
Podcast: Discussing The Importance of In Silico in Medical Device Innovation Through Simulation
In a recent episode of Siemens’ Engineer Innovation Podcast, we delve into the dynamic world of hardware and IoT device development with Tim Dieryckx, our visionary CEO.
19 December 2022

Voxdale BV
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In a recent episode of Siemens' Engineer Innovation Podcast, we delve into the dynamic world of hardware and IoT device development with Tim Dieryckx, our visionary CEO. Tim sheds light on a critical challenge faced by many startups – the prohibitive cost of bringing innovative products to market.
Join us as listeners explore how Voxdale empowers entrepreneurs by revolutionizing the product development landscape.
Key Topics Discussed
Cost Barriers in Device Development
Unveiling the primary obstacle to market entry – the high cost of prototyping.
Digitalizing Development
Tim elucidates the transformative approach of digitalizing the development process.
Exploring the creation and testing of virtual prototypes to mitigate financial constraints.
Medical Device Innovation
Emphasizing the impact of lowered development costs on groundbreaking innovations, especially in the medical device sector.
Voxdale's Role
Insight into how Voxdale supports startups in accelerating their hardware and IoT projects.
Episode Highlights
Startup Support (02:07)
Tim elaborates on how Voxdale aids startups in navigating the challenges of product development.
Simulation in Medical Devices (03:29)
The crucial role of simulation in designing cutting-edge medical devices.
Understanding "In Silico" (06:13)
Tim defines the concept and its significance in the context of medical device development.
Benefits of Simulation (08:18)
Exploring the advantages of the "in silico" approach in terms of efficiency and cost-effectiveness.
Cost Reduction (15:58)
Tim details how simulation contributes to substantial cost reduction in the development of medical devices.
Tune in as we unravel the intricacies of engineering simulation and its pivotal role in shaping the future of medical device innovation.