Nithin Kumar K. Email & Phone Number

Hamburg, Hamburg, Germany

Hamburg, Germany

Hamburg Area, Germany

- Cabin Management System Architecture definition and integration for A350 Freighter - Defining IoT / Sensor Network concept for Future Cabin Management System for A350, A320 Aircraft families- SW Integration and V&V for Cabin Illumination for A350- Standardization of IoT Protocol and Application data model for aviation through contributing to ARINC protocol working group- One of the Digital Transformation (Google Workspace) ambassadors at Airbus

Hamburg Area, Germany

Development of IoT Track and Trace Device:- Developed SW for an IoT track and trace device that enables end-to-end supply chain visibility in real-time- This IoT solution embeds multiple sensing functionalities like GPS sensor for accurate geolocation, 3-axis accelerometer that can detect motion and free-fall events, battery voltage monitoring, ambient temperature sensor, and an NFC interface- The acquired geolocation and sensor data is relayed to an online tracking platform by means of a low-power wide-area network (LPWAN: Sigfox) module- Performed Unit Testing, Integration Testing, and Functional Verification of the IoT track and trace deviceSecurity, Privacy, and Trust by Design for IoT Applications:- Performed Threat Modelling and Security Analysis for various IoT architectures

Dresden

Design of Photonic ICs in python-based platform

Dresden Area, Germany

Worked as a Research Assistant for developing (SW) Battery Management System (BMS):- To , essentially, monitor the Temperature, Voltage, and Current levels of a battery-pack - And perform the load-balancing and trigger appropriate warnings when abnormal sensor levels are detected

Chennai Area, India

Developed application and driver SW for numerous automotive embedded applications (Analog, digital Fuel gauges, Odometer, trip-computer, and segmented LCD driver etc.) for Driver Assistance module (instrument cluster), which entailed: - Performing a thorough requirement analysis and translating them to high-level design and detailed design which precede the actual SW implementation - Implementing instrument cluster applications in Embedded C in compliance with MISRA C and static code analysis (QA.C) - Carrying-out Unit testing, Integration Testing, and Functional verification of the implemented features to improve the SW quality and test coverage - Fixing any defects or valid observations that have transpired during the testing phase - Performing peer reviews of various distinct driver assistance features - Complying to Agile and V-Software development models by documenting each stage of SW development - Managing projects to coordinate a team of 6 engineers (3 in Japan) as a SCRUM master to meet deadlines of product development and successfully supporting the SoP (Start of Production) phase of multiple instrument clusters

Master’S Degree, Nanoelectronic Systems, Gut (1.6)

Activities and Societies: Dresden Microelectronics Academy 2015The ongoing miniaturization in the microelectronics industry leads.

Bachelor Of Technology (B.Tech.), Electrical, Electronics And Communications Engineering, 85%

Activities and Societies: IEEE

Maths, Physics, And Chemistry, 91%

Ssc, Secondary Education, 84%