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Coumba NdiayeCN

Coumba Ndiaye

Hardware Engineer

€520/day
Paris, FR
8-15 years

Average response time: 1 hour

Freelancer profile translated to English.
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About Coumba

I am a hardware engineer with over 7 years of experience in electronic system design. I can assist you in the design and market launch of your products.

I have worked on an electronic board production line, providing support to the production and quality teams, and managed the design office in the development of new products and technological monitoring. I have also worked with 2 startups in designing their IoT solutions.

I have designed PCBs from 2 to 6 layers, CE certified, using Eagle, Cadence-Orcad, or Altium, with microcontroller technologies (Atmel, Microchip, etc.), system-on-chip types like Espressif, and system-on-modules with Arduino, Raspberry Pi, and BeagleBone.

With CNERGY SAS as a freelancer, I can assist you with your electronic board design projects, from defining specifications to mass production, covering all development phases:
• Needs analysis
• Feasibility study, realization, and validation of a PoC
• Product development (Prototyping, small and medium series)
• Project management
• Industrialization
• Product certification and qualification
  • Arabic

    Native or bilingual

  • English

    Fluent

  • Spanish

    Basic

Can work on-site
Paris (up to 50km), Lyon (up to 50km), Toulouse (up to 50km), Bordeaux (up to 50km)

Experience

  • Alstom Belgium
    Hardware Engineer - Design of embedded modules for railway
    TRANSPORTATION
    January 2024 - Today (2 years and 5 months)
    Charleroi, Belgium
    Development of complementary modules for high-speed trains

    Full V-cycle management for the design of embedded electronic boards.

    Hardware architecture realization: definition of technical specifications, electrical simulations, electronic schematic design, and routing using Altium Designer, integration of CPLDs/FPGAs (Lattice Diamond).

    Qualification tests: conducting environmental test campaigns (EMC, climatic, mechanical) and functional validation of modules.

    Writing technical documentation (test plans, test reports, acceptance test specifications).

    Participation in the industrialization of electronic boards: industrial test specifications, creation of production documentation, integration into PLM management tools.

    Technical and after-sales support:

    Analysis of field failures, electronic diagnostics, and product stress testing (accelerated aging).

    Contribution to continuous product improvement through field feedback.

    Development and validation of test benches:

    Design of hardware/software test benches.

    Development of Python scripts for test automation.

    Skills and environment: Embedded electronics – Altium Designer – Lattice Diamond – Python – Test benches – Railway standards – V-cycle – EMC – Industrialization – Technical support – Environmental tests – Fault diagnosis
    Embedded Systems FPGA Railway RS485 Electronics
  • HESTIIA
    Hardware Engineer - Development of electronic boards for smart heating
    INTERNET OF THINGS (IOT)
    February 2023 - December 2024 (1 year and 10 months)
    Nantes, France
    Project focused on IoT and energy efficiency, centered on the design of embedded electronic boards in a 230V low-voltage environment, with high demands for reliability, electrical safety, and rapid prototyping.

    Definition of the complete hardware architecture of the system, including component selection, electrical safety, and modular optimization.

    Design of several specific boards:

    USB HUB board (serial/USB 2.0 communication)

    230 VAC board with filtering and safety (isolation, protections)

    Backplane board for mechanical integration

    Sensor board (temperature, humidity, motion) for connected features

    Test boards for mining chips (thermal benchmarking)

    Complete development cycle:

    Specification writing

    Electronic schematic design and board routing with Fusion 360

    3D mechanical validation with Fusion 360

    Assembly and laboratory testing

    Contribution to industrialization:

    Writing production documents

    Development of test benches

    Rapid prototyping for technical iterations

    Skills and technologies: Embedded electronics – 230V boards – Environmental sensors – USB 2.0 – Serial communication – IoT – Fusion 360 – Rapid prototyping – Test benches – Industrialization – Electrical safety – BeagleBone
    Embedded Electronics Connected Objects (IoT) Raspberry Pi hardware USB
  • UPTIME
    Hardware Engineer - Development of connected objects for elevator maintenance
    INTERNET OF THINGS (IOT)
    July 2018 - December 2022 (4 years and 5 months)
    Île-de-France, France
    Project focused on IoT and energy efficiency, centered on the design of embedded electronic boards in a 230V low-voltage environment, with high demands for reliability, electrical safety, and rapid prototyping.

    Definition of the complete hardware architecture of the system, including component selection, electrical safety, and modular optimization.

    Design of several specific boards:

    USB HUB board (serial/USB 2.0 communication)

    230 VAC board with filtering and safety (isolation, protections)

    Backplane board for mechanical integration

    Sensor board (temperature, humidity, motion) for connected features

    Test boards for mining chips (thermal benchmarking)

    Complete development cycle:

    Specification writing

    Electronic schematic design and board routing with Fusion 360

    3D mechanical validation with Fusion 360

    Assembly and laboratory testing

    Contribution to industrialization:

    Writing production documents

    Development of test benches

    Rapid prototyping for technical iterations

    Skills and technologies:
    Embedded electronics – 230V boards – Environmental sensors – USB 2.0 – Serial communication – IoT – Fusion 360 – Rapid prototyping – Test benches – Industrialization – Electrical safety – BeagleBone
    Electronic Design Low Voltage Ethernet CAN AWS IoT

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Education

  • Engineering Degree, Electrical Engineering
    National Institute of Applied Sciences of Lyon
    2015
    Diplôme d'ingénieur, Génie Electrique
  • University Diploma in Technology, Industrial Engineering; Maintenance
    IUT of Chartres University of Orléans
    2011
    DUT, Génie Industriel; Maintenance

Skill set (29)

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