Kamna Shukla

Project: Dedicated Hybrid Transmission (DHT).

Client: Volkswagen.

Role:

• Developed the functionality of the electric drive system (EDS) and functional safety expertise in torque control, over-temperature detection.
• Implemented Unified Diagnostic Services (UDS), including ECU reset (0x11), security access (0x27), and diagnostic sessions (0x10).
• Developed motor control strategies, including PID tuning for electric drive systems (EDS), and torque control algorithms for optimal motor performance.
• Designed and validated CAN-based communication between ECUs.
• Ensured compliance with ISO 26262 Functional Safety for critical vehicle components.
• Debugged model-based and handwritten software using Vector tools (CANoe, CANalyzer).
• Followed Agile methodology, ensuring a smooth software development lifecycle (SDLC) execution.
• Conducted Software Requirement Analysis (SWE.1), Software Detailed Design (SWE.3), Software Unit Verification (SWE.4), and Software Integration (SWE.5).
• Performed static code analysis using Axivion and Astree to validate C code quality and MISRA C compliance.
• Led a team of four junior engineers, providing mentorship, task delegation, and guidance in software development.
• Interacted with customers to gather requirements, manage change requests, and ensure that the software meets expectations.
• Led the design and implementation of embedded software solutions, enhancing system performance and reliability across multiple projects.
• Collaborated with cross-functional teams to define software requirements, ensuring alignment with project specifications and timelines.
• Developed and optimized real-time operating systems using C and C++, significantly improving processing efficiency.

Deputed by MPLLC.

Project: Charging Case.

Led the development and implementation of key features for Airdopes' charging case, focusing on enhancing user experience and product reliability.

• Spearheaded the design and integration of innovative functionalities, including battery status indication, magnetic docking, and automatic power management.
• Ensured seamless port validation and compatibility across multiple devices, leveraging meticulous unit testing methodologies to guarantee optimal performance and reliability.
• Played a pivotal role in delivering a robust charging case solution that met stringent quality standards, and exceeded customer expectations.
• Contributed to successful project completion by adhering to strict deadlines, while maintaining focus on quality deliverables.
• Utilized Embedded C and C++ to enhance the feature set and functionality of charging cases.
• Followed Agile methodology, GIT.
• Developed and optimized embedded software systems, enhancing performance and reliability across multiple product lines.
• Led cross-functional teams in implementing Agile methodologies, resulting in improved project delivery timelines and team collaboration.
• Designed and executed comprehensive testing protocols for firmware, ensuring compliance with industry standards and reducing defect rates.
• Mentored junior engineers, fostering skill development and promoting best practices in embedded systems design and development.

Project: Expendable decoy.

• Software requirement analysis, designed and optimised I2C communication protocols to facilitate seamless data exchange between interconnected devices, ensuring reliability and efficiency in data transmission.
• Developed robust signal detection algorithms and mechanisms to accurately identify and interpret incoming signals, enhancing system responsiveness and performance.
• Leveraged comprehensive testing methodologies to validate protocol implementations and signal detection mechanisms, resulting in the delivery of high-quality, reliable solutions that met project objectives and customer requirements.

Project: Payload Controller.

• Utilized the MATLAB tool to perform a detailed analysis of bucket position data from concrete machines, leveraging sensor data acquisition techniques.
• Orchestrated the collection of raw sensor data, and implemented advanced signal processing algorithms to extract actionable insights.
• Employed statistical methods and mathematical modeling to interpret data trends and patterns, enabling precise evaluation of bucket position dynamics.
• Through meticulous analysis and algorithmic refinement, I optimized the accuracy and reliability of the bucket position tracking system, contributing to enhanced operational efficiency and performance of concrete machines.
• Developed and maintained scalable applications using Java and Spring Framework, enhancing system performance and user experience.
• Led a cross-functional team in implementing Agile methodologies, resulting in improved project delivery timelines and team collaboration.
• Designed and optimized RESTful APIs, streamlining data retrieval processes and increasing application efficiency.
• Conducted code reviews and mentored junior developers, fostering a culture of continuous learning and code quality improvement.