Muhammad.

○ Developed and optimized performance-critical software modules using C++ (NDK) and
JNI, improving memory efficiency for applications with 100k+ active users.
○ Designed modular and scalable software architectures using Clean Architecture and
MVVM, transferable to embedded and automotive systems.
○ Improved system stability by 20% through safe multithreading and asynchronous programming using Coroutines and Flow.
○ Worked closely with QA and product teams in Agile environments to deliver stable
production releases.

○ Implemented software components based on technical specifications and UI designs.
○ Integrated RESTful APIs and ensured robust data handling and error management.
○ Gained hands-on experience with collaborative software development and version control.

Incoming M.Sc. Automotive Software Engineering student at TU Chemnitz
(April 2026) with a strong interest in ECU software, embedded systems, automotive HMI,
and real-time applications.