India Industry Internships (III) is a flagship program by swissnex India, held in association with ETH Zurich, HEIG Vaud, HSR, SUPSI, HEIA – FR and FHNW. An initiative to bring Switzerland and India closer, III offers an exciting opportunity for Swiss engineering students from the Federal Institutes and Swiss Universities of Applied Sciences to work in Bangalore, India for a 3-month industrial internship in the field of robotics. AI and Digital Health. The Swiss students will be hosted by Indian SMEs in Bangalore and will work on live projects related to his/her field in collaboration with young Indian engineers.
Our interns worked on cutting-edge robotic technologies with the best-in-class mentors in Bangalore.
Shalaby explored potential designs that make the integration of the joints of the robotic arm simpler without compromising the precision of the joint and manufacturing and assembly processes to reduce the cost.
Lucas Alborghetti was tasked with creating a consumer application for Cardiotrack patients to quickly access their medical reports, connect to their partner clinics and cardiac centres, apart from other features.
The project aimed to mount one or more infra-red sensors on the waist of a robotic arm. Thibaut Loiseau was closely involved in this initiative.
Stefanie Nacht worked on creating the actuator for the art installation “Handheld Video”, a blank canvas that imitates the motions of shaky video captured by a handheld camera.
In the installation “Captured Sun”, an abstraction of the sun is hanging loose, shackled by its rays to a canvas. Benoit Dubath’s goal was to conceptualize, analyse, and develop the actuator for this installation.
In the early 2000’s, a handful of indigenous robotics companies started to mushroom in India. However, the highly lucrative global IT service outsourcing in India, consumed a majority of the best engineering minds in the country, including from non-IT related fields.
The few, small robotics companies that have survived have a great pioneering spirit and deep commitment to engineering. The challenges faced compels them to think of radical optimisation, efficiency and robustness in their design and production. The result is a singular approach to engineering itself: working on parallel processes, using opportunistic tactics for creative problem solving and taking advantage of a rich and diverse manufacturing infrastructure that combines industrial as well as handmade techniques. This method of working necessitates a certain flexibility and condition of chaos which is a unique advantage in India. It allows for direct and strong feedback between designers and machine shops, who work in close contact. This scenario is in such sharp contrast to Swiss engineering, that it would be very meaningful to exchange and learn from each other.
Please reach out to the University Partnerships team at swissnex India for any enquiry. We will be happy to answer your questions.