Development of a Gastronomic Dispenser Controller based on Cortex-A8 with Linux OS for a EU client. Equipped with 3.5" or 7" LCD with ETH and USB interfaces.

Second revision and production of the biometric sensor device.

Development of an embedded control software package for a prototype of an innovative medical laboratory device for a Swiss based company.  The embedded control unit is based on ARM Cortex M3 microcontroller from ST.

Design and assembly of an industrial interface data logging device for a Scandinavian company.

Main features:

TI ARM9 microcontroller GSM module Modbus 18 - 36 V power supply Industrial plastic casing

Linux OS, kernel 2.6 ETH MBUS 8 layer PCB

Development of a biometric sensor device  equipped with Bluetooth and USB communication lines. Measurement module includes pulse and body temperature measurement circuits.    

A prototype of a magneto-rheological suspension control unit. The autonomous unit will be mounted on an ATV vehicle collecting data from accelerometers and controlling Lord MR dampers.
    
Main features:

• 12V power supply
• PIC24 controller
• USB slave port
• Accelerometer interface
• PWM MR damper control 

Development of an intelligent sound activated device based on a small microprocessor.
    
Main features:

• Electret microphone
• Transformerless power supply
• Adaptive background identification
• AVR / ATtiny microcontroller

Silesian Greenpower Team takes 6th place in the Greenpower Corporate Challenge 2010.

The Team wins the Best Engineered Car Award.

We are contributing to the Silesian Greenpower Vehicle project, which will take part in the Greenpower race in UK.

R&D project where an orientation unit is built with a dc motor and servo driver. Includes a radio control module.
    
Main features:

• 3-axes accelerometer
• 2-axes gyro
• PWM dc motor control
• 433 MHz radio module
• Ultrasonic transmitter
• PIC24 microcontroller
• LiPo battery condition monitoring