Robot Software Developer

We are looking for a Robot Software Developer with experience in Java and web technologies like mean stack or ruby on rails. You will be designing and continue to build on the robot platform and user applications for Furhat.
The platform includes, speech technology, dialogue systems, computer vision, natural language processing, machine learning, UI and sensors. All come together to create social interactions between robots and humans.
You will have responsibilities from day one and you will work with projects at the cutting edge of technology.

- BS/MS degree in Computer Science, Engineering or equivalent experience.
- A couple of years of working experience with Java and web framework.
- Experience with C++ and C#
- Have broad experience in software engineering and design patterns.
- Feel comfortable working in an agile environments with plenty of things going on and short release cycles.
- Interest or experience in speech technology or natural language processing
- Experience in building conversational systems.

About Furhat Robotics
Furhat Robotics is building the world?s first social artificial intelligence platform, and through that is rethinking computation. Our prime innovation is Furhat, an award-winning robot head that uses social intelligence to interact with humans using natural language and gesture. Furhat Robotics is a spin-off from KTH the Royal Institute of Technology that was started by world-leading scientists, and is at the bleeding edge in the field of artificial intelligence and robotics.

Furhat Robotics is a small startup on its way to global expansion. We work with some of the world?s most creative and innovative corporations, such as the Wald Disney company, Honda Robotics, Intel, Toyota, KPMG and many universities around the world, and work towards building a worldwide developer community and an ecosystem that contributes in creating new and applications for Furhat. Some of the applications we are developing for Furhat today are in education, healthcare, therapy, public space interaction, and collaborative robotics.