·       Perform Test automation for 'ProjectRadar', which is an in-house software development project built upon intelligent data crawling & processing technique  

·       Plan / write test cases & test scripts for manual and automation test purposes

·       Prepare test documentation & reporting

·       Identifying necessary test data to support test conditions and test cases

·       Designing and prioritizing test cases

·       Building the test environment and verifying execution set up

·       Create, Re-Test, Prioritize and Monitor defect tickets in JIRA

·       Analyze & identify root cause and effects of Defect / Failure

·       Perform Black-Box & White-Box testing

·       Actively participate on Review meetings

·       Checking test results and logs against specified coverage criteria

·       Write SQL queries to find necessary information from database

Used Technologies:

Java, Selenium, Maven, TestNG, ExtentReport, SQL-Server, Super SET, Microsoft Visio, IntelliJ

·       Machine Learning

·       Image Synthesizing with Generative Adversarial Network

·       Acoustic Simulation

Interdisciplinary IoT Project with Scienti?c Methods. Data acquisition and visualization for Position sensors

The following tasks have been performed:

·       Acquire data from both analog and encoder sensors

·       Send the data over cloud using ESP32 wi? module

·       Store the data from cloud to In?ux DB

·       Switching of logical gate controls with Programmable Logic Controllers

·       Inverters

Master thesis in control, Computer and Communications Engineering, Face Synthesis using Generative Neural Networks, Department of IEM.

The following tasks have been performed:

·       Dataset with faces of different age group is trained with AlexNet, ResNet18, Generator Network and Discriminator Network

·       Images are synthesized or aged to a given certain age class using Generative Adversarial Network, losses of the AlexNet, Resnet18, Generator and Discriminator are calculated and evaluated

Master Thesis: Evaluation of Test Structure for Use in Electronic Packaging, Institute of Micro and Sensor Systems

The following tasks have been performed:

·       Design of patterns on substrates (Ceramic, Flexible, FR-4) using screen printing technique

·       Assembly of SMT (Surface Mount Technology) on ceramic, ?exible and Fr-4 substrates with solder technologies such as lead based (63Sn37Pb), lead free (SAC 305)

·       Adhesive joining technologies (EPO-TEKrH20E-FC) using stencil printing technology

·       Curing of solder and adhesive technologies with vapor phase technique and heating oven

·       Evaluation of the completed samples using various test methods such as shear, bent, temperature cycling, bending and micro-sectioning test