Muhammad Burhan Hassan

* Review of SwAD, SwRS and HSI specifications, discussion with the involved stake holders to achieve the consistency between the Software and Requirements * Review of delivered MCAL (Micro-Controller Abstraction Layer) Drivers, configuration and development of wrapper functions to integrate the MCAL within Software * Debugging of the critical issues rose during project, documentation of the root-cause, designing and implementation of the fix and pier reviews.

• Safety Critical System Development o Requirements Analysis (DOORS) o Implementation of a software module for ECUs for safety critical system o Static code analysis (QA-C) and Simulation of SW modules using CANoe o Automated Unit Testing (VectorCAST) • Software Testing Automation o Analysis of function modules and formulation of test data o Development of test cases to achieve required test coverage o Documentation of test results

* Development of Project on theme of IoT * Assessment of Suitable Encryption Algorithm to fit limited memory and CPU speed of Controller. * Development of interface for using this protocol. * Development of prototype for Client (Arduino) / Server (C++) communication over TCP with AEAD Cipher (ChaCha20Poly1305).

1. Software Testing – IOS, Windows and Android Platforms 2. Bugs Reporting on “Jira” – Issue and Project Tracking Software 3. Resolving of Issues/Bugs related to Web based GUI (CSS, html, Java Script) 4. Software Testing Automation: Scripting on VBA to automate transfer of Test Suits to “TestLink” - Open Source Test Management tool 5. Assessment of Lightweight encryption protocol with low memory footprint, suitable for Micro controllers (Arduino) for IoT.

Development of "Statistical Data Analysis Platform" using VBA, SQL,ACCESS and Minitab.

* Real Time Programming (Paradigms and Concepts of Real Time Programming) * Embedded System Engineering * Software Engineering for Real Time Systems (V-Model, Requirements Engineering, Software Modelling) * Industrial Automation Systems (Automation topology, CAN, Flex Ray, LIN)

* Embedded Systems * Digital System Designs * Operating System Concepts * VLSI * Micro processors and Interfacing (PIC16X)