 |
|
In the field of process engineering, IRIS intends to develop new disinfection and treatment processes based on advanced physical treatments, including high power ultrasounds, plasma, and combined UV/ozonization processes. Furthermore, IRIS aims at exploring other innovative applications of these technologies for improving the effectiveness and efficiency of various industrial processes.
On the other hand, IRIS aims at researching and developing new engineering solutions for process monitoring applications, mainly within the agro-food industry, based on wireless distributed contactless sensors. Special emphasis will be given to the combination of chemical and physical analytical tools (laser spectroscopy, magnetic inductive scanning, and contactless temperature sensors).
Our expertise lies in the following areas:
|
System and Equipment Development |
- Sensors and data acquisition
- Signal Conditioning: temperature, compensation, filtering, compression, digitalization, etc.
- Custom user interfaces using both Windows platforms (C, C++, Visual Basic, Visual C++, Matlab, LabView programming environment, etc.) or Liquid Crystal Displays (LCD)
- Embedded microcontroller and microprocessor systems
- Control Systems: motors, position, velocity, temperature, flow, etc.
- Remote control systems (IR and RF communications) and robotics
- Programmable logic Devices: FPGA/CPLD design using VHDL
- Analog and Digital Signal Processing (DSP)
- Communication protocols: RS232, USB, I2C, CAN, SPI
|
| Analog and digital Printed Circuit Board (PCB) design |
- Electronic schematic capture and simulation software development
- PCB layout design
- Component selection: size, cost and availability
- PCB assembly: surface mount and through hole
- Design verification and validation
|
Electronic prototyping design |
- Mechanical enclosure design
- Cables, harnesses and interconnects
- Packaging and system integration
- Software and hardware integration testing
|
Mechanical design and prototyping |
- CAD design services
- Structural and component failure analysis through Finite Elements Modelling (FEM)
- Rapid prototyping and production of small product batches
|
Services |
- Modification recommendation
- Reverse and re-engineering of existing equipments
- Electronic repair
- Consulting
|
Programming Languages |
- Assembly
- C, C++, Visual Basic, Visual C++, Matlab, LabView
- Java and HTML
|
|
|
|
|
|
