To use my low level programming skills developing exciting embedded products; including firmware, operating system, drivers, applications, programmable logic and/or coprocessors.
Bachelor of Electrical Engineering, Cooperative Plan with Honor, Georgia Institute of Technology, 1996
Specializations: Computer Systems and Telecommunications
· High-level languages: C/C++, Visual Basic, BASIC, HTML, Pascal, and Fortran
· Assembly languages: ARM, M68K DragonBall (68328), MCore, PowerPC, PIC, and X86
· Knowledgeable in issues related to low-power and mobile devices
· Extensive experience in simultaneous cross-platform development
· Expert at debugging embedded systems with little or no emulator support
· System level software (RTOS, drivers, libraries, and test applications) in embedded environment
· High level hardware and software debugging using oscilloscopes, logic analyzers, and simulators
· Low level software debugging using memory dumps and assembly code tracing
· Operating Systems: Palm OS, WinCE/PocketPC, VRTX, Windows 95/98/NT/2000/XP, Unix and Solaris
· Source/Change Control: PVCS, Perforce, Visual SourceSafe, StarTeam, and Clarify
· Programmable Logic: Xilinx, CoolRunner, and other PLDs
· Electrical soldering (including surface mount components)
· Ham radio operator (KB4WEH, Technician Plus)
Staff Engineer - June 2004 to Present
Digital Subscriber Networks, Headend Embedded Software Team
Staff Embedded Software Engineer - April 2002 to May 2004
· Developed and maintained firmware for Quadrature Amplitude Modulator series of products
· Wrote code for multitasking multi-processor system mixing ARM and PowerPC.
· Maintained carrier grade reliability.
· Focused on MPEG-2 Systems Layer and PowerKEY Conditional Access System.
· Worked closely with Digital Network Controller System and set top groups.
Ratio DesignLab, Inc. (became AppForge, Inc.),
High-tech Product Development
Embedded Software Engineer - April 1996 to April 2002
· Developed software and firmware for battery powered handheld mobile devices.
· Implemented 32-bit multitasking embedded real-time operating system (RTOS)
· Written in portable Object-Oriented C (critical portions in assembly).
· Simultaneously supported on ARM, ARM Thumb, StrongARM, Motorola M68K DragonBall, and MCore.
· External modules use position-independent code and data (PIC/PID) for execute in place power savings, flexible configuration, and field upgradability.
· High-speed direct system and inter-module function calling via a COM like interface, implemented in C.
· Wrote numerous device drivers including UART, (IR, RS-232, and RS-485), graphical LCD, coprocessor, touch screen digitizer, and paging and two-way radios.
· Team lead for development of cross-platform GUI controls using C/C++ code shared between Windows and all embedded targets, in the AppForge Piedmont Framework.
· Senior team member in design and development of AppForge Piedmont (a cross-platform COM-like framework for embedded systems) SDK and run time, for Palm OS and Pocket PC.
· Wrote and maintained code in programmable logic devices (CPLD and FPGA) and coprocessors to support zero glue logic and field upgradeable design philosophy.
· Wrote programmable logic elements and boot and OS code for modular Hardware Reference Platform
NASA, Voice and Navigation Aids Section,
Electrical Engineering Student Trainee (Co-Op) - May 1991 to September 1995 (alternating quarters)
· Prototyping, engineering support, and UNIX programming for U.S. Space Shuttle ground communications systems.
Methods and systems for providing platform-independent shared software components for mobile devices
United States Patent Application 20030018825, filed 17 July 2001