Power electronics & embedded systems expert. Full-cycle hardware developer for automotive, biomedical, and industrial.
Aktualisiert am 04.02.2025
Profil
Freiberufler / Selbstständiger
Remote-Arbeit
Verfügbar ab: 01.03.2025
Verfügbar zu: 100%
davon vor Ort: 100%
Leistungselektronik
Hardwareentwicklung
Rapid Prototyping

Einsatzorte

Einsatzorte

Cologne (+200km) Köln (+50km)
Deutschland
möglich

Projekte

Projekte

2024 - 2025: Design, simulation, prototyping, and implementation


Place of Work: Lohmar

Role: Power Electronics Hardware Developer

Customer: GKN Automotive


Tasks:

  • Design, simulation, prototyping, and implementation of advanced automotive inverters for engine drive applications, ensuring compliance with current automotive standards and guidelines (e.g., ISO 26262 for functional safety).
  • Conduct comprehensive analyses and calculations, including design justification, worst-case scenario analysis, thermal management, and EMI/EMC performance evaluation.
  • Formulate and oversee testing procedures and validation processes to ensure reliability, efficiency, and scalability of electronic circuits for high-performance automotive systems.

2022 - 2023: Provided end-to-end project support


Place of Work: Köln

Role: Senior Hardware Engineer

Customer: Plastic Omnium Lighting GmbH


Tasks:

  • Development, prototyping, and implementation of next-generation automotive LED Driver Modules (LDM), ensuring full compliance with industry standards and guidelines, such as ISO 26262 for functional safety.
  • Provided end-to-end project support, from conveying customer requirements into technical specifications to overseeing the transition to mass production.
  • Conducted comprehensive analyses, including initial feasibility studies, detailed circuit simulations, thermal and electrical modeling, and worst-case scenario assessments, to optimize performance, reliability, and manufacturability.


2019 - 2021: Design and Prototyping


Place of Work: Essen

Role: Scientific Researcher

Customer: Erwin L. Hahn Institute


Tasks:

  • Design and Prototyping:
    • Developed a high-performance 300 MHz power amplifier for RF coils in 7T MRI systems, focusing on precision and efficiency.
  • Technical Excellence:
    • Optimized signal fidelity, thermal management, and system reliability using advanced RF engineering techniques.
  • Market-Driven Innovation:
    • Ensured scalability and compliance with industry trends in medical imaging and high-frequency applications.


2018 - 2019: Video signal path on the Renesas RCar-V3U SOC


Place of Work: Düsseldorf

Role: C++ Developer

Customer: Renesas Electronics Europe


Tasks:

  • The video signal path on the Renesas RCar-V3U SOC was developed and simulated using advanced C++ coding.
  • Code was implemented in the Inchron software to investigate and optimize the timing of the SOC in various ADAS scenarios.

2013 - 2017: Design a pilot portfolio


Place of Work: Tehran

Role: Team-Lead

Customer: Cyber Industry


Tasks:

  • Led a team of 5 engineers and technicians to design a pilot portfolio of controllers, cards, and data switches for SCADA systems in industrial environments.
  • Planned and executed project objectives, managed resources, and resolved challenges to meet performance and quality goals.
  • Addressed technical issues and monitored progress to ensure timely and efficient project delivery.


2011 - 2013: Designed, implemented, commissioned, and tested


Place of Work. Esfahan

Role: Electrical & Instrumentation Engineer

Customer: Kavir Company


Tasks:

  • Designed, implemented, commissioned, and tested the automation, control, and drive system for the Boom Reclaimer Conveyor at Mobarakeh Steel Complex

2008 - 2011: Design and Simulation


Place of Work: Esfahan

Role: Hardware Software Design Engineer

Customer: Novin Biomedical


Tasks:

  • Design and Simulation:
    • Developed the architecture and simulated the performance of an advanced electro-physiotherapy device, focusing on circuit design, signal processing, and control systems to ensure precise therapeutic outcomes.
  • Implementation and Testing:
    • Led the implementation and testing of hardware and software components, ensuring compliance with medical device standards and delivering a reliable, highperformance solution for physiotherapy applications.

Aus- und Weiterbildung

Aus- und Weiterbildung

2020

Embedded Systems

Master?s degree

Uni Duisburg-Essen


2015

Power Electronics

Master?s degree

Uni IAUSRB


2006

Electrical Engineering

Bachelor?s degree

Uni Isfahan


Certificates

2020

iNarte - EMC Associate Engineer

Position

Position

  • HW/SW Developer
  • Power Electronics Expert

Kompetenzen

Kompetenzen

Top-Skills

Leistungselektronik Hardwareentwicklung Rapid Prototyping

Produkte / Standards / Erfahrungen / Methoden

Profile

Innovative and detail-oriented electronics engineer with 18+ years of experience in hardware and software development within automotive, biomedical, and industrial sectors. Proven ability to lead end-to-end development projects, perform in-depth analysis, and ensure adherence to functional safety and industry standards. Skilled at delivering resultsdriven solutions that enhance efficiency and product performance.


