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Ruby Bustin

309 Hilltop Dr.  Bedford MA 01001 USA

home: (781) 275-9876  cell: (781) 223-1230

ruby@speakeasy.net

Education:             BSEE, University of Rochester

Strengths:              Extensive experience in firmware development for real-time embedded systems.  Proven success at implementing complex projects from concept to production, utilizing skills and expertise in firmware and hardware.  Technical leadership skills and experience.  Excellent verbal and written communications skills.

8/00-12/11         Member, Technical Staff, Conexant Inc., Waltham MA

ñ  key or lead firmware development role on several successful products during company's startup phase

ñ  sole firmware developer for pilot/demo project, key to winning major OEM client

ñ  extensive contact with OEMs/ODMs, chip (SoC) and board designers in all project phases

ñ  chip and board bring-up – investigate and resolve boot issues, porting to new CPUs and chip hardware, software toolchains, etc.

ñ  driver level firmware for specific SoC HW blocks (scan, image encode/decode, I/O, serial comm., etc.)

ñ  occasional maintenance of firmware build system – makefiles, build-time scripts and executables

ñ  define and implement APIs for scan, print, image processing, UI, serial communications, etc.

ñ  coded high level applets utilizing existing APIs, eg., Fax Store, Fax Scan, Fax Print, Local Control (intermediary between UI and lower-level APIs)

ñ  Post Silicon Design Verification for several generations of SoCs – Verilog coding (Altera environment) used to create transactors with which to validate functional blocks within the SoC

ñ  detailed hardware-level control of stepper motors, numeric/graphic LCD displays, optical scanners, inkjet print heads and video (modulated laser beams) for laser printers

ñ  debug of complex chip issues, involving detailed hardware investigation – high speed oscilloscopes, logic analyzers, etc.  Program and analyze data from these instruments over host protocols (eg. TekVisa)

ñ  ARC, ARM (v7, v9, Cortex) RISC embedded processors; Green Hills and ARM RVDS toolchains

ñ  coding in C and assembler, using Thread-X real-time operating system (early work used proprietary round-robbin RTOS.)  Occasional mods to RTOS to preserve context of SoC functional blocks across processes.

ñ  developed minimal-footprint USB device implementation as part of chip-validation work

ñ  developed and championed USB-JTAG interface for use in board bring-up and post-silicon validation

ñ  US patent (in progress, SN 61/549,547) concerning control of illuminant on ADF scanner to optimize data throughput

8/94-8/00           Senior Software Engineer, Varian Semiconductor Equipment Associates, Gloucester, MA

ñ  VIISta-810 Product

ñ  Embedded software (C, assembler) to implement dosimetry control system

ñ  Close coordination with physicists to drive mechanical and optical scan for optimal dose uniformity

ñ  VIISion (E1000) Product

ñ  Enhancements to, and maintenance of, run-time system-configuration database

ñ  inter-module communications, motor control, I/O hardening, device drivers, run-time speed optimization, user interface, software process, and development tools

ñ  Attempted port of entire development system from DEC VMS to Diab (PC-hosted) cross-compiler

ñ  Customer interface (Intel) to integrate HYT particle monitor into Varian's GUI and logging system

ñ  C, assembler, pSOS real-time op system, DEC VMS platform

1/91-7/94           Senior Engineer, ENI, Rochester, NY

ñ  Responsible for control system (all non-generic hardware and firmware) for a 10KW DC switching power supply for plasma (DC sputtering) applications.  This product is still currently marketed by MKS.

ñ  All firmware for 80C552 host CPU, two 56001 DSPs, plus a 87C751 CPU for front-panel control

ñ  80K lines of commented assembler code (executable code size >63K bytes)

ñ  Contributed innovative design for monitoring of power supply outputs via Delta/Sigma A/D riding on output rail, coupled via fiber-optic link using lightweight proprietary serial protocol implemented in Altera PALs

ñ  proprietary hardware and firmware to minimize arc energy

ñ  hardware and firmware design for stepper-motor-controller board, including 80C552 CPU, PALs, analog input, and motor-drive electronics

4/85 to 3/90       Senior Engineer, Analogic, Danvers MA and Peabody MA

ñ  ITG (Industrial Technology Group)

ñ  hardware/firmware design for intelligent analog/digital IO boards for VME, Multibus, Intel iSBx

ñ  HW based on Motorola 6801/6803 microcontrollers

ñ  coding in assembler and C using PC-hosted cross-compilers

ñ  RTU – low-power CMOS data acq. system w/analog, digital IO, 8088, iSBX expansion

ñ  intelligent A/D modules based on Hitachi 6803 OTP processor

ñ  CSG (Custom Systems Group)

ñ  extensive modifications to the embedded software on an intelligent communications-controller board for the VME bus (68000 assembly code) to support an AT&T  'TBOS' communications protocol

ñ  VxWorks driver for serial ports on Ironics IV-1624A controller board

ñ  HW design: VME slave board for custom I/O requirements.  Several auxiliary boards for the so-called RDU (Remote Display Unit.)

Hardware/Software Summary

·         Processors:  ARM, ARC,  Moto 56001 DSP, 8051, 80C552, 87C51, 680x, 680x0, Z80 and 8080

·         Languages:  C (guru), C++ (conversant,) assembler (many CPUs and variants,) Pascal, FORTRAN, APL. Scripting languages (as required... Perl, Python, make, etc.).  Passing knowledge of HTML, CSS, PHP, Java, Verilog (Quartus environment)

·         Operating Systems:  Windows 2K/NT/XP/7, Linux (command line); embedded RTOS (pSOS, Thread-X, proprietary and “none”)

Awards, Publications, Etc.

·         U.S. Patent #4229703:  Zero Reference and Offset Compensation Circuit

·         Preliminary Patent Application filed (2011, SN 61/549,547) “Systems and Methods for Improving the Scan-Line Throughput of an Image Scanner using Modulated LEDs”

·         Publication:  “Safety and Ion Implanters” (with P.H. Rose) in Ion Implantation Techniques (H. Ryssel and H. Glawischnig, ed., Springer-Verlag, 1982.)

·         A short chapter in 301 Inkjet Tips and Techniques by Andrew Darlow (ISBN-10: 1-59863-204-3)

·         Numerous photos published (see my website

Hobbies, Interests

ñ  RC aircraft, photography, digital imaging, hiking, skiing, sailing.

ñ  Have hiked the entire Appalachian Trail (completed Sept. 2007)

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