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Igor Kuchay

Sleeping face
Igor hasn't been on the service for a long time.
But on Freelancehunt, there are also 197 freelancers in category Embedded Systems & Microcontrollers, who will professionally and timely complete a project of any complexity.

Ukraine Kyiv, Ukraine
1 year back
Available for hire available for hire
age 50 years
on the service 7 years

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Rating
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Skills and abilities

Portfolio


  • Charge station for electric vehicles

    Embedded Systems & Microcontrollers
    FastCharge DC station supported by ChaDeMo and ICC protocols. 10 modules of 70 kVA each, the total output current of the station is 125 A and the maximum voltage is 800 V. It provides the transformation of energy from a variable 360V to a constant, and vice versa. It can generate 220V AC from a permanent both from the ver-bank batteries and from the car battery. It supports different mode of charging and discharge of the car battery. The industrial microcontrollers TI Hercules and Infenion AURIX are used.In total, about 40 microcontrollers are used in one station, with the main controlers carry 80% of their 512 legs.
  • The car tracker.

    Embedded Systems & Microcontrollers
    The device gathers information about the operation of the vehicle and the driver's behavior and transmits it to the server. STM32F103, GPS (uBlox), GPRS (Centurion), accelerometer. The device is connected to the OBD drive of the car on the CAN line. Data collection is carried out according to the OBD2, ISO-TP and FSM protocols. These data, as well as the data on the vehicle accelerations, are transmitted to the server along with the coordinates taken from the GPS.
  • A number of projects for quests

    Embedded Systems & Microcontrollers
    Usually 20-30 devices in one room with a variety of sensors (RFID, capacity and microwave sensors, IK sensors and IK lines, thermometers, etc. p) control a variety of performing devices (BLDC and step engines, electromagnetic locks and valves, lamps, etc. p) integrated into a single wireless network by modules NRF24L01. The computer receives notifications about the performance of the sensors and emits the commands to the performing devices according to the script. It makes no sense to bring the lists of devices, because there were many of them: code locks, sensory fields and fields, interactive altars and a lot of things that can’t be described in two words.
  • Robotized warehouse car

    Embedded Systems & Microcontrollers
    6-wheel robot carrier with a carried mass of 150kg. The leading wheels are medium, the BLDC motor wheels at 200W each. 3 levels of sensors: ultrasonic distance meters, nearby zone (up to 60 cm), contact buttons on all 4 sides. Navigation is inercial with correction on the IC-mays, movement on the specified routes. Route selection is either done from the local control panel or by command from the server. Transportation, planning and change of routes is carried out by a program on a computer. Connecting the robots to the computer by NRF24L01, installed in the IC-mags.
  • Multi-Canal Sniffers of the Car

    Embedded Systems & Microcontrollers
    It allows you to connect to the device at once 2 CAN shots and remove the data from them parallelly. The device is designed to take into account a large number of connectivity options to the CAN line (different termination options). The data is consistently accumulated in the operating memory of the controller, in the external OZU, on the SD card and is transmitted to the computer by UART. STM32F107, TJA1055, MCP2551.
  • Vehicle CAN immobilizer

    Embedded Systems & Microcontrollers
    The device works as a component of the car signaling, communicating with it via the CAN line. In the case of the presence of a certain activity on the tyre (start of the engine, start of movement, active manipulation with the control organs, etc.) In the absence of allowing signals (not distinctive from the usual traffic of the CAN line), the CAN line blocks the vehicle. STM32F103, TJA1055.
  • Can-shine extension

    Embedded Systems & Microcontrollers
    Two-sided data transmission between two devices, each of which receives and transmits data from the CAN line. The devices were designed as a bridge between the CAN line of the car and the remote diagnostic tablet. The project is implemented on ESP32, CAN-transiver TJA1050. The server is connected via WiFi/TCP/MQTT. Also, a system of direct connection between the devices was implemented.
  • Sniffer can shiny.

    Embedded Systems & Microcontrollers
    Transmits data from the car's CAN line to a server where they are stored, processed and displayed in an easy to analyze form. The project is implemented on ESP32, CAN-transiver TJA1050. The server is connected via WiFi/TCP/MQTT.

Activity

  Latest proposals 10
Wildlife photography Personal project
45 USD
Development of Smart Glasses
23 USD
Signal 1 . Development of a microcontroller program
23 USD
Ищу C++ (QT) разработчика на длительный проект
2255 USD
8051 контроллер Personal project
52 USD
Архитектура контроллера 8051 Personal project
23 USD
Нужен программист, для работы с модулем управления Световым костюмом
451 USD
Работа на удаленку , IDA, C++, S#, Java, ASM , CAN, QT.
226 USD
PCB Designer, Writer, LOGO Designer
361 USD
RoboTrack
23 USD