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Project Highlights

The key features and functionality of the CANDAQ include:

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  • Rapid integration of new sensors
     

  • Duplicate microcontroller design for prototype and static sensors
     

  • Static and volatile firmware versions
     

  • Strain gauge peripherals (amplifiers and high-resolution ADC)
     

  • Ease of use and physical integration
     

  • Visually appealing and intuitive data post-processing

Design Need

The design was created based on requirements of the UVic Formula Motorsport (FSAE) team. Every year, the team designs a Formula-1-style race car and competes internationally at the SAE Collegiate Design Competition in Michigan. 

 

During the 2017/2018 season, the UVic FSAE Team’s design methodology relied heavily on data-driven design and decision making. This required many additional sensors to be added to the vehicle in addition to the engine-critical sensors. As a result, the Engine Control Unit’s analog sensor inputs were filled with sensors and all engineering-data sensors could not be integrated onto the vehicle. Being a data-driven team is a main component to qualifying for Design Finals at competition.

 

The CANDAQ is a CAN-enabled data-acquisition board designed to meet the team’s needs with regard to data acquisition for the present and future.

Sub-Systems

Click one of the following buttons to access content specific to one of the CANDAQ sub-systems.

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