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Software development

RedShift offers cost-effective software development combining the speed and flexibility of a small enterprise with the quality and processes of a high-reliability software developer.

Please contact us to discuss your software problem. Our first visit is always free of charge.

 

For more than 10 years RedShift has successfully developed small to medium size software applications. Key to this success is flexibility and responsiveness through a direct contact between developer and customer.

The absence of intermediate parties combined with the low RedShift overhead costs result in an attractive price setting.

 

RedShift software development features:

  • Experience with high quality space industry standards.
  • Multidisciplinary approach based on software development skills combined with experience in consumer and industrial product development and scientific instrument development.
  • Experience with software development methodologies and project management methodologies.
    RedShift tailors the methodology to your needs, avoiding an excess of technical documents costing time and money but always adhering to a high quality philosophy resulting in an efficient and maintainable product.
  • RedShift actively supports customers to establish a comprehensive set of user requirements, avoiding unnecessary development iterations which could cause planning and budget overruns.
  • Besides classical programming languages RedShift has an extensive experience with LabView and Matlab, which allows very fast development of industrial control and simulation software.

RedShift personnel is also available on a freelance basis to strengthen your team.

Software skills (architecture and coding):

  • C (embedded)
  • C++.net
  • Visual Basic
  • Visual Basic for Applications (e.g. Excel, Access, AutoCAD, IntelliCAD)
  • VHDL
  • LabView
  • Matlab
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References:

  • 2011 Excel, Visual Basic:
    Conversion of xml-files generated by a Laboratory Information Management System to summary reports
  • 2011 LabView:
    Simulation of solar irradiation (update)
  • 2011 LabView:
    Software architecture and coding of a lumped-node Thermal Mathematical Modeling tool
  • 2010 LabView:
    Software architecture and coding of an evaluation tool for concentrated photo-voltaic performance prediction
  • 2010 LabView:
    Software architecture and coding of a physically correct 2D ray tracing engine
  • 2009-2010 LabView:
    Software architecture and coding of a simulation tool for solar irradiation
  • 2009 IntelliCAD, Visual Basic:
    Automated evaluation of complex aperture Field Of View
  • 2008-2009 LabView:
    Software architecture and coding of a processing tool for spectral analysis of vibration signals (including FIR and IIR filtering, DFT)
  • 2008 Matlab:
    Data post processing tool, least square fitting tool for quadratic curves
  • 2006-2007 LabView:
    Software architecture and coding for DIMAC test tools: user interface, serial hardware interface USB/RS422 (PC software)
  • 2005-2006 C:
    Firmware architecture and software coding for DIMAC: complex system consisting of several microcontrollers communicating by RS422 and dedicated FIFO drop box, performing vibration and magnetometer sensor data acquisition, TM/TC communication, data storage on CF cards, mechanism control and light spot sensor acquisition (space hardware)
  • 2005-2006 VHDL:
    Firmware architecture and software coding for DIMAC light spot sensor: Real-time acquisition and processing of image sensor data implemented in FPGA (space hardware)
  • 2005-2006 LabView:
    Software architecture and software coding for USB video camera image acquisition and image analysis tool (PC software)
  • 2004-2005 C++.net:
    Software architecture and coding for TAS3 test tools (PC software)
  • 2004 C:
    Firmware architecture and software coding for TAS3: microcontroller performing vibration sensor data acquisition and data storage on solid state memory (space hardware)
  • 2000 Excel, Visual Basic:
    Development of automated forms used for quotations to ESA
  • 2000 Access:
    Development of document registration database
  • 1999 Matlab:
    Data post-processing tool (mathematical)
  • 1997 Access:
    Development of product configuration database
  • 1992 Visual Basic:
    Thermal analysis tool (mathematical)
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