Research Fellow in Human-Robot Interaction

Responsibilities

• Conduct independent research in human–robot interaction, delivering high-quality experimental outcomes and peer-reviewed publications.
• Develop and manage research plans, timelines, and documentation, ensuring accurate records of experiments and analyses.
• Contribute to teaching, supervision, and mentoring through lectures, tutorials, laboratory activities, and student research projects.
• Collaborate with internal and external partners to strengthen the School’s research profile and outputs.
• Participate in seminars, committees, and outreach, supporting funding bids and the dissemination of research outcomes.

Requirements

• PhD in Computer Science, Robotics, Human–Robot Interaction, Human-AI Interaction, or a closely related discipline.
• Strong publication record in leading HRI, robotics, or human-computer interaction conferences and journals.
• Experience performing independent, innovative research within interdisciplinary teams.
• Advanced analytical and problem-solving skills applied to experimental data.
• Strong communication skills to present complex research concepts to both technical and non-technical audiences.

Preferred Qualifications

• Experience in managing research projects and timelines with minimal supervision.
• Proven ability to engage constructively with students, colleagues, and external collaborators.

Benefits

• Competitive salary with 17% superannuation.
• Supportive flexible work arrangements and progressive leave provisions (including parental, gender affirmation, and cultural leave).
• Career development opportunities and access to tailored leadership programs.
• Salary packaging and access to various discounted services and health programs.

About the Company

The University of Melbourne is a world-class institution dedicated to benefiting society through transformative education and research. You will join the School of Computing and Information Systems, a vibrant community tackling real-world challenges in artificial intelligence, robotics, and human–computer interaction within a collaborative and inclusive environment.