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HDR Placement Program – Materialise

HDR Placement Program – Materialise: Training Future Leaders in Orthopaedic Innovation

The Training Centre for Joint Biomechanics is proud to celebrate the recent completion of the HDR placement program by Centre PhD students Mr. François Bruyer-Montéléone and Mr. Hamid Reza Jarrah. Hosted by our valued industry partner, Materialise, this immersive experience provided François and Hamid with advanced training and hands-on exposure in the fields of 3D printing and digital manufacturing for healthcare applications, particularly in orthopaedics.  

The Training Centre for Joint Biomechanics’ placement program provides exceptional opportunities for hands-on experience with real-world MedTech experience. Throughout the program, François and Hamid engaged in a variety of high-impact activities, benefiting from Materialise’s deep expertise in healthcare technologies. Materialise, a global leader in 3D printing and digital manufacturing, works closely with hospitals and clinics specialising in orthopaedics, cranio-maxillofacial surgery, cardiovascular surgery, and radiology to create patient-specific solutions. 

Guided by Michael Mathews, General Manager of Materialise Medical ANZ, along with 3D technology ambassador Monica Russell and Medical Application Engineer Divya Dayal, François and Hamid gained invaluable insights through: 

  • Clinical Engineering Shadowing: Working with engineers using Mimics software, they observed the practical applications of cranio-maxillofacial (CMF) solutions and learned how pre-operative plans for complex procedures like osteotomies are developed and implemented. 
  • Comprehensive Product Line Training: They acquired knowledge in product design and clinical applications while exploring MedTech business models and marketing strategies to understand the financial and strategic aspects of healthcare innovations. 
  • Skill Development: The program provided essential training in business case management, pre-operative planning software, and real-world engineering practices, coupled with soft skills crucial for industry success. 

The Training Centre for Joint Biomechanics is dedicated to empowering future leaders in orthopaedic technology, and we are thrilled to see how François and Hamid’s experiences with Materialise will enrich their contributions to healthcare and innovation. 

Congratulations to François and Hamid on their achievements during this transformative placement experience! 

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Materialise 3D Printing in Hospitals Forum

Materialise 3D Printing in Hospitals Forum: A Milestone for Medtech in Australia

1-2 August 2024, Brisbane Australia

On August 1, 2024, Materialise, with the assistance of the Queensland University of Technology (QUT), hosted the inaugural 3D Printing in Hospitals Forum Australia, a landmark event showcasing the potential of 3D printing technology in the healthcare sector. This event attracted a diverse group of healthcare professionals, researchers, and industry leaders dedicated to discussing challenges, solutions, and opportunities in the realm of medical 3D printing. 

The forum featured a rich program of sessions focused on critical topics, including major obstacles faced in the implementation of 3D printing in hospitals, strategies for managing regulatory compliance, and the integration of 3D printing across various medical specialties and departments. Participants engaged in vibrant discussions aimed at advancing the adoption of 3D printing and digital technologies at the point of care. 

Expert Speakers Share Insights

Among the distinguished speakers were renowned experts in the field, including: 

Dr. Michael Wagels, a Plastic and Reconstructive Surgeon at Princess Alexandra Hospital, who highlighted advancements in complex reconstructive surgery and the translational aspects of tissue engineering. 

Ishaque Khan, Director of Clinical Technology at Hunter New England Health District, who shared insights on quality improvement and sustainability programs in health technology. 

Dr. Masako Dunn, Head and Neck Cancer Research and Innovation Manager at Chris O’Brien Lifehouse, discussed the multidisciplinary approach to cranio-maxillofacial surgery. 

Professors Jonathan Clarke and Stefanie Feih, who brought attention to the integration of research and clinical practice in head and neck cancer reconstruction and advanced design technologies, respectively. 

Dr. Ashish Gupta, an orthopaedic surgeon and CEO of Akunah, provided a glimpse into ‘Future Innovation in 3D Technology for Clinical Applications.’ 

These experts contributed their extensive knowledge and experience, addressing the current landscape and future possibilities for 3D printing in medical applications. 

