Rahul Thakre

Project - NavCore

Developed and enhanced a comprehensive navigation system for automotive applications, focusing on optimizing route calculations, improving POI(Point of interest) management, and integrating advanced features such as camera-based navigation, roundabout handling, and brand-specific categorization.

Technologies Used: C++, OpenGL, Google Test and custom configuration files.

Responsibilites:

• Designed and implemented algorithms for efficient POI categorization and custom category handling.
• Integrated camera state management and animation sequences within the Navcore Navigation system.
• Led the verification process for navigation components, ensuring compliance with automotive standards and improving overall system reliability.
• Worked extensively on memory management using 'std::unique_ptr' and optimized system performance for real-team navigation tasks.
• Managed a development team, including assigning tasks, providing guidance, and overseeing project progress to ensure timely and successful delivery.
• Facilitated team meetings and coordinated with cross-functional teams to align on project objectives and technical requirements.

Project – SDP convergent Intelligent Network(IN) Solution

• It serves as an SCP (Service Control Panel) both in a traditional GSM/UMTS network as well as in a GSM-R network and at the same time as an IMS Application Server in an IMS or LTE Network
• It is build as a framework, providing an API for service Developers to create IN/IMS or Convergent Services based on the Java technology.

Responsibilites

• Provided technical support in root cause failure analysis for significant production issues and investigations.
• Offered technical assistance to clients to facilitate seamless installations and updates.
• Completed scheduled services and installations, preventive maintenance and calibration.
• Oversaw testing, documentation and end-user training for technology updates and code.
• Analyzed workflows and established priorities for daily operations.

Project - RoboTask

• ROBOTASK system is a suite of software which was implemented to replace DOS based application, Taskmate
• This application is developed with the combination of different programming languages in C, C++, Perl, C, Web application
• It is a client server based application running on Red-hat linux system which interacts with mainframe system through screen scraper application written in JAVA
• Its purpose is to be a mechanized Service Rep
• Robotask does tens of thousands of transactions a day versus having Service Reps having to do them all manually

Responsibilities

• Analyzed solutions and coding fixes for software problems.
• Coordinated with project managers to meet development timelines and plan testing.
• Reviewed and modified unit and integration tests to improve software quality and reliability.
• Documented technical specifications and project testing methods for future reference.
• Met with stakeholders, product teams and customers throughout system development lifecycle.

Project - Feature Recognition (FR) which is a library

• The product aims at automatically or interactively identifying and grouping topological entities such as faces in a boundary representation (B-rep) solid model, into functionality significant features
• FR is core team mainly working in CAD domain
• FR supports Acis, Parasolid, Granite, Solidworks, CGM and Granite kernels

Responsibilities

• Handling Performance issue
• Algorithm and Software design
• Bug fixing
• Reporting issues to kernel
• Implement decided tasks following the agile process perform unit and integrated testing

• Project - Tactical Platform. HHTI, LORROS
• Roles And Responsibilities
• Porting of Android in evaluation kit (dart imx6 board) and in custom board
• Porting feasibility check
• Porting android in a custom board using Ubuntu 14.04 as a host platform
• Porting and booting Linux on the reference platform
• To install bootloader
• Build the kernel image and kernel bring up
• Porting Android onto the reference Platform
• Build the environment setup
• Build the Android stack
• Booting system with Android stack
• Enable non-working Applications/Drivers
• Porting of Touch Screen on Custom Board
• Porting of Battery Charger on Custom Board
• Porting of Accelerometer on Custom Board
• Porting of PCIe Ethernet on Custom Board
• ADB commands used for data transfer between host platform and custom board
• Documentation of Software Architecture Document (SAD), Software Design Document (SDD)
• Using Microsoft Visio & E-draw made flow design required for the documentation