Skills

  • Power Electronics
  • PCB Design
  • HF Bandwidth Expertise
  • EMI/EMC Design
  • Simulation and Analysis
  • MCU and FPGA Design
  • Embedded Systems
  • Product Development
  • Prototyping


Softskills

  • Time and Project Management Expertise
  • Technology Adaptability and Trend Awareness
  • Advanced Problem-Solving and Analytical Thinking
  • Self-Motivation and Discipline
  • Effective Communication


KEYWORDS

  • Power Electronics:
    • SMPS
    • DC-DC Converters
    • Rectifiers
    • Motor Drivers (BLDC, VF, Stepper)
    • High Voltage Inverters
    • Ballasts
  • Amplifier Design:
    • Switch-Mode Amplifiers
    • VHF RF Amplifiers
    • HF Class E-D Amplifiers
    • Signal Chains
  • Analog Design:
    • Signal Conditioning
    • Oscillators
    • DAC/ADC
    • Noise Analysis
    • ATE Design
  • Magnetics:
    • Inductor/Transformer Design
    • FEM Analysis
    • Loss Modeling
  • PCB Design:
    • High-Frequency PCB Design
    • CAD Tools
  • EMI/EMC:
    • IEC-61000 Standards
    • Residual Current Control
    • Power/Signal Integrity
  • Control Systems:
    • SMPS Control Loop
    • SISO/MIMO Control
    • Adaptive Control (LMS, MRAC)
  • Automotive Design:
    • ISO26262
    • V-Model
    • Safety Design
  • Biomedical Design:
    • IEC-60601
    • Electrotherapy
    • EEG/ECG
    • X-Ray
    • MRI
    • Ventilators
  • Microcontroller:
    • C2000
    • Cortex Families (M0/M3/M4/M7)
    • STM32
    • Infineon Traveo
  • FPGA/CPLD:
    • Intel FPGA/CPLD
    • VHDL Development
  • Simulations:
    • Spice
    • LTSpice
    • MATLAB
    • Octave
    • MathCad
  • Embedded Systems:
    • C/Assembly
    • MISRA C
    • Real-Time OS
    • Yocto
    • QT
    • OpenCV
    • TCP/IP
  • Product Development:
    • Topology Selection
    • Noise Analysis
    • Design Reviews
  • Product Upgrade:
    • Component Selection
    • Market Analysis
    • Legacy Design Optimization

Datenkommunikation

USB
SPI
I2C
PCIe
Ethernet
CANBUS
MODBUS
EtherCAT

Branchen

Branchen

  • Automotive
  • Biomedical
  • Industrial

Einsatzorte

Einsatzorte

Cologne (+200km) Köln (+50km)
Deutschland
möglich

Projekte

Projekte

2024 - 2025: Design, simulation, prototyping, and implementation


Place of Work: Lohmar

Role: Power Electronics Hardware Developer

Customer: GKN Automotive


Tasks:

  • Design, simulation, prototyping, and implementation of advanced automotive inverters for engine drive applications, ensuring compliance with current automotive standards and guidelines (e.g., ISO 26262 for functional safety).
  • Conduct comprehensive analyses and calculations, including design justification, worst-case scenario analysis, thermal management, and EMI/EMC performance evaluation.
  • Formulate and oversee testing procedures and validation processes to ensure reliability, efficiency, and scalability of electronic circuits for high-performance automotive systems.

2022 - 2023: Provided end-to-end project support


Place of Work: Köln

Role: Senior Hardware Engineer

Customer: Plastic Omnium Lighting GmbH


Tasks:

  • Development, prototyping, and implementation of next-generation automotive LED Driver Modules (LDM), ensuring full compliance with industry standards and guidelines, such as ISO 26262 for functional safety.
  • Provided end-to-end project support, from conveying customer requirements into technical specifications to overseeing the transition to mass production.
  • Conducted comprehensive analyses, including initial feasibility studies, detailed circuit simulations, thermal and electrical modeling, and worst-case scenario assessments, to optimize performance, reliability, and manufacturability.


2019 - 2021: Design and Prototyping


Place of Work: Essen

Role: Scientific Researcher

Customer: Erwin L. Hahn Institute


Tasks:

  • Design and Prototyping:
    • Developed a high-performance 300 MHz power amplifier for RF coils in 7T MRI systems, focusing on precision and efficiency.
  • Technical Excellence:
    • Optimized signal fidelity, thermal management, and system reliability using advanced RF engineering techniques.
  • Market-Driven Innovation:
    • Ensured scalability and compliance with industry trends in medical imaging and high-frequency applications.


2018 - 2019: Video signal path on the Renesas RCar-V3U SOC


Place of Work: Düsseldorf

Role: C++ Developer

Customer: Renesas Electronics Europe


Tasks:

  • The video signal path on the Renesas RCar-V3U SOC was developed and simulated using advanced C++ coding.
  • Code was implemented in the Inchron software to investigate and optimize the timing of the SOC in various ADAS scenarios.