A Commitment to Innovation

The event was made possible through the collaboration of the ARC Training Centre for Joint Biomechanics and industry partner Materialise, reflecting a shared commitment to fostering innovation in the medtech sector. Many thanks were extended to the organising team, including Monica Russell, Michael Mathews, and Susan Ong, as well as the AusPac Materialise team. 

As the forum concluded, attendees left with renewed inspiration and determination to drive advancements in 3D printing technology within their practices. The event established a foundation for a vibrant network of Point of Care Centres dedicated to delivering personalised healthcare solutions across Australia. 

Looking Ahead

The success of the 3D Printing in Hospitals Forum marks a significant step forward for the medtech industry in Australia. With the growing emphasis on innovation and collaboration, the future holds promising possibilities for enhancing patient care through 3D printing and digital technologies. Participants and organizers alike are optimistic about the ongoing evolution of these transformative technologies, paving the way for more effective and personalised treatment options in the healthcare system. 

Here’s to a bright future of an established network of innovative Point of Care Centres for impactful, personalised healthcare solutions in Australia! 

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University of Twente Delegation

University of Twente Delegation visits ARC Training centre for joint biomechanics

The ARC Training Centre for Joint Biomechanics recently welcomed a delegation of 30 enthusiastic physics students and professors from the University of Twente, a prominent public technical university located in Enschede, Netherlands. The visit underscored a shared commitment to collaborative learning and innovative research in the fields of biomechanics and physics.

Insights into Innovative Research

The delegation was greeted by Prof. Peter Pivonka, the program lead for Program 1, who provided a comprehensive overview of In Silico Upper Extremity Modelling and Simulation. His presentation highlighted the program’s ambitious goals, ongoing projects, and major achievements to date, which left a lasting impression on the visiting group. The advanced lab facilities at QUT, particularly those dedicated to biomechanical engineering and physics, captivated the students and faculty alike, as they explored the cutting-edge technology utilized in research. 

Following this, Prof. Graham Kerr, the program lead for Program 4, showcased exciting developments in In Vivo Assessment of Upper Limb Movements, Physiology, and Rehabilitation. His discussion focused on the program’s objectives, projects, and significant milestones. The delegation also toured the GAIT Lab at QUT’s Kelvin Grove campus, gaining deeper insights into the innovative research being conducted in biomechanics and rehabilitation.

Engaging Learning experiences

A highlight of the visit was an inspiring tour of The Cube, recognized as one of the world’s largest digital interactive learning and display spaces. With 48 multi-touch screens spanning two storeys, The Cube offers a unique platform for communicating STEM concepts and engaging the public in scientific research. Delegates experienced firsthand how this innovative space enhances digital learning experiences. 

Additionally, the visit included a stop at the Central Analytical Research Facility (CARF), organised by the Centre for Agriculture and the Bioeconomy, Faculty of Science, School of Chemistry and Physics. This facility exemplifies QUT’s commitment to advanced research and innovation, showcasing the state-of-the-art analytical techniques employed to support groundbreaking scientific discoveries.

Future Collaborations on the Horizon

The visit concluded with a mutual hope for future collaborations between QUT and the University of Twente. The exchange of ideas and expertise between the two institutions has the potential to drive significant advancements in physics, biomechanics, and rehabilitation. We are excited about the possibilities that lie ahead. Together, we can push the boundaries of innovation and discovery, contributing to the advancement of both fields. 

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Trailblazing at ESB 2024

Trailblazing at ESB 2024: Breakthroughs in Biomechanics Shine in Edinburgh!

29th Congress of the European Society of Biomechanics 

30 June – 3 July 2024, Edinburgh, Scotland

We are excited to highlight the remarkable achievements of our research team who recently made a significant impact at the 2024 European Society of Biomechanics (ESB) Congress in Edinburgh, Scotland.

Spotlight on our Presenters:

Dr. Maxence Lavaill delivered a thought-provoking presentation titled “Novel Geodesic Model for the Computation of Muscle Paths in Musculoskeletal Models.” His innovative model offers fresh insight into muscle path computation, promising to impact both healthy and pathological conditions.

