Kamrul Huda

• Understand Software Requirements and Prepare Detailed Design Specifications • Develop Simulink Model from Detailed Design Specifications and Convert it into TargetLink Model for Auto Code Generation • Create Unit Test Specifications from Detailed Design Specifications • Unit Verification and Support for Validation on the Test Bench Tools: MATLAB, Simulink, TargetLink, TPT, Siemens Polarion ALM, DaVinci

Thesis Title: Developing and Validating an Artificial Neural Network-Based Model to Determine the SOC of Lithium-ion Battery Cell of Electric Vehicle • Time Series Data Analysis of Lithium-ion Battery Cell • Developing RNN-LSTM based Artificial Neural Network Model to Predict the SOC of a LG-18650HG2 Battery Cell using TensorFlow Framework in Python • Transfer Learning with Panasonic-18650PF Battery Cell Data for the Trained Model

• Test Case Design, Implementation, Execution for Evaluating Vehicle Tests and HiL Tests - Manual and Automated for Mercedes Benz Vehicle • Working with Siemens Polarion ALM and Vector Tools (Ex- CANoe, CANape, CAPL, VTest Studio etc.) • Collaboration with Requirements Engineering and Software Development Team

• Research on procurement alternatives • Technical clarification of material and product requirements • Obtaining and evaluating technical and commercial offers • Interaction with contact persons of international suppliers

• Execution of forecasts, planning, troubleshooting in continuous operation and electrical maintenance for an automated steel processing plant. • Programming and service support in PLC (S7-400), HMI, SCADA. • Working with softwares like: Siemens Simatic Manager, Simotion Scout, Simatic WinCC flexible and WinCC Xplorer • Project and inventory management.

International course with students from 16 different countries. Specialization: Car Electronics Automotive Systems Design Automotive Software Architecture Electronics and Communication Simulation and Control Sensors and Measurement Techniques Numerical Methods

Bachelor thesis: Used tools - MATLAB, Simulink Topic: "Design and implementation of a single-phase bridge rectifier with PFC boost converter controlled by a fuzzy logic controller using MATLAB, Simulink".