Software Quality engineer, embedded software developer.* Perform technical reviews on suppliers' software (OS contexts of "super-loop," AUTOSAR, and POSIX). * Help develop internal standards and requirements.* Pioneer effort to apply Technical Design Review procedure to internally-developed software components.* Development of AUTOSAR complex driver in support of Service-Oriented Architecture in automotive environments.* Prepare and present trainings on code quality and security for internal development groups.* Mentor and tutor development teams on SW development process and workflow, code quality, story and peer review expectations, etc.GTK for GUI design.

Development of new generation payment controller for fuel dispensers, using embedded Linux.Manage all aspect of software project.Co-develop software development process and policies.Evaluate and recommend tools for the software development process.- Qt, wxWidgets (embedded GUI)- Raspberry Pi

- Portable inventory-management case, using RFID and mobile cellular technology. Ran on TI Linux distro "Arago"- Design & Implementation of payment module for automated food-dispensing kiosk.- Beaglebone Black- Embedded Linux, UBoot

Focused on deployment of Coverity static analysis tool within Telematics group, remediating issues discovered.

- Created application firmware for single- and dual-micro Instrument Clusters for GM and Ford, some designed for AUTOSAR environments.- Represented JCI in various customer technical reviews.- Deployed Coverity static analysis tool within Driver Information group, remediated issues discovered by Coverity and QAC.- Performed Requirements Analysis on various customer specifications.

- Created application firmware for Whirlpool & Kenmore brands of dishwashers.- Helped introduce Code Collaborator to software team.- Developed a Unit Test environment for development and maintenance of modules, isolated from the main application environment.- Actively participated in development of UML usage standards.- Helped train the Dishwasher group in Requirements-based design.

- Developed and executed software test plan for a medical device.- Performed Requirements-Based Testing of software per DO-178B.

Maintenance of firmware embedded in ATM cash dispenser, and of Windows-based testing program.Rhapsody in C++; stepper and BLDC motor control; Green Hills compiler for ARM; LabWindows/CVI v6.0.

Created application software for MY2010 PSA 408 (Peugeot) rear-view mirror.

Customer-specific software for MY2008 GMX384 and GMX386, and MY2010 Ford CD3xx instrument clusters. Build & release, requirements tracing. Interfaced with customer engineers. Managed project timing and tracked development budget. Directed the work of project teams.- In charge of internal project to port cluster software to true OSEK OS.- Responsible for software architecture, participated in hardware architecture design.- Mentored and trained most of a software team that grew to 20 developers within 90 days, while meeting customer delivery dates with expected content despite extremely aggressive schedules.C language; Green Hills MULTI for NEC V850, full and JTAG emulation; hardware simulation; State machine design; OSEK and OSEK-like OS; CANoe and CANalyzer, CAPL; Vector CAN stacks for Ford, GMLAN; Serena PVCS version control; Tracker, TeamTrack change management; Visual Studio 6. Stepper-motor control.

Member of Software Engineering Process Group, responsible for development of Configuration Management policies.Serena PVCS version control; TeamTrack change management.

Software for MY2004 DaimlerChrysler HB Electronic Overhead Module. Software architecture design. Captured customer software requirements, traced to implementation. Monitored project timing and tracked development budget. Participated in the development of a department coding style, standardized include file, basic (minimum) development processes.C language; COSMIC compiler for Freescale Star12, full (in-circuit) emulation; event-dispatching OS; CANoe, CAPL; Vector CAN stack for DaimlerChrysler; VSS, PVCS version control; Statemate; CodeWright.

Software modeler for a DaimlerChrysler whole-interior project. Translated customer-supplied behavioral models into module-specific implementation models. Interfaced with customer development team.iLogix Statemate.

Testing of firmware and Windows software. Participant in development of department's ISO-9000-related procedures, trained to be ISO-9000 auditor. Wrote software for in-house use. Evaluation and selection of in-house tools (bug-tracking systems, source-management systems, disk- and OS-management software, etc.). Management of department's PC resources, including oversight of OS configurations.

Lead Test Engineer, responsible for Ford electronic products. Developed and executed test plans, project timelines and budgets. Developed new and improved existing test capability. Participated in the design and refinement of lab systems in accordance with company’s QS-9000 effort. Directed the work of from 2 to 5 technicians.- Created a modular testing system, upgradable, and expandable from small (“suitcase tester” for use during customer visits) to large (120 modules in an environmental chamber). Responsible for all aspects of hardware and software design and implementation.Turbo Pascal; LabWindows/CVI; Visual C; HiTech C for Motorola MC6808; LabVIEW; RS-232-, RS-485, GPIB, I²C, Chrysler CCD, J1850, and other communications protocols; TLIB version control.

Created electronic production aids and fixturing. Designed and implemented control programs on PC-based systems to control test equipment, gather production statistics. QuickBASIC; QuickC; Turbo Pascal; MC6805 uC (Motorola assembler); TLIB version control; OrCAD; Quarterdeck DesqView; PC-MOS.

Supervised three bench technicians and twenty production people and seven product lines, with launch team responsibilities.