Abdul Basit Noor Malik

• Performed comprehensive manual testing for software applications including Epinet, InlineInsight, and Epix, ensuring functionality, reliability, and user satisfaction. • Conducted detailed code reviews for junior developers, providing constructive feedback and maintaining high quality coding standards in C#. • Developed and maintained robust test automation infrastructure using Ranorex (C#), streamlining testing processes and enhancing efficiency.

• Designed, developed, and maintained a robust test automation framework to enhance efficiency reliability. • Authored and executed automated test cases using the Robot Framework and Python for embedded systems operating in a Linux (Ubuntu) environment. • Conducted testing of key functionalities ensuring optimal system performance. Raised defects and collaborated with development teams for resolution while mentoring new team members on technical best practices and processes.

• Programmed GUI screens utilizing Segger emWin with proficiency in C programming for embedd microcontroller platforms. • Conducted GUI simulations using Microsoft Visual Studio (2010/2015) with .NET Compact Framework, ensuring functionality and user experience alignment. • Developed and programmed GUI screens in C# and C, delivering seamless and intuitive user interfaces. • Created comprehensive unit test cases to validate system functionalities and ensure code quality.

The goal of this work was to analyze the information present in the A2L file (ECU description file) and find out whether the derived information is complete to drive an ECU-simulation. After the analysis of the file it was found out some information was missing and should be provided to ECU-simulation. The missing information was provided through XML file. The ECU-simulation used was based on XCP protocol over CAN and Ethernet.

Implemented fully automated application to be used as an ECU programming (flashing) performance test via XCP protocol capable of 1. Reading fibex files, 2. Automatically detecting the hardware (ETAS flexray hardware supported only). 3. Handling timing behavior on different cores of the CPU by using the ETAS designed high timer. 4. Generating log files according to ETAS standards.

Worked as an assistant scientist in Fraunhofer IGD for more than one year and made image processing applications for Apple devices such as ipad and iphone in C. The image processing applications includes designing of a Gauss filter and bilinear enlarge etc and then optimize them for least execution time.

VHDL and Verilog Programming language, Advanced Digital Integrated Circuit Design, Computer Networks, Digital Signal Processing and Adaptive Filters.

C, C++ and Java, Microprocessor and Embedded Systems, Computer Architecture and Digital Logic Design, Communication Systems and Signal Processing, Data Structures and System Programming.