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DIS Honourable Mention for Designing Socio-Technical Robotic Systems team

Congratulations to Jasper Vermeulen and co-authors (Glenda Caldwell, Müge Belek Fialho Teixeira, Alan Burden, and Matthias Guertler) on their Honourable Mention for their paper at the ACM DIS Conference.

“The Invisible Work of Robotic Surgery: How Specialists Support, Shoulder, and Sustain Human-Robot Collaboration” has been recognised with an Honourable Mention Award!

The paper is one of 47 Honourable Mentions selected alongside 16 Best Papers from 1,154 submissions, placing it in the top ~5% of the program.

Congratulations to Nadimul Haque on the successful completion of his CA3! 

Congratulations to University of Technology Sydney PhD researcher Nadimul Haque on the successful completion of his CA3!

Nadimul’s PhD research, entitled: Skill Learning and Efficient Adaptation for Robot Manipulation, focuses on how collaborative robots can safely and intelligently perform manipulation tasks in dynamic environments. His work brings together perception, planning, situational awareness, and learning‑based control to support close human‑robot interaction in settings that extend beyond fixed, highly structured factory floors.. His work has been conducted in close collaboration with InfraBuild, ensuring the research is grounded in practical challenges and delivers meaningful impact for Australian industry.

🔗 Read more about his project: https://lnkd.in/gnGtqbN3

The CA3 marks the final milestone before PhD submission and was attended by:
Chair: Prof Shoudong Huang
Assessor: A/Prof Gavin Paul
Supervisory Panel: Prof Teresa Vidal Calleja, A/Prof Marc Carmichael, Dr Fouad (Fred) Sukkar, Dr Sheila Sutjipto

Best of luck with final submission, Nadim! We are very proud of you and look forward to seeing the impact of this work.

Well done, Nadimul!

QUTie Hits the Road: Humanoid Robotics in the Real World

QUTie Hits the Road: Humanoid Robotics in the Real World

QUT’s newest humanoid robot, QUTie, has been stepping beyond the lab and into real-world environments—supporting research, sparking conversations, and building connections across Queensland and northern New South Wales.

As part of a broader push to explore how humanoid robots can integrate into everyday life, QUTie recently joined researchers on a regional and industry engagement tour, showcasing the role robotics can play in future communities, workplaces, and industries.

Inspiring communities across Queensland

Through outreach initiatives, including visits linked to the Country Universities Centre, QUTie has been helping engage regional communities in discussions around technology adoption and innovation. These interactions are not only inspiring curiosity but also informing future research directions—grounded in real-world perspectives on how robotics can support regional and remote Australia.

By bringing a humanoid robot directly into these settings, researchers are gaining valuable insights into how people respond to emerging technologies outside controlled environments.

Robotics meets industry and design

QUTie also joined A/Prof Müge Belek Fialho Teixeira and Prof Jonathan Roberts at the Metricon Design Summit in Byron Bay, where robotics and digital innovation took centre stage.

Müge shared insights into the future of construction, exploring how robotics and digital fabrication are transforming building practices. At the same time, Jon highlighted the growing role of humanoid robots in everyday contexts—from construction sites to domestic environments—demonstrating their potential to support a wide range of tasks.

Outside the conference, QUTie made a memorable appearance at Cape Byron Lighthouse, turning heads and drawing attention from visitors—offering a glimpse of how humanoid robots are increasingly entering public spaces.

Shaping the future of humanoid research

These real-world experiences are playing a critical role in shaping QUT’s humanoid robotics research. By combining technical development with community and industry engagement, the team is building a deeper understanding of usability, trust, and application in diverse settings.

As QUTie continues to travel, interact, and learn, it represents more than a technological milestone—it’s a step toward a future where humanoid robots are part of everyday life.

Read the articles:

Australian First – Humanoid Robot competes in 5km QUT Classic

QUTie, the 130cm tall, highly agile humanoid robot, took part in the 5km run at the QUT Classic, safely and closely monitored by Jonathan Roberts, Laurianne Sitbon, and Yoann Smets. We believe this is the first time a humanoid robot has completed a race of this calibre in Australia.

Starting the race alongside everyone else at the QUT Gardens Point Campus, QUTie enjoyed a scenic run around Kangaroo Point before finishing with a final stretch through the city’s Botanic Gardens. QUTie completed the Classic in just over an hour.

Throughout the race, QUTie quickly became a crowd favourite, mingling with participants before and after the run, taking countless selfies and photos, while also showing off its amazing dance moves!

During the race, QUTie self-managed its pace and slowed down whenever its motors heated up, proving the event was not only a great photo opportunity but also an excellent way to test QUTie in the Real World.

Check out the QUT Sport post here: QUT Sport post

Congratulations to Munia Ahamed on the successful completion of her CA3!

Congratulations to University of Technology Sydney PhD researcher Munia Ahamed on the successful completion of her CA3! 🎉

Munia’s CA3 marks the final milestone ahead of her PhD submission.

Her PhD, undertaken within the Quality Assurance and Compliance Program, focuses on developing a structured quality assurance framework for human–robot collaborative manufacturing, with an emphasis on monitoring and automated documentation of cobot-enabled processes. Munia has worked closely with Cook Medical, ensuring her research directly addresses real-world manufacturing challenges and delivers practical value to industry.

🔗 Learn more about her project: https://lnkd.in/gu_mjYdy

Her work advances how manufacturers approach defect detection, classification, and prevention—bringing together human expertise and cobot precision to improve quality outcomes, reduce rework, and support more efficient production systems.

Munia is supervised by Dr. Nathalie Sick, Matthias Guertler and Mickey Clemon.

Congratulations, Munia! The whole team wishes you all the very best with your final submission — we are incredibly proud of you and look forward to seeing where you go next!