Muhammad Bilal Afzal

Qualified Functional Safe Libraries

-Development and maintenance of application layer software for Human-Machine Interface (HMI) infotainment systems of BMW vehicles. - Providing HMI framework to different teams on HMI layer such as entertainment, navigation, setting, speech, systems, communication and Remote Apps.

-Software Architectural concept design for the WLAN technology in ConMod project of VWIF. -Requirement Analysis , System use cases, concept review of the WLAN -Application level interface study and mapping from different processors. -Analysis of the already present interfaces from different sources -Script writing in Python for transofrmation of new interface format based on JSON

The core responsibility of the our team is to develop test automation agent and provide interface level automated testing for telephony and device manager modules of infotainment system. The tools and technologies associated with test automation agent and automated testing are as following. - C++ 11 - Python 2.7 - Enterprise Architect - Google Tests - Common API - Eclipse - Linux -Bluetooth Stack -GIT

Evaluate and measure a Proof of Concept for a system to transfer bulk data between multiple partitions or multiple SOC’s in an embedded automotive system using mutual memory technologies. The concept of shared memory communication shall be compared to standard socket communication in terms of: • Communication net performance • Reliability, i.e. probability of data corruption • Implementation complexity, i.e. time to solution, maintenance efforts

Worked on the software design and development of infotainment system for FORD Motor Company.Contributed in all stages of the TIGER(Test Integrated Graphical Editable Runner) development which will serve as the front end for TAA(Test Automation Agent ). -Python and WxPython -SCRUM -Eclipse , SVN, UML, JIRA, Fisheye crucible,

Automotive Software Development, Real-time systems, Multicore programming, Software- Hardware codesign, Formal specification and verification, Communication protocols and performance measure.

Software Development , Web Engineering , Compiler construction, Data structures, Databases , Object Oriented Programming, Network and communication, Management , Operating system concepts and system Programming.