Mr. François Bruyer-Montéléone captivated the audience with his research on “Beyond Bone Shapes: Unveiling the potential of Statistical Pose Models in Shoulder Analysis.” His groundbreaking work utilises statistical models to deepen our understanding of shoulder biomechanics.

Dr. Natalia Mühl Castoldi presented her study on “Cortical Bone Density Distribution Using a Discrete BMU Remodelling Model.” Her research enhances our comprehension of bone density and remodelling processes, contributing significantly to bone health.

Conference Highlights:

ESBiomech 2024 focused on “Biomechanics from Research to Practice,” emphasising the critical dialogue and collaboration between biomechanics experts and clinical professionals. The scientific program featured keynote speakers, podium and poster sessions, and showcased the latest developments across all branches of biomechanics.

Our team engaged deeply in the rich scientific agenda and participated in various traditional ESB sessions and activities, including interactive and mentoring sessions, student activities, and networking events. These sessions provided invaluable opportunities for knowledge exchange and collaboration.

Our team attended the session on Musculoskeletal Biomechanics II: Upper Extremity, chaired by Angela Elizabeth Kedgley and Sara Checa Esteban. They also participated in the Musculoskeletal Biomechanics III: Musculoskeletal Modelling Whole Body I, chaired by Darshan Sunil Shah and Bryce Adrian Killen. These sessions provided a rich platform for knowledge exchange and collaboration.

Looking Ahead:

At our Centre, we are actively developing a highly sophisticated model of the shoulder. Musculoskeletal modelling plays a pivotal role in understanding both healthy and pathological shoulder function. By improving upper limb orthopaedics and biomechanics, we aim to enhance patient outcomes and quality of life.

We are excited about the future and the continued impact of our research. We extend our gratitude to our dedicated team for their exceptional contributions and enthusiasm. Together, we push the boundaries of biomechanics research and practice.

We look forward to the next opportunities for collaboration and discovery. Thank you for celebrating our achievements with us!

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Insights from ISEK 2024

Insights from ISEK 2024: Advancements in Upper Limb Research

26 – 29 June 2024 | Nagoya, Japan 

The International Society of Electrophysiology & Kinesiology (ISEK) Conference held from June 26 to 29, 2024, served as a significant platform for the Centre’s Program 4 team, dedicated to In Vivo Assessment of Upper Limb Movements, Physiology, and Rehabilitation. The delegation made a notable impact, showcasing groundbreaking research that highlights advancements in understanding upper limb movements and rehabilitation techniques. 

Highlighting Groundbreaking Research

Dr. Wolbert van den Hoorn presented his influential work on Motor Neuron Synergies of the Deltoid Muscle, which uncovers hidden patterns and synergies in human movement. His research offers valuable insights into the mechanisms underlying upper limb functionality, paving the way for improved rehabilitation strategies. 

The program’s PhD students also made significant contributions, demonstrating their research excellence at the conference. Yuyao (Amy) Ma, based at The University of Queensland, was recognised as the runner-up for the Best HDR Presentation award, a testament to her impactful research and presentation skills.

PhD Student Contributions

The conference featured impressive poster presentations from two other PhD students: 

Mr. Giacomo Nardese focused on Deltoid Muscle and Cortical Complexity. His task-based analysis revealed intricate cortical patterns essential for tailoring rehabilitation interventions to individual needs. 

Mr. Arthur Fabre presented a poster on A Standardised Inertial Measurement Units-based Method for Upper Limb and Shoulder Kinematics Assessment. His research emphasises the importance of precise assessment techniques in understanding upper limb dynamics. 

Celebrating Achievements

The success of the delegation at ISEK 2024 not only highlights the innovative research being conducted within Program 4 but also underscores the commitment to advancing knowledge in biomechanics and rehabilitation. The program’s emphasis on collaboration and excellence continues to inspire its members to push the boundaries of research and clinical practice. 

“We are incredibly proud of our team’s achievements at ISEK 2024,” said a representative from the Centre. “Their hard work and dedication to understanding upper limb physiology will undoubtedly contribute to significant advancements in rehabilitation techniques.” 

