit of a strip of LEDs that can sequentially turn on the LEDs individually with a customized delay.
  • Simulated and validated the system using OrCAD PSpice.
  • Selected the most suitable components according to requirements and constraints.

High voltage boost (20kV)

Electronic system engineer

April 2023 - June 2023

  • Searched and studied different methods to obtain high voltage in the form of pulses.
  • Selected and simulated the suitable method taking into consideration the complexity, cost, and stability.
  • Designed the PCB using Kicad and taking into consideration the manufacturing capabilities.

Low-cost temperature sensor

Electronic system engineer

June 2023 - June 2023

  • Studied and designed a low-cost temperature sensor that displays temperature on three digits seven-segments from concepts to PCB.
  • Simulated and validated each part using Proteus.
  • Selected the most suitable components according to requirements and constraints, especially cost and the availability of components.
  • Designed the PCB using Kicad and taking into consideration the manufacturing capabilities.

Ultrasonic cleaner driver

Electronic system engineer

February 2023 - April 2023

  • Studied and designed the ultrasonic cleaner power supply and driver from concepts to PCB.
  • Simulated and validated using OrCAD PSpice and Proteus.
  • Selected the most suitable components according to requirements and constraints.
  • Designed the PCB using Kicad and taking into consideration the manufacturing capabilities.

Heavy-load rectifier

Electronic system engineer

July 2022 - August 2022

  • Studied and simulated a heavy-load rectifier using OrCAD PSpice.
  • Full documentation of the study details to understand all possible scenarios of the impact of power line changes on loads.

High power buck-boost with e-fuse

Electronic system engineer

July 2022 - August 2022

  • Studied and designed high power buck-boost to control a DC motor from concepts to PCB.
  • Simulated and validated each part using OrCAD PSpice.
  • Selected the most suitable components according to requirements and constraints.
  • minimized power loss in each part of the power line.
  • Designed the PCB using Kicad and taking into consideration the manufacturing capabilities.

Calibrated e-fuse

Electronic system engineer

June 2022 - July 2022

  • Studied and designed an analog e-fuse for AC/DC power lines that can be calibrated using a potentiometer.
  • Simulated and validated each part using OrCAD PSpice.
  • minimized power loss in each part of the power line.
  • Selected the most suitable components according to requirements and constraints, especially cost.
  • Designed the PCB using Kicad and taking into consideration the manufacturing capabilities.

Skills

  • Complete Electronic System Design (Concept → PCB)

    Support for scaling from prototype to production

    Hardware testing and validation support

    Reverse engineering and redesign

    Existing circuit analysis and improvement

    Component selection and sourcing support (Mouser, Digikey, LCSC, and other distributors)

    Cost, performance, and constraint optimization

    Multi-layer PCB design (KiCad)

    Circuit simulation (OrCAD PSpice, Proteus)

  • Control system designs

    Control system modeling and tuning

    System-level modeling (MATLAB)

  • Different kinds of systems

    Data acquisition systems

    Digital circuit design and logic systems

    Analog circuit design (amplifiers, filters, signal conditioning)

    Embedded hardware design for MCUs

  • Embedded systems

    Embedded system debugging and optimization

    Hardware-software integration

    Microcontroller-based system design (STM32, others)

  • Power electronics systems

    Battery Management System (BMS) design

    Power electronics simulation and validation (PSpice, MATLAB)

    DC-DC converter design (buck, boost, buck-boost, isolated & non-isolated)

    AC-DC power supply design

    Power stage design and component selection

    Power electronics performance analysis

Education

Higher Institute for Applied Sciences and Technology

Electronic system engineer - very good

2015 - 2020

  • Completed the fourth-year project on the position control stability of an aeropendulum.
  • Completed the senior year project on adaptive position control of a DC motor platform with variable mechanical load.

Languages

Language

Arabic: 

Mother Tongue

Language

English: 

Very Good

Courses and Certificates

Converter Circuits

Coursera - University of Colorado Boulder

Introduction to Programming with MATLAB

Coursera - VANDERBILT UNIVERSITY

Mastering Programming with MATLAB

Coursera - VANDERBILT UNIVERSITY

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