🚗 Excited to have attended the Automotive Embedded Systems Workshop today! 🌟
I had the opportunity to dive deep into the latest advancements in automotive technology, exploring how embedded systems are revolutionizing vehicle performance and safety. From real-time operating systems to cutting-edge software development And Testing techniques, the workshop provided invaluable insights into the future of automotive engineering.
#AutomotiveEngineering#EmbeddedSystems#Innovation#TechWorkshop#ContinuousLearning
This course introduced me to foundational concepts and frameworks for embedded system and automotive innovations. I learned the process of design, development, and implementation of embedded systems within Automotive vehicles. I gained basic knowledge on microcontrollers, software development, sensor integration, and the application of these systems to enhance vehicle functionality, safety, and performance. Through real-world examples and case studies I learned how onboard computer on vehicle has opened immense opportunities to transform every aspect of modern commute and logistics. Embedded systems are completely transforming the automotive industry & enabling integration of other innovations on vehicles.
🚗🔌 As E/E architectures become more complex, automotive OEMs are turning to AUTOSAR to simplify and streamline software design!
Our latest white paper dives into the AUTOSAR R20-11 release, examining how embedded software solutions address challenges in electronic control unit (ECU) design and pave the way for the future of modular, standardized automotive systems. Perfect for those looking to stay on the cutting edge of automotive tech!
#AUTOSAR#AutomotiveTech#EESystems#Innovationhttps://sie.ag/4do7L4
🚗🔌 As E/E architectures become more complex, automotive OEMs are turning to AUTOSAR to simplify and streamline software design!
Our latest white paper dives into the AUTOSAR R20-11 release, examining how embedded software solutions address challenges in electronic control unit (ECU) design and pave the way for the future of modular, standardized automotive systems. Perfect for those looking to stay on the cutting edge of automotive tech!
#AUTOSAR#AutomotiveTech#EESystems#Innovationhttps://sie.ag/3d34es
The goal of our work is clear: our driving functions are designed to save lives. Many challenges have to be overcome before it can be used in a production vehicle. After all, there is an extensive development process between the first visions and a ready-to-use driving function. And in the automotive sector, special software meets special hardware.
The principle of embedded software engineering is often used to ensure that the special requirements can be directly incorporated into the development process. This is because for safely usable functions it is crucial that they perfectly fit to the target hardware. To ensure safe mobility in the vehicle, the way there must also be safe.
#embeddedsoftware#engineering#vaiva#technology#development#wearevaiva
🚗🔌 As E/E architectures become more complex, automotive OEMs are turning to AUTOSAR to simplify and streamline software design!
Our latest white paper dives into the AUTOSAR R20-11 release, examining how embedded software solutions address challenges in electronic control unit (ECU) design and pave the way for the future of modular, standardized automotive systems. Perfect for those looking to stay on the cutting edge of automotive tech!
#AUTOSAR#AutomotiveTech#EESystems#Innovationhttps://sie.ag/3d34es
🚗🔌 As E/E architectures become more complex, automotive OEMs are turning to AUTOSAR to simplify and streamline software design!
Our latest white paper dives into the AUTOSAR R20-11 release, examining how embedded software solutions address challenges in electronic control unit (ECU) design and pave the way for the future of modular, standardized automotive systems. Perfect for those looking to stay on the cutting edge of automotive tech!
#AUTOSAR#AutomotiveTech#EESystems#Innovationhttps://sie.ag/3d34es
Vehicle development is more and more oriented to make the driver experience more friendly and secure and, at the same time, taking care of pedestrians, environment and nature. Embedding all required intelligence in “smart vehicle systems”, being compliant with an exponential increase of attached requirements, seems to be quite difficult to manage. Like energy, complexity is transformed, making things more friendly for end users moving complexity to systems engineering.
Model Base approaches, like MBSE, helps to manage complexity in a more efficient way, starting with a comprehensive and efficient requirements definition, verification and validation. STIMULUS, a Dassault Systèmes solution, provides unique capabilities to reduce complexity and increase efficiency in this, more and more, “smart” challenging world.
The term "Software-Defined Vehicle" underscores the growing importance of embedded software in modern vehicles. Ensuring:
1- the accuracy and completeness of its definition (aka software requirements), and
2- the effectiveness of the test and validation techniques
has become extremely critical.
Stimulus has emerged as the State-of-the-Art solution to both challenges as shown in this 7-minute demo featuring a Battery Management System example:
#Software#Automotive#Technology#Innovation#requirements engineering
The term "Software-Defined Vehicle" underscores the growing importance of embedded software in modern vehicles. Ensuring:
1- the accuracy and completeness of its definition (aka software requirements), and
2- the effectiveness of the test and validation techniques
has become extremely critical.
Stimulus has emerged as the State-of-the-Art solution to both challenges as shown in this 7-minute demo featuring a Battery Management System example:
#Software#Automotive#Technology#Innovation#requirements engineering
Great video on how the shift left model can help automotive software developers find bugs earlier, start writing code as soon as possible, and use hardware simulations: https://ow.ly/q6ss30sIocY#WeAreWindRiver
