Ing. Usman Asghar

• Design and development of a new generation (NG) test system for our SC team • Implement Git version control System for efficient development of LabVIEW code Modules • Develop custom step types with user interface in Teststand for rapid test case development • Design and develop test cases for different software modules within main control unit (MCU)

Hardware Abstraction Layer (HAL)-mitigating the hardware obsolescence in the NG Testsystems • Provided online support to maintain test systems located in China • Utilized SuperHAL library to develop test sequences for the self test fixtures • Validated test code and test adapter for the high voltage inverter board (up to 400V)

Test Engineer, Test Planning Department Siemens Healthcare GmbH, Erlangen, Germany • Owned test code development and moderation for Inverter Test Solution • Provided prompt technical support to ensure smooth end-of-line(EOL) testing • Validated the test solution: test adapter and test program specialized in functional tests • Responsible for the upgrade of automated test equipment for inverter products (up to 600V)

Automate test and measurement setups using NI hardware (DAQ) and software (LabVIEW) products to save time and yield higher accuracy in experimental results Design printed circuit board (PcB) layouts and develop embedded applications with arduino/ raspberry pi to fulfill and satisfy customer requirements

Gather LoRa (868Mhz) and WiFi RSSI samples and create RF heat maps for both indoor and outdoor locations Apply machine learning algorithms on generated RF maps to locate the position of unknown node

Worked closely with production engineers to prepare test specifications and sequences Successfully created automated test setups and processes for RF sub-GHz devices, in accordance with acceptance test procedure (ATP) documents Written software programs in VB.NET/LabVIEW to support automated testing Maintained in-house developed fixtures; performed periodic calibration of test systems Deployed automated test setups at various signal repairing and test workshops

Developed control algorithm and designed printed circuit boards (PCBs) for Home automation devices such as light control, multimedia control, curtains Designed and developed a system to wirelessly control and monitor status of different processes (Remote terminal units, Jammers and more)

Internet of things, Process automation, Control Systems, Robotics

Electronics, Signals and Systems, Wireless Communication, Digital Signal Processing, Control Systems, Computer Architecture