As the delegates return from Nagoya, they bring back valuable insights and connections that will further enrich their ongoing research and collaboration efforts, reinforcing the Centre’s position at the forefront of biomechanics and rehabilitation science. 

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Future Leaders: Balmoral SHS Interns Join the Team

Balmoral Students Explore Biomechanics at QUT

 

Two students from Balmoral State High School had the exciting opportunity to attend a biomechanics program at Queensland University of Technology (QUT). They learned about human movement, joint mechanics, and used advanced technology for motion analysis and 3D modelling.

Interacting with PhD researchers, they gained valuable career insights and practical skills. This experience also gave them a taste of university life and inspired their future aspirations in biomechanics and medical research.

On their first day, students were able to meet with PhD students Natali and Natalia who introduced them to their fascinating projects focused on the femur bone. Natali and Natalia helped the students acknowledge the critical factors that affect bone density, emphasizing the importance of maintaining healthy bones through healthy diet and exercise. They discussed diseases like osteoporosis, a condition that weakens bones, making them fragile and more prone to fractures. The students learned that osteoporosis could have a significant impact, particularly on post-menopausal women. This is due to hormonal imbalances that occur after menopause, which can accelerate bone density loss.

A highlight was meeting Dr Laith Alzubaidi and postgraduate student Veronica. The students have shared their fascination with AI’s role in healthcare and discovered EMVision, a portable, safe device that produces high-quality images of biological tissue, offering revolutionary insights for clinicians. Throughout the interaction, the students were introduced to AI, gaining insights into its basics and potential applications in everyday life and technology. They also explored various AI tools available online, discovering how these tools can assist with coding and other tech projects.


Another thrilling part of their visit was exploring Kevin Grove’s Gait Lab. Here, they gained fascinating insights into how kinetics and kinematics work together. With guidance from PhD students, they experimented with motion detectors and sensors to track biceps and triceps muscle contractions. They explored activities like running, jumping, and boxing techniques, gaining valuable insights into how these muscles collaborate to maintain stability.

The students have shared one of the experiences they had during their time at QUT:

“During our time at QUT, we learned that 3D modelling for the skeletal structure is crucial for understanding and scaling up our knowledge of human body functions. From PhD student Max, we learned an extensive amount about 3D modelling and scaling, including how to polish the 3D models of skeletal structures on different types of bones. As for PhD student Amine, he taught us about X-rays, CT scans, and Microcomputed tomography (micro CT scans), providing a variety of information on these technologies.”

Adding to the amazing experiences, the students had the opportunity to meet with PhD student Corrina, who provided insights into bone remodelling and data analysis. They also got to chat with Hamid, another PhD student, who shared his wealth of knowledge on the crucial role of wear and implant placement in surgeries. Using Finite Element Method (FEM) software testing, Hamid illustrated the details and importance of this technology in ensuring successful surgical outcomes.

Their time at QUT was transformative, sparking a passion for learning and innovation.

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Unlocking your potential: Interpersonal Communication

Unlocking your potential: Mastering Interpersonal Communication Workshop

May 2 | 2024

On May 2, 2024, the Training Centre for Joint Biomechanics celebrated the success of its recent HDR Communication Workshops with the second iteration of “Unlocking Your Potential: Mastering Interpersonal Communication,” led by the dynamic Sally Foley-Lewis, CSP. As Vice President of Professional Speakers Australia, Sally brought over two decades of speaking experience to our Centre PhD students, helping them refine their communication skills in impactful ways.

Workshop Highlights

During this engaging session, participants explored several key concepts and practical strategies for effective communication: 

Foundations of Communication: The session began with a deep dive into the fundamental principles of communication. Students learned about the importance of clarity and effectiveness in conveying messages, essential across diverse settings. 

Discovering Your Communication Style: Sally guided participants through an insightful exploration of different communication styles using the DISC model, which categorises styles as Dominance (D), Influence (I), Steadiness (S), and Conscientiousness (C). This helped students understand their own styles and those of their peers. 

