Innovating Micro & Nano Sensing Technologies

for Healthcare, Electronics, Robotics, Sport, Environment and more

Innovated Sensing Micro & Nano Technologies

for Healthcare, Electronics, Robotics, Sports, Environment and more

SmartNanoSense Innovation brings together knowledge and know-how from multiple disciplines together with hands-on experience for effective development of innovative sensing technologies that relies on micro- and nano-technology, advanced materials, integrated ICT hardware and systems, wireless communications, Artificial Intelligence (AI), data analysis, machine learning and the IoT.

Fields of Consultation

Scope

SmartNanoSense Innovation provides consultation and support for developing sophisticated and/or multifunctional detection and follow-up of physical and/or chemical stimuli that have various sensing architectures:

  • Solid-state sensors
  • Flexible sensors
  • Nature-inspired sensors

Applications fields

SmartNanoSense Innovation provides consultations on basic principles and developments in sensing and biosensing materials as well as the design and mechanisms for analyzing their potential in multifunctional sensing applications for:

  • Healthcare
  • Safety
  • Environmental monitoring
  • Food and agriculture

Competency

Consistent, genuine, and timely service

Professionalism, expertise and efficiency

World-class cutting-edge technology

Extensive access to world renown academic experts

Sensor Types

Tech, Tools, and Facilities

Demonstration Facilities

SNSI provide an access to dedicated facilities for industrial, consumer, (bio)chemistry and fluidics research and development.

Electronic Production

Electronic and mechanical production of prototypes that bring ideas to life, maintaining extremely high standards of quality and regulations.

Prototyping Workshop

Methodologies for flexible, responsive, and agile manufacturing to electronic and sensing product builds, at extremely high quality.

Software tools

Software for model-based design and simulation,  for model-based design, and Comsol Multiphysics for multiphase flow simulation.

Case Studies and Projects