Dipl.-Ing. Shreya Maolanker

*Implementation of measurement applications and communication protocol decoder for SPI

*Secure communication using TLS between Ublox C030 N211 and Linux platform over WiFi. *Secure communication using HTTPS and MQTT between Arm Cortex -M0+ microcontroller(via Telit ME910 modem over GSM and NB-IoT) and AWS cloud service to store data into a database and eventually access this data on a webpage. *Unit testing for software modules with functional safety for industrial displays according to IEC 61508 and EN 50128 requirements. Tools Used: Qt, Qt Test, C++ 14, Mantis Bug Tracker, Git, Jama

***Topic: Investigations of artificial intelligence schemes for generalized power control testing * Using machine learning to predict stability of a DC-DC buck converter depending on its tuning parameters and transient response in time domain * Using bode plots to predict stability in terms of gain margin, phase margin and bandwidth in frequency domain

*Worked on enhancement of Qt based GUI to ease customisation and visualisation of inputs for a complex code using advanced C++ and Open GL libraries.

*Experienced in QNX Neutrino for application development *Test design preparation and test code development using C *Test automation and test code integration to LTP (Linux Test Project) *Ported LTP (Linux Test Project) to QTP(QNX Test Project) *Device driver porting and validation of car infotainment systems based on QNX Neutino *Debugged target based libraries and applications working on QNX Neutrino.

Gained knowledge on Real Time Systems and scheduling algorithms

Cyber-Physical (Discrete) Systems, Real Time Systems, Formal Verification for Digital Circuits, Wireless Sensor Systems, RF, Power Electronics

Real Time Operating Systems, ARM, C

Micro controllers,Microprocessors, Embedded Systems