sachin mapari

Led commercial vehicle brake projects covering ECU hardware, system/software design, qualification, and customer communication. Managed planning, scheduling, scope, budget, and risks to ensure on-time, in-scope delivery. Oversaw resources, documentation, and configuration management with clear stakeholder engagement. Supported technical discussions using strong engineering background. Consistently met KPIs on quality, cost, and time, driving continuous improvement and excellence.

Led project planning, resource allocation, and risk management to deliver high-quality braking system software on time and within budget. Supported technical discussions and decisions using prior software development expertise to align outcomes with goals. Drove continuous improvement by achieving KPIs in quality, time, and cost. Managed communication and configuration control to ensure clear stakeholder alignment and seamless project execution.

1.Analyzed requirements and assessed feasibility, identifying gaps between existing architecture and AUTOSAR standards. 2.Designed and adapted software architecture to ensure AUTOSAR compliance and optimized system performance. 3.Provided guidance and support to development teams, mentoring on AUTOSAR concepts and best practices. 4.Reviewed AUTOSAR documentation and conducted training sessions to enable effective adoption across teams.

Passionate about driving innovation in automotive software. At Vector Stuttgart, I contributed to cutting-edge projects involving the integration of MSR and Flash Bootloader (FBL), VECTOR Security Stack, and Over-the-Air (OTA) capabilities. I worked extensively with automotive protocols like CAN, CAN FD, LIN, FlexRay, and Ethernet, and gained deep expertise in MSR Security Modules, including Crypto Stack and Hardware Security Modules. Explored advanced topics such as multi-core systems, memory protection

Developed, integrated, and tested automotive software modules following V-Model. Worked on AUTOSAR stack (BSW, MCAL, OS) using Vector DaVinci tools. Ensured code quality via MISRA-C compliance, reviews, linting, debugging. Collaborated with cross-functional teams for integration, QA, and release readiness. Managed CRs, bugs, and documentation. Supported full SDLC—requirements, design, coding, testing, and release management.

"Developed automation software modules for Honeywell using Freescale (NXP) MCUs, following full V-Model lifecycle from development to testing. Used CodeWarrior for coding, compiling, debugging, and auto-generating controller configuration code. Worked with ADC, PWM, CAN, UART peripherals for reliable HW-SW interfacing. Supported debugging, validation, and timely releases. A motivated, collaborative engineer focused on embedded quality and process compliance."

Developed embedded software for solar inverter battery charging systems in home appliances, utilizing microcontroller peripherals (ADC, PWM, UART, CAN) for robust, efficient performance. Proven team player skilled in stakeholder and cross-functional coordination. Experienced in coding, integration, debugging, and testing across the SDLC. Earned Master of Engineering while working full-time, demonstrating strong commitment to learning and growth.