Arjun Srivatsa

R&D at Mercedes Benz AG, Sindelfingen - Consulting vom Hays AG • Entwicklung digitale Prozesse und Workflows • Product Owner für SBM-Tools der Antriebssoftware- Koordination • Erfassung und strukturierung die Anforderungen und Feedbacks der Usergruppe • Weiterentwicklung die SBM-Tools der Antriebssoftware-Koordination in Abstimmung mit den Tool-Architekten • Verantwortlich für den Toolrollout auf weitere Bereiche innerhalb der MB Organisation • Konzipierung Modelle für Tool-Betreuung und –Weiterentwicklung

Rittmeyer AG: •Programmierung auf Frontend (HTML, CSS, JavaScript), Backend (Python): entwickeln auf Leitsystem Software zum sicheren betrieb der Ver- und Entsorgungsanlagen Daimler AG: •Tätigkeit im Bereich der Produktionsmittelfertigung - standardisierte Template SPS (SCL) Siemens S7, TIA Portal, Unit Testing der Funktion Bausteine •Technische Dokumentation HTML, CSS, Javascript, XML: Sortierung von Template- Bausteine, Erstellung von Bausteineigenschaften, Beispielaufruf, Schnittstellen

1. To develop a sensor data streaming solution between PLC (Programmable Logic Controllers) and a Cyber-Physical System (Generic Data Server, a remote, autonomous cloud-based server by Bosch Rexroth AG) required for remote condition monitoring/process monitoring with the help of TCP/IP socket programming 2. To test different use-cases of sensor data 3. To work on different PLC state machines, function blocks and Structured Text(61131-3) and C# .NET console applications

To study and survey of current state of the art in analysing Big Data and Internet of Things for Industry 4.0 based Cyber-Physical Systems To stream Bosch's CISS(Connected Industrial Sensor Solution) MEMS sensors' data via Raspberry Pi as Gateway to MongoDB. To use NodeRed to wire Internet of Things using MQTT, TCP protocol, sockets and Twitter.

To implement a Multi-camera recording system for cars (ADAS) which has additional car interfaces for CAN bus using Raspberry Pi To build a C++ library to decode a H.264 video stream from Raspberry Pi to a PC via Ethernet and display the output as single frames

Evaluation of Adaptive Appearance based Tracking Algorithms: To examine different trackers (TLD, STRUCK and IVT), and then deploy them effectively for tracking static or moving objects in real world scenarios.

Underwent training in Object-oriented C,C++, Java, .NET, RDBMS etc.

Multisensorial Systems, 3D Image Processing with Embedded Systems, Self-Organizing Networks, Wireless Broadband Data Reception, Mobile and Car2X Communication, Network Planning, IP Networking Lab, Network Security, Mobile Networks, Embedded System Design and Automation Tools

Wireless Communication, Computer Communication Systems, Signal Processing, Digital Signal Processing, Real Time Systems, Embedded Systems.