Reverse engineered automotive LED headlights modules, including mechanical disassembly, hardware analysis, electrical and thermal measurements, component characterization, PCB trace and schematic reproduction, layout and Gerber recreation, 3D modeling, and bill of materials generation
Utilized microscope, oscilloscope, multimeter, signal analyzer, and thermal camera to analyze system behavior and document results in technical presentations
Evaluated technical solutions for the next generation of Electrolux professional washing and drying machines and provided a documented and detailed analysis of pros and cons
Assessed workflows and tools including Enterprise Architect, Matlab Simulink, Agile, C, and C++
Developed software requirements and software architecture for the diagnostic module of the Linux based railway interlocking system using OPC UA
Used IBM Rhapsody, IBM Engineering Workflow Management, JIRA, DOORS, and Visual Studio
Followed a fully Agile workflow with two-week sprints for iterative development
Developed system requirements and software requirements along with software architecture for resource monitoring on the Stellantis service platform
Used DOORS Next Generation and IBM Rhapsody
Followed Agile development using Jira
Designed and developed the software architecture and embedded C software for an RGB LED driver capable of handling AUTOSAR automotive ASIL B applications
Provided support for all software-related topics regarding the LED driver
Used STM32CubeIDE, STM32 microcontrollers, Elmos LED drivers with Keil uVision5, Visio, Git, Notion, and Office
Developed embedded software test cases in Python using PyCharm
Acted as functional safety architect for the entire domain controller of the electric vehicle
Used MagicDraw for requirements, UML designs, generated code, and traceability
Followed Agile development using Jira
Worked on HMI, Bluetooth, battery information (voltage, temperature), and cloud connectivity functionalities
Developed software architecture for the HMI unit of a Renault small electric city vehicle
Used MagicDraw for requirements, UML designs, generated code, and traceability
Followed Agile development using Jira
Participated in the acquisition and R&D process for the new generation BMW domain controller and electronic fuse controller
Researched fast reacting algorithms and fuse modeling using Matlab Simulink and a rapid control prototype unit
Developed algorithms for voltage, current, and temperature monitoring
Architected software for a comfort control module (CCM) controlling trailer detection and lighting for GM
Used Vector DaVinci, PTC, DOORS, Visio, Vector CANoe with CAN single wire, and company-specific tools
Developed system requirements for automotive headlamps and served as feature owner for the Mounting Detection System
Contributed to software component development on a new platform using C and Rhapsody
Gained experience in sequential turn signals, high beam assist, headlamp cooling, LED projectors, welcome lights and animations, light intensity adjustment, and daytime running lights (DRL)
Served as global feature owner, architect, and developer for multiple functionalities of a closure control unit (CCU) common platform for customers including DAG, FCA, and Audi
Managed customer interactions, presentations, acquisitions, support, and development from Eng1 to Eng6
Used Vector DaVinci, Matlab Simulink & TargetLink, Vector CANoe, DOORS, PTC, WinIdea, oscilloscope, power supplies, and custom hardware
Tracked and managed a team of six instrumentation engineers
Developed new test equipment for HIL (hardware and software)
Coordinated with foreign management teams
Maintained and developed HIL (hardware-in-the-loop) equipment for BCM, BMS, TTM, and Energy Management projects
Developed hardware and software tools, simulations, and automation based on BCM/CCM system and software requirements
Used LabWindows CVI, Eclipse IDE, MATLAB Simulink, AVR Studio, Autodesk Eagle, EXAM, Vector tools, and OrCAD
Tested and managed instrumentation for BMS control units for DAG and Renault vehicles
Worked on HW schematic and layout, HVIL, BMS & CMS, temperature and voltage monitoring, PreCharge, and relay aging counter
Tested and simulated battery cells using Comemso cell simulators
Used DOORS, PTC, Vector CAPL, and Vector CANoe
Tested light features, CAN communications, and diagnostics for trailer tow modules designed for BMW, Daimler, and VW
Used PTC, DOORS, CANoe, oscilloscope, and custom automated testing tools
Tested rear vehicle lights, roller-blind, central door locking, and communication functionalities for VW BCM2 Classic
Used PTC, DOORS, CANoe, oscilloscope, power supplies, and custom automated testing tools
Experienced Embedded Software Architect and Developer with over 14 years of expertise in the automotive industry. Proficient in delivering innovative, high-quality embedded solutions spanning the entire V-model development lifecycle, from system requirements to architecture, implementation, and validation. Skilled in both software and hardware development, with a proven track record of managing complex projects and collaborating with global teams. Adept at customer-facing roles, including technical presentations, acquisition support, and tailored solutions. Known for a focus on innovation, compliance with industry standards (e.g., AUTOSAR, ASIL), and fostering efficient, Agile development processes.
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