Akshatha Pai

• Automated repetitive reporting tasks by developing 15 VBA macros, reducing manual effort by 20% • Created a custom export template in PTC RV&S covering 72 attributes, streamlining data consistency and reducing reporting errors

• Extended OAAM meta-model using EMF, integrating 5 requirement types with dedicated metamodel constructs to enable model-based requirements evaluation • Benchmarked 30 requirements storage approaches, comparing SysML capabilities and limitations to define the architecture for an OAAM extension

• Produced SysML models for 7th Gen Radar systems in ADAS using Sparx Enterprise Architect • Resolved inconsistencies across 9 cross-functional modules using DOORS traceability and Enterprise Architect based system modeling • Modeled 7th Gen Radar system behavior, synchronization, and event sequencing using timing diagrams in Enterprise Architect • Coordinated cross-functional collaboration for 15 stakeholder discussions and technical reviews

• Translated functional requirements into system architecture models for 2 body domain features using MATLAB/Simulink • Managed 500 system requirements and traceability links in TRM, ensuring consistency and compliance across JLR body domain features • Delivered system design for 40 features using IBM Rhapsody, DOORS, and CATIA Magic, ensuring full model-based systems engineering (MBSE) compliance across the V-cycle

• Built SysML-based logical architecture and interface models across 6 ADAS features • Specified and analyzed 15 systems requirements in DOORS using EARS guidelines, ensuring clarity and consistency • Collaborated with stakeholders to review and refine system requirements and architecture for more than 20 ADAS features • Developed allocation models linking logical functions to 150 physical components using IBM Rhapsody, enabling full system traceability • Managed version control for 200 features across the

• Constructed an Adaptive AUTOSAR software prototype using C++14 and Yocto build system, contributing to embedded platform validation • Implemented Radar-Lidar sensor fusion software in C++14 for object detection with fail-over capability

Specialization in Smart Systems Master Thesis, University of Stuttgart, Stuttgart Institute for High Frequency Technology --------------------------------------------------------------------------------------------------------- • Topic: Design and development of dual mode dielectric resonator ante

• Mini Project: Power Hump: This project emphasis’s on the idea that the kinetic energy getting wasted while vehicles move can be utilized to generate power by using a special arrangement called power hump • Main Project: A Self-Powering Wireless Environment Monitoring System Using Soil Energy: T