🚀 Automotive Systems Engineer 🚀
Architecting the Future of Safe & Robust Automotive Systems
I specialize in System Specification for safety-critical (ASIL D/B) AUTOSAR, RTOS and POSIX based systems. This specialization is complemented by my professional proficiency with essential engineering tools such as MatLab, Robot Operating System (ROS) , SolidWorks, Altium Designer, and AutoCAD, alongside practical experience in C, C++, and Python.
| Area | Description | Icons |
|---|---|---|
| 🛡️ Safety-Critical Systems | Deep expertise in ASIL D/B compliant system specification and design. | ASIL D/B |
| 💻 AUTOSAR & POSIX | Proficient in developing and specifying for both AUTOSAR (Classic/Adaptive) and POSIX environments. | AUTOSAR POSIX |
| 🧠 Multi-Core Architecture | Proven ability in designing robust and efficient multi-core solutions for demanding automotive applications. | SoC μC |
| 🎯 Requirements Engineering | Skilled in translating customer requirements into precise and actionable technical specifications. | Reqs |
| 🤝 Technical Leadership & Alignment | Leading technical discussions and ensuring alignment between engineering teams and OEMs. | Teams OEMs |
| 🔗 Integration Strategies | Defining and implementing effective system and software integration strategies. | CI/CD |
| ✨ ASPICE Application | Applying ASPICE principles to ensure process quality and continuous improvement. | ASPICE |
I leverage a range of technologies, engineering tools, and programming languages to bring automotive systems to life:
Note: Top languages are only an estimate based on public repositories.
I'm always open to discussing new challenges, collaborations, or just chatting about the future of automotive tech!
"The best way to predict the future is to engineer it."