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SPA KEYPAD

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

QUALITY TOPOGRAPHIC RECEPTOR

Development of a new product

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QUALITY TOPOGRAPHIC RECEPTOR

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

QUALITY TOPOGRAPHIC RECEPTOR

Choice of component and proof of concept

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LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

Modification of an existing product

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ELECTRICAL HOSPITAL BED

ELECTRICAL HOSPITAL BED

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

Development of new functionalities

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COACHING

ELECTRICAL HOSPITAL BED

COACHING

Tailored formation for the integration of new employees

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SPA KEYPAD

Context

The client is a company that conceives complete and personalized solutions for spa manufacturers. From controllable pumps, passing by accessories such as a keypad, audio station, water sanitation and lighting, he offers everything electronic-based in a spa.

The client approached ÉlectroProg for the development of a new high-profile version of their range of spa keypads. This keypad was designed to be installed facing the interior of the spa with the following specifications: 

  • Control spa features and accessories 
  • Working even with wet fingers
  • Easy navigation with Turn-N-Press technology 
  • High-resolution screen 
  • Compatible with the client's new variable-speed pumps

Services offered

Accompany the client from the prototype phase until the production phase.

Conception of a prototype showcasing the viability of the solution.

Select and test the components necessary for the product's functionalities.

Conception of software able to control the spa and its accessories.

Technical content

  • Microcontroler: Renesas 
  • Protocol: QSPI, SPI, I²C, UART 
  • Programming language: C, LUA 
  • Source controler: bitbucket 
  • other: Azure RTOS, RGB565 

QUALITY TOPOGRAPHIC RECEPTOR

Context

The client is a company specializing in state-of-the-art scientific instrumentation. He offers GNSS sensors and high-performance data gathering solutions that are durable and affordable.

The GNS (global navigation satellite systems) pinpoints the location of an element everywhere in real time, thanks to satellites. It is the most precise system used by geolocalization tools.

The client asked for help regarding a GNSS sensor designed for SIG applications with the following functionalities :

  • Centimetric precision 
  • Compatible with all constellations of satellites 
  • Vertical and horizontal precision even in territories where correctional services are not available

Services offered

Selection of technologies and components necessary for the desired functionalities.

Conception of a prototype.

Revision of an electrical schematic done by the client.

Conception of software for the different modules.

Technical content

  • Microcontroler: PIC32
  • Protocol: UART, I²C
  • Programming language: C, BGscript
  • Source controler: bitbucket
  • Technologies: WT41u, WF121, FSC-BT836, BT122 

LONG DISTANCE UPDATING FIRMWARE (OTA) CONNECTED DEVICE

Context

The technology of OTA, or Over-the-air update, is a software enabling the remote distribution and installation of new firmware, new config parameters or new data on a connected remote device. The update is realized by a remote connection such as WI-FI or a cellular network. In the field of the internet of things, this enables you to save time and money since no physical access is required in order to manage a device.

The client wanted a software enabling the remote distribution and installation of new versions of firmware, new config parameters or new data on a connected remote device.

Services offered

Analyze the feasibility of the modification request.

Modify the software to support a file size twice as big.

Modify the software to work through an intermediary TCP/IP connection.

Validate the modification requested.

Support for the updates done on the software.

Technical content

  • Microcontroler: PIC (microchip)
  • Protocol: TCP/IP UART
  • Programming language: C
  • Source controler: bitbucket

ELECTRICAL HOSPITAL BED

Context

Working in the medical field brings a lot of challenges and difficulties, such as mental and emotional stress as well as the physical stress. As a matter of fact, some medical interventions require strenuous physical tasks, such as lifting patients or staying up on your feet for long hours during surgical interventions. The electrical hospital beds facilitate taking care of patients by combining multiple functionalities:

  • Motorized wheel system
  • System for detecting bed outings
  • Integrated balance
  • Smart night-light
  • Bed status surveillance system
  • Integrated nurse call

The client offers a complete range of medical beds and bearing surfaces.

Services offered

Develop and verify the new software algorithm controlling the assisting system and propelling the bed. 

Problem resolution in the new communicating protocol between the different boards in the bed. Formation for personnel.

Technical assistance.

Technical content

  • Microcontroler: NXP et Microchip
  • Protocol: UART, SPI
  • Programming language: C, LUA
  • Source controler: Azure Devops
  • Technologies: Strain gauge

COACHING

Context

Integrating a new resource requires a significant time investment, especially if technical learning is required in addition to the adaptation time to the new work environment. It is possible that no internal resources are available to accompany the new employee because of the amount of work and skills required.

The client contacted ÉlectroProg to coach a new resource on a technical level in a personalized way in the middle of a project. In particular, the client wanted the new resource to become quickly familiar with:

  • The product and its functionalities in depth
  • The development platform and the programming language used by the company
  • The pieces of code that will be under his responsibility
  • The technical content

Services offered

The service was offered through remote work. 

The content was defined by the client. 

The learning  method and the method of transmission have been adapted to the needs and comprehension of the employee.

Technical content

  • Microcontroler: NXP et Microchip
  • Programming language: C, LUA
  • Source controler: Azure Devops
  • Technologies: Crank storyboard


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