Robotics & Autonomous Systems for Aerial Intelligence
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As autonomous technologies redefine what’s possible in air, space, and beyond, this webinar explores how MathWorks tools empower engineers and researchers to design, simulate, and deploy next-generation robotic and aerial intelligence systems with confidence.
Webinar Outline
- Introduction to Robotics and Autonomous Systems – Mission engineering view, MBSE
- MathWorks Solutions for Robotics and Autonomous System Development- overview
- MATLAB & Simulink Ecosystem for Aerial Intelligence – toolboxes and its features
- Autonomous Aerial Intelligence Applications examples for Space, Agriculture and other domains
Webinar Highlights
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- Foundations of Robotics & Autonomy: Understand mission engineering perspectives, and how MBSE enables system integration and traceability for robotics and autonomous systems.
- MathWorks Solutions Overview: Discover how MATLAB® and Simulink® streamline design, simulation, testing, and deployment of robotics and autonomous systems.
- Aerial Intelligence Ecosystem: Dive into the MATLAB & Simulink toolboxes that power aerial intelligence systems
- Cross-Domain Applications: See real-world examples of aerial intelligence systems in space exploration, agriculture, infrastructure inspection, and more.
About the presenter
Anila Benny is an Electronics Engineer with a post-graduate degree in Biomedical Engineering and 10+ years of experience in automotive embedded software development and testing using Model Based Design, Biomedical Engineering, Spectroscopic research, Teaching and Application Engineering. Anila joined CES as an Application Engineer in 2024. Since then, Anila has been engaging with customers from Automotive, Aerospace, Robotics, Defense, and Renewable Energy sectors.