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Nagaraj Adugodi Jagannath

Angestellt, System Engineer, Eissmann Automotive Deutschland GmbH
Reutlingen, Deutschland

Fähigkeiten und Kenntnisse

Requirement Analysis
Management
System Development
Embedded system
Altium Designer
Software Systems Engineering
CAN
ASPICE
Automotive SPICE (ASPICE)
Autosar
Systems Engineering
MatLab
System Development Life Cycle
Python
Elektrotechnik
Testing
Electronics development
Agile Development
Sensor technology
LTSpice
Simulink
STM32
ISO26262
Electromagnetic compatibility
Embedded Systems
Rapid Prototyping
Project Management
Simulation
C (programming language)
MS Office
Implementation
I2C
Excel
Analysis
Word
Troubleshooting
Information technology
Microcontroller
Research and Development
Circuit design
Technical project management
Systems
Hardware
Electronics
Architecture
Engineering
Technology
German
English Language
Prototyping
Arduino
Software
Mikrocontroller
Creativity
Structured Thinking
Systematic approach
Focus
resilient
Resilient
Tenacious

Werdegang

Berufserfahrung von Nagaraj Adugodi Jagannath

  • Bis heute 4 Jahre und 7 Monate, seit Nov. 2020

    System Engineer

    Eissmann Automotive Deutschland GmbH
  • 6 Monate, Sep. 2019 - Feb. 2020

    R&D Engineer

    Robovis GmbH

    RoboPicker: - Hardware Design. - Prototype, Testing and Failure Analysis.. - Continuous improvement and troubleshooting strategies. RoboScan: - Customer Requirement Analysis. - Implementation Strategies and Hardware Configuration. - Prototype and Testing. - Technical Design and Documentation. Electrical Impedance Tomography: - Customer Requirement Analysis and Design Implementation Strategies. - Hardware Design, Component Selection, Schematic and PCB Design.

  • 7 Monate, Apr. 2018 - Okt. 2018

    Master Thesis

    Tapko Technologies GmbH

    Title: Design and Development of impedance measurement device using Raspberry Pi. 1. Develop a Raspberry pi shield with AD5933 for impedance measurement and ADG2188 multiplexer to make integrated circuit available up to 8 impedance measurements. 2. Implementation of I2C interfacing for AD5933 and ADG2188. 3. Implementation using SIM-KNX board to send serial ASCII protocol through KNX interface. 4. Design Tools: Orcad, Eagle, LTSpice. 5. Software used: Python and MATLAB.

Ausbildung von Nagaraj Adugodi Jagannath

  • Bis heute

    Micro and Nano Systems

    TU Chemnitz

    Smart Sensor Systems, Micro and Nano devices, Micro system design, Semiconductor Physics, Advanced Integrated Circuit Technology, Automotive Sensor Systems and Reliability of micro and nano systems.

Sprachen

  • Deutsch

    Gut

  • Englisch

    Fließend

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