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Marc LandesML

Marc Landes

Supermalter

Embedded Electronics and Software Engineer

€500/day
1 project
Grenoble, FR
15+ years

Average response time: 1 hour

Freelancer profile translated to English.
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About Marc

I offer you my 15 years of experience in various innovative industrial projects and my expertise in real-time embedded systems and connected objects.
Formed in microelectronics on the technologies at the heart of electronic components, I first set out to explore the world of telecommunications and had the chance to be involved in the birth of the Internet of Things.
I then participated in the development of connected product lines with production runs of around 1000 units per year.
Through demonstrators, prototypes, test benches, or automated tools, I take great pleasure in implementing technology and interacting with its user.
My favorite discipline: low-level development where software and electronics meet to achieve the best performance criteria (resource sharing, real-time, energy consumption).
  • English

    Fluent

  • French

    Native or bilingual

Remote only
Primarily works remotely

Experience

  • ML Concept
    Study and development of connected embedded systems
    TELECOMMUNICATIONS
    June 2020 - Today (6 years)
    Autrans-Méaudre en Vercors, France
    Real-time embedded software development, low-power, and printed circuit board design.

    Achievements:
    • [A] Embedded software development of the video pipeline for infrared camera modules at Lynred
    • [B] Development of RISC-V peripheral libraries for an IoT ASIC at TRASNA
    • [C] Embedded software development for a Sensors-Cloud gateway at Touwi
    • [D] Software development for Somfy-Overkiz home automation box
    • [E] Embedded software development of a GNSS tracker for the Ministry of Defense
    • [F] Design and Industrialization of electronic boards for PDA charging
    • [G] Design and Industrialization of electronic boards for cultural models
    • [H] Prototype of a connected remote control for pellet stoves
    • [I] Development of a temperature monitoring system for a bread oven and fuel weighing

    Technical Environment:

    • [A] Renesas R7S, FreeRTOS, C++ unit tests (Boost library), Python scripts. Cypress CX3 for UVC via USB. CI/CD with Azure.
    • [B] HAL and unit tests on ASIC integrating a RISC-V Nuclei riscv32. FPGA Xilinx simulation. Bitbucket + Docker + GDB + GCC CI/CD pipeline.
    • [C] EFR32BG24 BLE + FreeRTOS + MQTT + Simcom A7682E Nb-IoT Modem
    • [D] LUA fixes for a Somfy Box Zigbee library
    • [E] STM32L4 + Ublox M8 GPS + LR1110 + BG96 Modem + myNewt RTOS. Management of microcontroller sleep modes (low-power) COAP – LoRaWAN Stack. GNSS (LR1110): LPWAN almanac updates. GNSS drivers (bitstream I/Q from demodulator via DMA)
    • [F. G] KiCad and Fusion 360
    • [H] ESP32-S2 + MQTT
    • [I] Node-Red, Raspberry Pi, InfluxDb
    STM32 Kicad Raspberry Pi DMA drivers FreeRTOS
  • Wyres
    Electronics Engineer
    TELECOMMUNICATIONS
    April 2019 - April 2020 (1 year)
    Grenoble, France
    Firmware development for temporal synchronization of the indoor geolocation network core (FSK/LoRa).
    Design of an auxiliary board for battery charge management.
    LoRaWan FSK Geolocation RealTime RTOS
  • ATIM Radiocommunications
    Electronics Engineer
    TELECOMMUNICATIONS
    October 2006 - June 2017 (10 years and 9 months)
    Villard-de-Lans, France
    2012 - 2017: (IoT)
    • Overhaul of the RF core of products: study and development of a new RF transceiver (schematic + software) narrow band 27dBm.
    • Use of the new RF core in a battery-powered product with a touchscreen (RF network of over 1200 modems).
    • Miniaturization of the RF core, implementation of the Sigfox protocol and modulation, optimization of LowPower modes.
    2006 - 2011: (M2M)
    • Electronics and embedded software for a license-free UHF RF concentrator modem with multiple peripherals (RS232, RS485, Ethernet, Digital/Analog I/O, Datalogging) configurable via embedded web pages.
    • Porting of a TCP/IP stack adapted to the throughput imposed by the narrow-band signal.
    • Harmonization of the product range around this concentrator accessible via Ethernet network.
    • Technical support before/after sales.
    PIC STM32 TCP/IP Stack Low-Power Internet of Things

Reviews

5.0

Out of 1 rating

T

Thomas

Developpeur plateforme Zephyr - 3 - SE - Global functions - Schneider Digital

Several months project

-

Reviewed on 1/22/2026

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Education

  • Master Micro and Nano Electronics
    University Louis Pasteur Strasbourg
    2006
    Traitement du signal Automatique Physique des semi-conducteurs Electronique analogique / numérique Optique ...

Skill set

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