Engagement Styles: Sally introduced her innovative framework for communication engagement styles, known as ‘B.R.A.I.N.’—Bridging, Rationalising, Asserting, Inspiring, and Negotiating. Students identified areas for personal growth within this framework, enhancing their overall communication proficiency. 

Using and Applying Communication Styles: As a certified DiSC assessor and trainer, Sally guided attendees in recognising their own communication styles and adapting them to meet the core needs of others. The emphasis on flexibility underscored the importance of understanding different perspectives. 

Linking Communication to Emotional Intelligence: The workshop highlighted the role of emotions in communication. Students discovered how leveraging emotional intelligence can significantly enhance their interactions and relationships. 

1:1 Presentation Coaching: Sally engaged students in fun activities to create short presentations, focusing on essential elements such as body language, pace, intonation, and structural tips like the “rule of threes.” This hands-on approach helped reinforce the practical application of their communication skills. 

Identifying Roadblocks to Effective Communication: The workshop addressed common obstacles such as assumptions, biases, and misinterpretations. Students were equipped with strategies to navigate these roadblocks and enhance their communication efficacy. 

General Tips to Improve Communication: 

  • Putting Problems in Your Hand: Sally emphasised addressing challenges with a calm and collaborative approach, fostering a more conducive environment for problem-solving and rapport-building. 
  • Mirroring Body Language: Attendees learned the subtle art of mirroring body language to build rapport and enhance communication. Nonverbal cues can speak volumes! 
  • The Art of Listening: Active listening was highlighted as a cornerstone of effective communication and relationship-building, showcasing its significant impact. 

Valuing Differences: Participants learned to appreciate the diversity of communication styles and how to adapt their approach based on individual differences, fostering a more inclusive environment. 

Building Strong Relationships: Sally emphasised the critical connection between effective communication and relationship-building, offering techniques to establish trust and rapport in professional settings. 

About Sally Foley-Lewis, CSP

Sally Foley-Lewis is a global expert with over 20 years of experience across various industries in Germany, the Middle East, Asia, and Australia. As a Certified Professional Speaker and recognised LinkedIn Top Voice, she has authored multiple books on leadership, productivity, and communication. Her coaching and training efforts focus on enhancing self-leadership and boosting productivity. 

Looking Forward

We commend all attendees from the Centre, the Australian Cobotics Centre, and the QUT School of Mechanical, Medical and Process Engineering for stepping onto the centre-stage to practice these essential skills. Our Centre is committed to cultivating effective change-makers in their fields, and we believe that great partnerships begin with meaningful conversations and ideas. 

As we continue this journey of skill development, we look forward to further workshops and training sessions aimed at empowering our graduates to excel in their research and professional endeavours. Let’s keep training and growing together! 

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In-Silico Shoulder Research Grant

Grant Awarded to Advance Shoulder Surgery through Innovative In-Silico Research

April 15th 2024

Queensland, Australia — The ARC Training Centre for Joint Biomechanics is proud to announce that Dr. Maxence Lavaill, a post-doctoral fellow at Queensland University of Technology’s (QUT) School of Mechanical, Medical, and Process Engineering, has received a prestigious Advance Queensland Industry Research Fellowship. This grant, totalling $160,000 over two years, will fund the development of a novel in-silico musculoskeletal simulation tool specifically for shoulder joint surgery. 

The need for advancements in shoulder surgery is critical, as Queensland recorded over 2000 total shoulder replacements in the past year. Alarmingly, shoulder implant surgeries have the highest failure rate among all human joints, with approximately 15% of procedures requiring revision. Dr. Lavaill’s research aims to address these challenges by enhancing the modelling of shoulder mechanics, which is expected to improve surgical outcomes and patient care. 

In collaboration with the global MedTech leader Stryker, this research project will deepen the understanding of both healthy and unhealthy shoulder function. The insights gained from this work are anticipated to inform better clinical practices and drive the development of innovative solutions for patients. 

The partnership with Stryker represents a significant milestone in the journey toward enhancing the effectiveness of shoulder surgeries. As the field of shoulder joint surgery continues to evolve, research initiatives like Dr. Lavaill’s are essential to drive progress and innovation. 

