Advanced materials - *Low weight - high strength to absorb energy Safety Technology - *Mechanical system calibration *Electronic safety ADAS- *Sensors for better drivability with safety *Adjustable driving mode Tuned Brake & suspension systems Driver education & real time feedback Testing & improvement

… Safety usually comes with regulations whereas performance is driven by market/ customer demand as product definition … Shortly, safety always first, then the rest ??…

Balancing performance and safety in automotive engineering is a complex task that requires optimizing multiple, often competing, aspects of vehicle design. Achieving this equilibrium involves several key principles: i. Material Selection. ii. Structural Design Optimization. iii. Aerodynamics and Stability. iv. Powertrain and Braking Systems. v. Advanced Driver Assistance Systems (ADAS. vi. Testing and Simulation. vii. Regulatory Compliance. viii. Consumer-Centric Design. Finding this balance is never about a "perfect" solution but rather about meeting high safety standards while delivering exceptional performance. This balance is iterative, constantly refined as new technologies and materials emerge.

Following my experience on electronic control unit design, before thinking about the design, materials and so on, the first step, is to think the process. Have a clear and efficient process allows clear concept, requirements and architecture. This limit the risk of overdesign, or undetected weakness, and avoid complex specification. The simpler the better.

Achieving a harmonious balance between performance and safety in automotive engg. is a multifaceted endeavor that demands a systematic and meticulous approach. To attain this optimal equilibrium, engineers must accord paramount importance to safety features such as ADAS, robust structural design, and reliable braking systems. Concurrently, they must optimize performance aspects encompassing engine power, handling, and acceleration. By harnessing cutting-edge technologies such as lightweight materials, advanced aerodynamics, and efficient powertrains, engineers can forge a delicate balance between these two critical factors, culminating in the creation of vehicles that are both exhilarating to operate and exceptionally secure.