SUMIT DIXIT

Project (AeroLine Project) : NavBlue Pilot Application

Domain: Aerospace

Technologies: C/C++11/14/17, Qt 5/6, QML, CMake

Responsibilities

• Software Development: Designed and implemented new features based on customer requirements, ensuring their functionality through rigorous validation.
• Process Management: Applied SAFe (Scaled Agile Framework) methodology to streamline daily work processes. Utilized the Agility tool for project tracking and task management.
• Quality Assurance: Established and executed robust testing and validation procedures to maintain software quality and ensure compliance with aerospace standards.
• User Interface (UI) Development: Developed intuitive and user-friendly interfaces using QML to enhance functionality and usability.

Projects: Rezum/Calibrate/Diagnose Platform (Project: BSCFWSEZ [External Firmware])

Domain: Medical Device

Technologies: C/C++11/14/17, Qt 5/6, QML, CMake

Microcontroller : MUC/2

Responsibilities

• Led Development: Spearheaded the development of the Rezum generator software, utilizing

C/C++11/14/17 and Qt 5/6 for creating advanced medical device solutions.

• Firmware Engineering: Designed and implemented firmware for the Rezum device, which uses RF energy to heat water into vapor for medical applications.

• Multithreading Applications: Developed robust multithreaded applications to manage high-speed data processing and control functions within the device.

• System Integration: Integrated software components to ensure seamless operation of the device, focusing on high reliability and efficiency.

• Quality Assurance: Implemented rigorous testing and validation processes to ensure software quality and compliance with medical device standards.

Projects: FUJITSU Software PRIMECLUSTER

Domain: Storage Domain & Solutions Customer: Nissan

Technologies: C/C++11/14/17, Python, Shell Script, Linux

Microcontroller: MUC/2

Responsibilities

• High-Availability Architecture: Designed and implemented a robust architecture for PRIMECLUSTER, ensuring maximum uptime for mission-critical systems.

• Optimization Strategies: Developed algorithms to optimize server utilization, improving overall system efficiency and performance.

• Targeted Failover Solutions: Created specialized failover mechanisms to quickly recover essential services, reducing the impact of system failures.

• Multi-Platform Integration: Integrated PRIMECLUSTER with various storage solutions, ensuring compatibility and seamless operation across different platforms.

• Advanced Scripting: Utilized Python and Shell Script for automation tasks, enhancing system monitoring and management capabilities.

Security Enhancements: Implemented security protocols to protect sensitive data and maintain system integrity within the high-availability setup.

Projects: Development of critical systems and equipment for oil & gas projects

Domain: Gas & Petrol

Customer: Halliburton

Technologies: MFC, VC++, C++11/14/17

Responsibilities

• Advanced System Design: Led the design and development of software for large tubular reactors and gas-to-liquid reactors, leveraging advanced C++11/14/17 technologies.

• Custom Equipment Integration: Integrated software solutions with L&T’s proprietary equipment, ensuring seamless operation of test and production separators.

• High-Performance Computing: Optimized software for high-performance computing, enabling efficient processing of complex simulations and calculations.

• Cross-Functional Collaboration: Collaborated with mechanical and chemical engineering teams to align software functionality with hardware specifications.

• Client-Focused Solutions: Delivered tailored software solutions for Halliburton, addressing specific needs in drilling and production processes.

Projects: Digital Transformation for McDonald’s

Domain: Digital Retail Innovation

Customer: McDonald’s

Technologies: C/C++11/14

Responsibilities

• Digital Retail Innovation: Led the development of software solutions to enhance the digital

customer experience at McDonald’s, focusing on innovative retail technologies.

• User Interface Design: Designed and developed intuitive and responsive user interfaces using Qt5, improving customer interactions and operational efficiency.

• Integration of Emerging Technologies: Implemented cutting-edge digital technologies to streamline restaurant operations and improve service delivery.

• Real-Time Data Processing: Developed systems for real-time data analytics to support dynamic decision-making and personalized customer experiences.

• Agile Development: Applied agile methodologies to ensure rapid development and deployment of features, meeting tight project deadlines.

Domain: Telecom & Networking

Customer: Defense Organization

Technologies: C/C++11/14, Qt5/QML, Windows/Linux Platform

• SCPI Parser Development: Led the design and implementation of an SCPI parser, enabling precise communication and control of test and measurement instruments in defense applications.

Cross-Platform Development: Developed and maintained software solutions that operated seamlessly across Windows and Linux platforms, ensuring versatility and wide adoption.

• Real-Time Data Acquisition: Engineered systems for real-time data acquisition and processing, crucial for mission-critical defense communications.

Protocol Integration: Integrated custom communication protocols to support specific requirements of defense networking systems.

• High-Performance Optimization: Optimized software for high-performance computing, enabling rapid data analysis and efficient resource utilization.

• GUI Development: Created user-friendly graphical user interfaces (GUIs) using Qt5/QML, enhancing usability and operator efficiency.

Domain: Telecom & Networking

Customer: Defense Organization

Technologies: Embedded C, C# (Framework 4.5)

Microcontroller: MUC/2

Responsibilities

• Firmware Development: Created and maintained embedded firmware using Embedded C for MUC/2 microcontrollers, tailored to telecom and networking systems.

• Signal Processing Algorithms: Developed advanced signal processing algorithms to enhance the functionality and efficiency of telecom equipment in defense applications.

• Embedded C Optimization: Optimized embedded C code for performance, ensuring efficient use of limited hardware resources in microcontroller environments.

• C# Application Interfaces: Designed and developed C# applications to provide user interfaces for configuration and monitoring of embedded systems.

• Defense-Specific Features: Implemented features specific to defense requirements, such as secure communication protocols and data encryption.

Power Management Solutions: Developed power management techniques to optimize energy consumption in battery-powered defense devices