NCCR Robotics (2010–2022)

NCCR Director: Dario Floreano (2010–2022); NCCR Co-Director: Robert Riener (2014–2022)

Home institutions: EPF Lausanne; ETH Zurich (as of 2014)

Research of the NCCR

The NCCR “Robotics – Intelligent Robots for Improving the Quality of Life” in the field of engineering developed new, human-oriented robotic technology. The NCCR focused on generating insights into technology, materials and control mechanisms for novel robot systems. "Wearable robots" are providing advanced solutions for the restoration and assistance of sensory-motor functions; “neuroprosthetic” and "exoprosthetic" robots increase the mobility and autonomy of disabled people. In “rescue robotics”, the NCCR developed highly innovative technologies for search and rescue operations in emergency situations. The research portfolio also included “educational robots” that support the training of a new generation of scientists and engineers.

Scientific impact

The research programme continuously evolved with a strong focus on scientific and societal challenges in the field of robotics. With its scientific vision, the NCCR followed unconventional but effective scientific and engineering approaches that allowed for the design and implementation of impressive methods as well as breakthrough technologies and systems. The clinical results achieved by the researchers generated worldwide interest and are in line with competitive research into restoring human locomotion, for example prosthetic hands that can transmit the sensation of touch. Therefore, it comes as no surprise that the consortium members have been awarded a high number of international science prizes and distinctions.

Legacy

NCCR participants launched a National Thematic Network Innovation Booster, financially supported by Innosuisse, to further pursue the networking activities in medical and mobile robotics. These activities resulted in an impressive number of spin-off and start-up companies and numerous patents. The acquired capital enabled the creation of hundreds of jobs, not only for the NCCR’s alumni but also for graduates from across Switzerland and beyond. One of the most impressive events based on the NCCR’s research was the Cybathlon, which proved to be an international highlight culminating in a live broadcast of several hours on Swiss national TV. Even after the NCCR’s completion, the Cybathlon continues as a non-profit project of ETH Zurich.

  • Funding

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    The SNSF awarded 39.8 million Swiss francs to the NCCR over a duration of 12 years. The table below shows that this amount accounts for around 47 percent of the NCCR’s overall expenditures. The remaining funds were either own funds provided by the home institution or the participating groups, or contributions by third parties.

    Financing 2010–2022 (Swiss francs)

    Funding source

    2010-2014

    2014-2018

    ​2018-2022

    Overall

    SNSF grant

    12,978,794

    15,198,661

    11,594,318

    39,771,773

    Funds from the home institutions

    6,126,703

    12,091,452

    7,021,526

    25,239,681

    Group funds of the project participants

    10,336,468

    4,990,704

    4,316,256

    19,643,428

    External funds

    115,360

    0

    70,989

    186,349

    Total

    29,557,326

    32,280,817

    23,003,089

    84,841,231

    Source: SNSF data