Active Aero: Beyond the Wing
How modern hypercars use DRS, air brakes, and underbody venturi tunnels to manipulate airflow in real-time for maximum performance.
Read More →Exploring the intersection of mechanical precision and digital innovation. Deep dives into powertrain dynamics, aerodynamics, and sustainable mobility. Join us as we redefine the boundaries of automotive engineering.
Modular platform design enabling 800V charging and 600km range.
Advanced computational fluid dynamics for optimal airflow management.
Machine learning algorithms that predict component failures before they happen.
How modern hypercars use DRS, air brakes, and underbody venturi tunnels to manipulate airflow in real-time for maximum performance.
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Analyzing the efficiency gains of MGU-K and MGU-H systems transferred from F1 to road cars. Energy recovery redefined.
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The evolution of monocoque chassis design and the future of graphene-enhanced carbon fiber for ultimate strength-to-weight ratio.
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Hello, I'm a Senior Automotive Engineer with a decade of experience in powertrain development and vehicle dynamics. My journey has taken me from Formula Student competitions to leading R&D teams at major automotive manufacturers.
This blog is where I document my research, prototypes, and thoughts on the rapidly evolving automotive landscape. I believe in sharing knowledge to push the entire industry forward.