2013 - 2017: Design a pilot portfolio


Place of Work: Tehran

Role: Team-Lead

Customer: Cyber Industry


Tasks:

  • Led a team of 5 engineers and technicians to design a pilot portfolio of controllers, cards, and data switches for SCADA systems in industrial environments.
  • Planned and executed project objectives, managed resources, and resolved challenges to meet performance and quality goals.
  • Addressed technical issues and monitored progress to ensure timely and efficient project delivery.


2011 - 2013: Designed, implemented, commissioned, and tested


Place of Work. Esfahan

Role: Electrical & Instrumentation Engineer

Customer: Kavir Company


Tasks:

  • Designed, implemented, commissioned, and tested the automation, control, and drive system for the Boom Reclaimer Conveyor at Mobarakeh Steel Complex

2008 - 2011: Design and Simulation


Place of Work: Esfahan

Role: Hardware Software Design Engineer

Customer: Novin Biomedical


Tasks:

  • Design and Simulation:
    • Developed the architecture and simulated the performance of an advanced electro-physiotherapy device, focusing on circuit design, signal processing, and control systems to ensure precise therapeutic outcomes.
  • Implementation and Testing:
    • Led the implementation and testing of hardware and software components, ensuring compliance with medical device standards and delivering a reliable, highperformance solution for physiotherapy applications.

Aus- und Weiterbildung

Aus- und Weiterbildung

2020

Embedded Systems

Master?s degree

Uni Duisburg-Essen


2015

Power Electronics

Master?s degree

Uni IAUSRB


2006

Electrical Engineering

Bachelor?s degree

Uni Isfahan


Certificates

2020

iNarte - EMC Associate Engineer

Position

Position

  • HW/SW Developer
  • Power Electronics Expert

Kompetenzen

Kompetenzen

Top-Skills

Leistungselektronik Hardwareentwicklung Rapid Prototyping

Produkte / Standards / Erfahrungen / Methoden

Profile

Innovative and detail-oriented electronics engineer with 18+ years of experience in hardware and software development within automotive, biomedical, and industrial sectors. Proven ability to lead end-to-end development projects, perform in-depth analysis, and ensure adherence to functional safety and industry standards. Skilled at delivering resultsdriven solutions that enhance efficiency and product performance.


Skills

  • Power Electronics
  • PCB Design
  • HF Bandwidth Expertise
  • EMI/EMC Design
  • Simulation and Analysis
  • MCU and FPGA Design
  • Embedded Systems
  • Product Development
  • Prototyping


Softskills

  • Time and Project Management Expertise
  • Technology Adaptability and Trend Awareness
  • Advanced Problem-Solving and Analytical Thinking
  • Self-Motivation and Discipline
  • Effective Communication


KEYWORDS

  • Power Electronics:
    • SMPS
    • DC-DC Converters
    • Rectifiers
    • Motor Drivers (BLDC, VF, Stepper)
    • High Voltage Inverters
    • Ballasts
  • Amplifier Design:
    • Switch-Mode Amplifiers
    • VHF RF Amplifiers
    • HF Class E-D Amplifiers
    • Signal Chains
  • Analog Design:
    • Signal Conditioning
    • Oscillators
    • DAC/ADC
    • Noise Analysis
    • ATE Design
  • Magnetics:
    • Inductor/Transformer Design
    • FEM Analysis
    • Loss Modeling
  • PCB Design:
    • High-Frequency PCB Design
    • CAD Tools
  • EMI/EMC:
    • IEC-61000 Standards
    • Residual Current Control
    • Power/Signal Integrity
  • Control Systems:
    • SMPS Control Loop
    • SISO/MIMO Control
    • Adaptive Control (LMS, MRAC)
  • Automotive Design:
    • ISO26262
    • V-Model
    • Safety Design
  • Biomedical Design:
    • IEC-60601
    • Electrotherapy
    • EEG/ECG
    • X-Ray
    • MRI
    • Ventilators
  • Microcontroller:
    • C2000
    • Cortex Families (M0/M3/M4/M7)
    • STM32
    • Infineon Traveo
  • FPGA/CPLD:
    • Intel FPGA/CPLD
    • VHDL Development
  • Simulations:
    • Spice
    • LTSpice
    • MATLAB
    • Octave
    • MathCad
  • Embedded Systems:
    • C/Assembly
    • MISRA C
    • Real-Time OS
    • Yocto
    • QT
    • OpenCV
    • TCP/IP
  • Product Development:
    • Topology Selection
    • Noise Analysis
    • Design Reviews
  • Product Upgrade:
    • Component Selection
    • Market Analysis
    • Legacy Design Optimization

Datenkommunikation

USB
SPI
I2C
PCIe
Ethernet
CANBUS
MODBUS
EtherCAT

Branchen

Branchen

  • Automotive
  • Biomedical
  • Industrial

Vertrauen Sie auf Randstad

Im Bereich Freelancing
Im Bereich Arbeitnehmerüberlassung / Personalvermittlung

Fragen?

Rufen Sie uns an +49 89 500316-300 oder schreiben Sie uns:

Das Freelancer-Portal

Direktester geht's nicht! Ganz einfach Freelancer finden und direkt Kontakt aufnehmen.