Funds up to 300K per team
Takes 0% equity
Offers 18 Mentors
Markets Consulting Cyber Security Internet of Things Manufacturing Robotics +13
---- ARE YOU INTERESTED IN IMPROVING THE AGILITY AND PRODUCTIVITY OF YOUR PRODUCTION PROCESSES by applying ADVANCED ROBOTIC together with NEW DIGITAL and CYBERSECURE solutions? ---

! APPLY TO TRINITY ! www.f6s.com/trinitydihopencall1/apply

WATCH OUR WEBINAR: www.youtube.com/watch

READ THE KIT DOCUMENTS: trinityrobotics.eu/wp-content/uploads/2019/11/Open-Call-Documents-1.zip

The first TRINITY call for application experiments offers you the opportunity to get FINANCIAL and TECHNICAL support to test the solutions developed by the TRINITY partners or your own novel solutions.

The call has a total funding of €4 M. Through the call, SME led consortia of 1-3 partners will be able to get technical support and funding of up to €300K (maximum funding rate 70%). The aim is to develop demonstrators of 6 to 12 months using robotics, IoT and cybersecurity solutions to facilitate agile production in European companies.

!Apply till the...
---- ARE YOU INTERESTED IN IMPROVING THE AGILITY AND PRODUCTIVITY OF YOUR PRODUCTION PROCESSES by applying ADVANCED ROBOTIC together with NEW DIGITAL and CYBERSECURE solutions? ---

! APPLY TO TRINITY ! www.f6s.com/trinitydihopencall1/apply

WATCH OUR WEBINAR: www.youtube.com/watch

READ THE KIT DOCUMENTS: trinityrobotics.eu/wp-content/uploads/2019/11/Open-Call-Documents-1.zip

The first TRINITY call for application experiments offers you the opportunity to get FINANCIAL and TECHNICAL support to test the solutions developed by the TRINITY partners or your own novel solutions.

The call has a total funding of €4 M. Through the call, SME led consortia of 1-3 partners will be able to get technical support and funding of up to €300K (maximum funding rate 70%). The aim is to develop demonstrators of 6 to 12 months using robotics, IoT and cybersecurity solutions to facilitate agile production in European companies.

!Apply till the 28th February 2020! Contact us on opencall@trinityrobotics.eu.

OPPORTUNITY
There is a huge opportunity for manufacturers to adopt new robotics and IoT technologies and to improve productivity and competitiveness. New robotic technologies are highly flexible and cost-effective for nearly every size of company, including SMEs. SMEs need to embrace these technologies to maintain efficiency and create jobs. A key barrier to implementation is often a lack of skills and understanding around how to best profit from these technologies.

WHY TRINITY?

1) TRINITY aims to improve the agility and innovation capability of European manufacturing companies. It aims to bring together both the research and industrial community in Europe with the objective of developing and helping all sized companies to implement and benefit from new digital and robotic technologies.

2) CREATE a sustainable network of DIHs acting as a one-stop-shop for companies to get access to digital and robotic technologies as well as technical and other services, such as training, funding or match-making.

3) PROVIDE a critical mass of use cases in collaboration with industry to demonstrate novel robot technologies that can contribute to increase the agility of production processes in relevant industrial environments across different sectors.

4) FORM a digital access point to facilitate collaboration, networking and disseminate knowledge to to the wider robotics research community and industry in Europe.

Good luck
More information

Staff

Ger van den Kerkhof
Admin
Ger van den Kerkhof European Affairs Mgt
Iwa  Stefanik
Admin
Iwa Stefanik Open Call manager European Public Sector Project Management
Jyrki Latokartano
Admin
Jyrki Latokartano Project manager Industrial robotics at Tampere Univeristy
Niki Kousi
Admin
Aleš Ude
Admin
Asad Tirmizi
Admin
Asad Tirmizi I am a Research Engineer at Flanders Make. My core focus is on Collaborative Robots, Middleware for robots, Real-time control of robots.
Edwin Lotter
Admin
Edwin Lotter Engineer
Gabor Sziebig
Admin
Gabor Sziebig Senior Research Scientist at SINTEF Manufacturing
Jan Reimann
Admin
Jean Hoyos
Admin
Jean Hoyos Mechatronics engineer @ Flanders Make
Kaspars Ozols
Admin
Kaspars Ozols Smart Embedded cooperative systems
Levente Raj
Admin
Marcel Todtermuschke
Admin
Marcel Todtermuschke Head of department body-in-white and assembly, developing modular, adaptive automated manufacturing systems as well as methods/software
Roel Pieters
Admin
Roel Pieters Assistant Prof. at Tampere UniversityTechnical Coordinator at DIH TRINITY