As this project unfolds, the Centre looks forward to sharing updates on Dr. Lavaill’s research and its implications for the future of shoulder surgery in Australia. 

For more information, read the full QUT article here: https://lnkd.in/gD4uKkVE 

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QUT Recognises Advancement in Deep-Learning Framework for Medical Image Analysis

QUT scientists have developed an advanced deep learning framework specifically designed to detect shoulder abnormalities, including fractures, arthritis, and deformities, in X-ray images. This cutting-edge framework achieves an impressive accuracy rate of 99.2 percent. By leveraging this technology, clinicians can swiftly and accurately diagnose shoulder issues, especially in emergency situations where timely decisions are critical.

Key Points:

  1. Challenging Musculoskeletal Issues: Musculoskeletal conditions affect a staggering 1.7 billion people worldwide, causing pain and debilitation. Detecting abnormalities in the shoulder using X-rays can be particularly challenging.
  2. Deep Learning Framework: The proposed framework utilizes deep learning techniques to analyze X-ray images. It addresses previous limitations related to performance and transparency.
  3. Feature Fusion Technique: The process involves combining features extracted from seven deep neural models. This fusion technique enhances the accuracy and overall performance of the framework.
  4. Validation and Trustworthiness: The framework has been rigorously validated to ensure reliable decision-making. It outperforms both previous computer methods and human doctors, including orthopedic surgeons and radiologists.
  5. Access the Full Text: For more details, you can read the full article on the QUT website: QUT News – Deep Learning Enables Faster, More Accurate Decisions on Shoulder Abnormalities Treatment.
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Empowering the Future: Centre Retreat

Empowering the future: Highlights from the 2024 Centre wide retreat

15 – 16 February 2024, Marcoola

We are thrilled to share the exciting highlights from our 2024 Centre Wide Retreat, held on February 15th and 16th in the picturesque setting of Marcoola. This annual event was a dynamic opportunity for our chief investigators, students, and staff to come together, refine their skills, and shape the future direction of the ARC Training Centre for Joint Biomechanics.

Day 1: Igniting Innovation and Strategic Vision

The retreat kicked off with an inspiring series of updates from our Centre’s leadership. Director Prof. Yuantong Gu, along with Program Leads Prof. Peter Pivonka, A/Prof. Saulo Martelli, Prof. Lisbeth Grondahl, and Prof. Graham Kerr, delivered compelling presentations that highlighted the impressive progress and achievements within the Centre. Their insights not only showcased the fantastic work being done but also set the stage for the exciting developments ahead.

We were then honoured to host Prof. Shaun Gregory, Director of the Centre for Biomedical Technologies at QUT. Prof. Gregory led a session on developing impact pathways for our Centre, revealing strategic approaches that align with our ambitious goals and future aspirations. His expertise provided our team with a clear roadmap for maximizing our impact and achieving our vision.

Day 2: Cultivating Talent and fostering collaboration

The second day of the retreat was filled with productive discussions and collaborative sessions. Prof. Yuantong Gu provided essential training for our Early Career Researchers (ECRs), focusing on fellowships and grant applications. This session was crucial in equipping our emerging researchers with the tools and knowledge needed to succeed in their academic careers.

Meanwhile, Centre Manager Rosalee Armitage engaged with our PhD students to brainstorm ideas for developing their skillsets and enhancing their overall experience. The students participated in a creative exercise where they envisioned being “Director for a day” and pitched their innovative ideas to the team. Their enthusiasm and fresh perspectives were truly inspiring.

Deputy Director Prof. Peter Pivonka facilitated discussions among our Chief and Partner Investigators (CIs and PIs) to explore inter-program collaboration and set ambitious goals for their programs. These discussions laid the groundwork for future collaborations and strategic planning, promising exciting developments for our Centre.

Overall, the 2024 Retreat was a tremendous success, brimming with valuable insights, innovative ideas, and a renewed sense of purpose. We are excited to transform these discussions into actionable strategies that will drive the future of our Centre and continue to advance the field of joint biomechanics.

Stay tuned for more updates as we implement these plans and continue to shape the future of our Centre!