Dipl.-Ing. Yogesh Babu

1.System and component development from concept to serial realization 2.Clarification and definition of customers requirements for the systems and hardware components Implementation and design of the customer requirements in interdisciplinary collaboration with departments such. As software development, design and validation 3.Analysis, development and optimizing of products in cooperation with various departments (such as production, quality management)

Topic: Development of Capacitive sensor for Pedestrian protection systems Responsibility: 1.Determine an optimal design, simulate and prototype for capacitive sensor 2. Evaluate suitable electronics for the achievement of the required measurement speed and accuracy 3. Evaluate EMC test to determine suitable sensor system for Automotive Environment Tools used: MATLAB, Arduino, COMSOL, LTspice

Topic: Characterization and optimization of Pedestrian protection systems Responsibility: 1.Testing of impact sensors for pedestrian protection function in vehicles. 2.Testing of a self test function for the impact sensor for automotive requirements 3.Testing of an automatic window braking system for busses. Tools Used: MATLAB, Arduino, Python

Characterization and optimization optoelectronic sensor systems. 1.Functional test of a triangulation sensors for distance measurement as well as a focus finder for an optical system. 2.Programming of a sensor control and signal detection on the basis of an Arduino board. 3.Verification and Validation exemplary test scenarios for the achievement of the required measurement speed and accuracy. 4.Adjustment and testing of an optical test set-up

Topic: Experimental investigation of flow fields in the range of a structure with Laser Doppler Profile Sensor Responsibility: 1. Calibrating the laser for investigation flow fields 2. Development of an algorithm in MATLAB with input from the sensors, actuation and control of motors through LabVIEW Tools used: MATLAB, LabVIEW

Aanalyze the requirements and customer specifications with regard to the electrical / electronic product properties. Based on the vehicle architecture and the system design as well as taking into account applicable standards and practice, they create and plan an E / E concept for the headlight system in close coordination with the electronics team. Responsible for the planning and implementation of development-accompanying electronic system start-ups as part of series development.

Physical Sensors,Automotive Sensors ,Optical Sensors,Chemical Sensor,Hybrid Technology,MEMS,Analog and Digital Signal processing

Electronics,Communication,Signal processing, control systems