Enabling Aerospace & Defence Innovation - A MathWorks Seminar
Overview
Join us in Brisbane for a dynamic MathWorks Aerospace & Defence customer event, where leading experts from Trusted Autonomous Systems, Whipbird Signals, and the University of Queensland will share their real-world experiences using MATLAB® and Simulink® in cutting-edge research and development.
This session will explore how organisations across the defence and aerospace sectors are embracing the megatrend of autonomy, with Trusted Autonomous Systems providing insights into the evolving landscape of trusted autonomous systems and sovereign capability.
You’ll also hear how Whipbird Signals and the University of Queensland are leveraging model-based design, simulation, and automatic code generation to accelerate innovation, reduce risk, and streamline their development workflows—from concept through deployment.
As this event is catered, please send any dietary requirements to Cindy Chen.
Highlights
- Discover the latest advancements in Autonomous Systems and their role in building Sovereign Capability.
- Explore how customers and universities are accelerating science and engineering innovation.
- Experience the newest features and capabilities in MATLAB and Simulink.
- Learn how MathWorks supports Digital Engineering—from defining requirements to operational deployment.
- Share your challenges and successes with peers and colleagues across the industry.
Who Should Attend
Controls Systems Engineers, Aerospace Engineers, Program Managers, Engineering Managers, Team Leads, System Engineers, Engineers, Developers, and Scientists, Academics and Researchers in aerospace engineering
About the Presenter
Glen Schafer, Trusted Autonomous Systems
Glen Schafer is the dynamic CEO of Trusted Autonomous Systems (TAS), a leading Defence Cooperative Research Centre based in Brisbane. With a strong academic foundation—holding a Master’s in Engineering Science (Aerospace Engineering) and a Master’s in Systems Engineering.
Under Glen’s leadership since TAS was established, the organisation has grown into a trusted partner for the Defence Science & Technology Group and the ADF where Glen oversaw many high-impact autonomy programs.
Glen is widely recognized for driving innovation in robotic and autonomous systems through agile, collaborative R&D engagements across industry, defence, and academic sectors Under his direction, TAS continues to pioneer trusted autonomy technologies, fostering sovereign capability and safety for complex mission systems
Dr Chamith Wijenayake, University of Queensland
Dr Chamith Wijenayake is currently a Senior Lecturer at the School of Electrical Engineering and Computer Science (EECS) at University of Queensland (UQ). Prior to joining UQ, Chamith was a Lecturer at the School of Electrical Engineering and Telecommunications (EET) at UNSW, Sydney. His research interests include multidimensional signal processing, FPGA based system design, and engineering education. Chamith is a Senior Member of the IEEE, and has received a number of awards for his outstanding contributions to student learning including UQ Faculty of Engineering Teaching and Learning Excellence Award in 2023 and UQ-wide citation for outstanding contributions for student learning in 2024.
Dr Tyson Phillips, University of Queensland
Tyson Phillips is a Senior Lecturer in the School of Mechanical and Mining Engineering. His research focuses on perception and automation, with an emphasis on delivering situational awareness capabilities to support autonomous decision-making. Much of his work has been applied to mining equipment platforms, where he specializes in extracting beliefs from LiDAR point cloud data to enhance machine understanding of complex environments.
Dr Jason Williams, Whipbird Signals
Dr Jason Williams is the Director of Sensor Fusion at Whipbird Signals. He joined in 2023 with over 20 years of experience in estimation, multi-object tracking, sensor resource management and autonomous systems. He worked at the Defence Science and Technology Group, as a Senior Research Scientist in sensor fusion. Subsequently, he worked in CSIRO’s Robotics and Autonomous Systems Group, including in Team CSIRO Data61, which placed second in the international DARPA Subterranean Challenge. He started his career working in Electronic Warfare in the Royal Australian Air Force.
Ying Chen, MathWorks
Ying Chen is a Principal Application Engineer at MathWorks, specializing in signal processing, wireless communications, and transceiver design. She has a solid background in both academic and industrial environments, focusing on the design and implementation of satellite communications and radar systems.
Agenda
| Time | Title |
8:00 |
Registration Tea, coffee and light refreshments |
8:30 |
Welcome and Introduction |
8:45 |
Session 1: Autonomous Systems Australia’s Sovereign Capability – Glen Schafer, Trusted Autonomous Systems |
9:15 |
Session 2: Model Based Digital System Design for DSP - from University Teaching and Learning Perspective – Dr Chamith Wijenayake, University of Queensland |
9:45 |
Session 3: Providing Situational Awareness for Decision Making in Complex Environments - Dr Tyson Phillips, University of Queensland |
10:15 |
Morning Tea Tea, coffee and light refreshments |
11:00 |
Session 4: Experiences Developing Radar Signal Processing Prototypes for Automotive Radars – Dr Jason Williams, Whipbird |
11:30 |
Session 5: Requirements to Code Generation: A Digital Engineering Story – Dr Ying Chen, MathWorks |
12:15 |
Wrap-up |
12:30 |
Lunch |
1:30 |
Event end |
