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The AIRO group (Artificial Intelligence and Robotics, airo.ugent.be) of IDLab-imec (idlab.technology) at Ghent University are excited to be offering two fully-funded PhD studentships to help with our research on social robotics under the supervision of Tony Belpaeme.
Social robots are robots that interact with people in a natural manner by, for example, using speech, gestures, facial expressions and language. By using natural communication, these robots are easier to interact with and have many applications in entertainment, services, education, collaborative robotics and therapy .
You will join an international project called VALAWAI (short for Value-Aware AI) studying consciousness, values and AI. “Value-aware AI” is AI that includes a component performing the same function as human moral consciousness: a system that helps decide whether or not certain actions are morally acceptable. This system will be based on the Global Neuronal Workspace model developed on the basis of neurophysiological evidence and psychological data . At Ghent University we will look at how social robots can become value-aware and how people respond to social robots that have have some level of consciousness.
You will be supervised by Prof Tony Belpaeme (www.tonybelpaeme.me) and will be part of a vibrant and interdisciplinary research team, focusing on human-robot interaction, unconventional robotics, cognitive systems and machine learning. You will have access to the full facilities of IDLab, including high-performance computing/GPU clusters and the robot labs.
Ghent University is an international top 100 university in Belgium situated in the historical and trendy city of Ghent. With 41,000 students and 9,000 staff, the university is one of the largest universities in the wide region. Ghent University’s mission is to combine high-quality education with internationally leading research and a pluralistic social responsibility. You will join the AIRO group, a group of 25 PhD students exploring the edges of AI and robotics, supervised by Tony Belpaeme, Francis wyffels and Joni Dambre.
Profile of the candidate
- A MSc in computer science, electrical engineering, (technical) cognitive science, Human-Computer Interaction, psychology or areas relevant to the research topic (for example, computational linguistics with a keen interest in robotics and AI).
- Good programming skills are required (C++, Python, or other) as you will programming robots and equipment and will be running data analyses.
- Very good English language skills (spoken as well as written).
- As the PhD position is highly interdisciplinary, an interest or understanding in (neuro)psychology and social sciences and other themes related to consciousness is desirable.
The position start date can be negotiated, but is tentatively set for 1/10/2022 and runs until 30/9/2026 (you will start with a one-year scholarship which can be extended to 4 years).
The net amount of the scholarship will be approximately €2250 per month. You will also receive a holiday allowance, an end-of-year bonus and –if you cycle, the preferred way of getting around in Ghent- a bicycle bonus. Additional financial support is available for attending conferences and workshops.
You will be affiliated with the Artificial Intelligence and Robotics group of the IDLab. While the research will be based in Ghent, occasional travel to international conferences will be required.
You will be enrolled in the doctoral training programme offered by the Doctoral School of Engineering.
Ghent University and AIRO lab encourages equal opportunities. We will consider applications based only on your potential as an early career researcher and your fit to the research programme.
How to apply
For informal queries, do not hesitate to contact Tony Belpaeme (email@example.com).
Your application should include
- A letter motivating your application. Why do you wish to pursue a PhD in this area? How does your expertise match the research? What is your -if any- prior experience?
- A full curriculum vitae. If appropriate, copies of relevant exams, grades, MSc thesis or publications.
- The names and contact details of at least 2 referees. Recommendation letters can be included with your application, but are not needed at the time of application.
Applicants should send their application to firstname.lastname@example.org with subject “PhD application VALAWAI”. Applications will be considered on an ongoing basis, the application deadline however is 31 August 2022. Selected candidates will be invited for an interview, which can be online if necessary.
 Introduction to HRI at https://www.human-robot-interaction.org/
 Dehaene, S., Changeux, J. P., & Naccache, L. (2011). The global neuronal workspace model of conscious access: from neuronal architectures to clinical applications. Characterizing consciousness: From cognition to the clinic?, 55-84.
Our text book on Human-Robot Interaction, published by Cambridge University Press, is now available in German as well. The Carl Hanser Verlag publishes the book as “Mensch-Roboter-Interaktion – Eine Einführung“.
A Chinese edition is in preparation by the China Machine Press-HuaZhang Company for 2021, and a Korean edition is being negotiated for publication in 2022.
[ENGLISH VERSION BELOW]
Voor het geval nog iemand op zoek is naar een ietwat bijzondere vakantiebezigheid:
We zoeken iemand die ons kan helpen met een experiment rond “social engineering” met robots, dit in het kader van een studie rond het hacken van robots en de mogelijke negatieve gevolgen. Je specifieke taak bestaat uit het implementeren van het experiment op de robot. Hiervoor gebruiken we een Pepper-robot (van Softbank Robotics) die geprogrammeerd wordt in Python en/of Choregraphe (een visuele programmeertaal, gericht op mensen die weinig van programmeren afweten) die via de NaoQi API interfacet met de robot.
We zoeken iemand met een achtergrond in computerwetenschappen, informatica of elektronica, ervaring met Python wordt op prijs gesteld. Je hoeft niet student te zijn aan de UGent, maar het mag wel.
We willen je graag aan de slag in augustus 2019, maar de werkuren zijn flexibel. De werkplek zal voornamelijk het Artificial Intelligence en Robotics lab zijn van IDLab (8ste verdieping van het iGent-gebouw op het Technologiepark, aka Campus Ardoyen), maar je kan eventueel ook op afstand werken, en we willen je er ook graag bij als we een experiment op locatie doen.
Betaling is tegen standaardtarief voor jobstudenten aan de UGent (€ 14,99 per uur), hierbij komen nog vergoedingen voor verplaatsingen.
Ben je geïnteresseerd of wil je meer weten, neem dan contact op met Tony Belpaeme (email@example.com)
We are looking for a summer placement student to help program social robots. We are setting up a study in “social hacking” using robots and need help programming the robot and running studies. You will be tasked with programming a Pepper robot using Python or Choregraphe, and NaoQi.
We are looking for someone with a CS or electronics profile, who can be available in August 2019. You will mainly work at the AI and Robotics lab of IDLab at the University of Gent (located at the Technologiepark), but can also work from home and will be expected to support field trials.
Remuneration is based on standard tariffs of Ghent University (14.99€/h), excluding travel reimbursement.
For more information or to apply, please contact Tony Belpaeme (firstname.lastname@example.org).
Symposium on Robots for Language Learning
12-13 December 2018
Koç University, Istanbul, Turkey
In recent years social robots have shown great promise as tutors and teaching aids. Education has come under pressure to deliver a more personalised, one-to-one experience., but this has been difficult given the increased classroom diversity and budgetary pressures. Robots might provide a way forward, especially for topics where one-to-one tutoring can have large returns, such as language learning and second language learning.
This symposium aims to bring together people interested in how robots can support education. We welcome views from educational and developmental psychology, pedagogy, artificial intelligence and robotics.
The symposium is also the closing event of the L2TOR project, which studies how social robots can teach young children a second language.
More information at https://sites.google.com/view/l2torsymposium/home