Ram Varman

Intelligent Cockpit and Body – HCP3 and OneInfotainment Define, refine and enable the realisation of project milestones thereby ensuring deliveries to the VW Brands - Error Management - Change Request Management - Open Source SW licenses and Disclaimer Management - Quarterly and annual forecasting of milestones and roadmap (PI Planning) - User management/administration – enable access to project resources based on NDA and TISAX -Product compliance -Release approval (RegalFreigabe/BMG)

-Systems Engineering Training based on INCOSE/ASPICE #Tailored training for engineers & managers #Identify bottlenecks & advise professionals to plan mitigation strategies via process improvements #Traceability & Base Practices #V-Model with an Agile mindset -Enabling restructuring of project org based on stakeholders, KPIs and work- products thereby achieving maximum sprint efficiency -Risk management via Risk Cockpit #Quantitative & Qualitative analyses -Project & resources planning -Product compliance

Design, organize and enable the realization of the "system": - System architecture design for VW MQB37W application project - FMEA moderation for VW MQB37W application project - System architecture design for Daimler Vision system application project - System requirements Management - Supporting Veoneer teams through cross-functional team collaborations - Collaborating with Veoneer Platform Architects team for establishing innovative architectural approach

External consultant for Veoneer GmbH: System architecture design for VWMQB37W (SC2 Platform).

External consultant for Veoneer GmbH: System architecture design for VWMQB37W (SC2 Platform).

Mobility Digital Service - Hit & Run Notification Service: - Components selection for the device - Design, verify and implement PCB (Eagle)

Body Motion Tracking In Wearables with Large Area Printed Piezoelectric Sensors Main Tasks: -> Screen printing on textiles -> Characterization of sensors with mechanical test bench -> PCB designing using Eagle -> Wireless data acquisition using UNO-HC05 -> Wired data acquisition using NXP's FRDM-KW40z (IAR-EWARM) -> LabVIEW and C# User Interfaces

Investigating feasibility of screen printing on textiles. Conducting mechanical test bench measurements. Implementing a Capacitance\Voltage-converter PCB using CAV444

Control of the Temperature of Infrared Sensors by using a Peltier Element: This project is designed to build a controller to control the temperature of substrate. The project is based on an Arduino UNO R3 microcontroller as the main control unit with control algorithm running inside. The Substrate is cooled by a Peltier Plate. A temperature sensor (LM35) is used as the temperature detection device which sends feedback to the microcontroller regarding current temperature.

Support for continuous improvement of projects within wet clean workcentre. Planning and conducting experiments for wet clean workcentre. Performing tests to investigate root causes for damage in photomasks (E-Reticle tests). Route setup for test masks. Assisting in the design of a new test mask design.

The control of measurement devices to allow efficient operation of complex systems: Identify the available measurement hardware and its capabilities using Matlab, including variants of the same measuring device. Create a set of executive functions required for the identification, communication and control of the measurement hardware. Design and create a graphical user interface to set the measurement hardware and display the acquired data.

Preparation of manuscripts for translation. Updating the translated user manuals in Adobe Framemaker 10. Create the final manuscripts.

A Robust Method for Face Localization And Identification -> The proposed system provides efficient face localizing and identification results. -> Experimental results show that with low computational complexity the system achieves high recognition accuracy. -> Database is provided for identification purpose.

Components and Architectures of Embedded Systems, Hardware/Software-Codesign, Automotive Sensor Systems, Self-Organizing Networks, Real-Time Systems, and Realization of Digital Systems and DSP, Subject-specific Reading, Communication and Leadership.

Object Oriented Programming, Microcontrollers and Applications, basisc of electronics and communication technologies. Project Work: A Robust Method for Face Localization And Identification -> The proposed system provides efficient face localizing and identification results.