28/05/2026
Accelerating Medical Device Innovation: Model-Based Design & Real-Time Testing 🚀🩺
As medical technologies become increasingly software-defined—from smart implants and patient monitors to advanced robotic-assisted surgical tools—managing engineering complexity while ensuring absolute safety has never been more critical.
For research institutions, government labs, and academic centers across India developing next-generation MedTech, traditional development methods can lead to costly integration errors late in the cycle.
In this featured webinar, experts from Speedgoat and MathWorks demonstrate how adopting a Model-Based Design (MBD) workflow with Simulink and Speedgoat real-time test systems helps engineering teams completely transform this process.
Key Insights Covered:
🔹 Early & Continuous Testing: Validate complex control algorithms via Rapid Control Prototyping (RCP) and Hardware-in-the-Loop (HIL) simulation—allowing you to test edge cases safely using a digital twin long before physical prototypes exist.
🔹 Streamlined Compliance: Seamlessly map your development to strict international regulatory standards like IEC 62304.
🔹 The Digital Thread: Maintain end-to-end traceability by linking requirements directly to models, automatically generated code, and automated FMEA (Failure Modes and Effects Analysis).
The session highlights real-world success stories from pioneering organizations leveraging these workflows for robotic prosthetics, personalized brain stimulation, and advanced X-ray radiography.
As the proud distributor of Speedgoat products PAN India for the Education and Government domains, DesignTech Systems is committed to empowering Indian researchers, scientists, and academicians with the world's leading real-time testing technologies.
📺 Watch the full webinar here: https://www.youtube.com/watch?v=y_z-NNLzeYM
💡 Want to learn how to integrate Speedgoat test systems into your lab or government research facility? Reach out to our team at DesignTech Systems today or drop a comment below!
This webinar will show how prototyping and testing of medical devic...