Automation

CONTROL
DESIGN

Netcom Group has expertise in the design model based on control applications.
The status we give you means you can go directly from a Simulink model of the control strategy to that of fully built and ready for calibration.

Netcom Group has a design experience capacity of powertrain automotive OEMs, as well as skills to automate data analysis and validation of the algorithm in MATLAB e LabVIEW®:

  • Module ready, self – encoded by models;
  • Simulation models and validation methods using hardware and software-in-the-loop;
  • Script MATLAB and automation;
  • Develop industry tool leaders, such as the suite of The MathWorks, dSPACE, ETAS, National Instruments, Vector
FUNCTION TEST
VEHICLE SOFTWARE
  • Capacity test gasoline and diesel
  • Compatibility EUR 6
  • Test in cold too -40° C
  • Optimize drivability
  • Full range of standard and alternative fuels
  • Analysis of emissions EOBD
  • Analysis and assistance fleet
  • Troubleshooting of the production line
HARDWARE
IN THE LOOP

ACTIVITIES:

  • Validation of Software ECM Specified
  • Diagnostic tests and functional according to specification and routine
  • Validation functional vehicle (SS & Crusie, SAML, speed limiter)
  • Hardware and software configuration of the simulator Hardware-In-the-Loop
  • Test Platform Automation

HARDWARE:

  • dSPACE Mid Size
  • dSPACE ScalexIO
  • NI FPGA Compact Rio 9024 module and real-time PXIe 8135in NIPxie 1062Q
TESTING
AUTOMATION
  • STB: test automation based on the python script and StormTest machine
  • Mobile device: test automation based on python and the mechanical arm inside
  • Web: test automation based on java scripts and plug-ins CubicTest
  • Graphical User Interface
  • Code driving test
  • Test platform based on internal
  • Drag & Drop platform to create new tests without developer
  • Record and playback tests
MECHATRONICS DESIGN
& SIMULATION
  • 3D mechanical CAD
  • Structural analysis and thermal linear and nonlinear
  • Topological optimization and shape of the mechanical components to achieve structural objectives and reduce weight
  • Design of kinematic system with multi-body simulations
  • Vehicle Dynamics and reconstruction on the ground of real evidence (even in low-gravity environment)
  • Integration of control systems in dynamic simulations (HIL simulations and co-SIL)
  • Computational Fluid Dynamics
  • Development and testing of drones, UAVs & Scale flying demonstrator
AEROSPACE
  • Design 3D CAD
  • Structural analysis FEM
  • Optimizing the shape and topography
  • Simulation multibody
  • Vehicle dynamics in low-gravity environment
  • Rebuilding Ground real test
  • Drones – UAV – Scale flying demonstrator
  • CFD