Confidential

Confidential is a company which specializes in the creation of smart phone applications and products which are not only fun and entertaining but also addresses the basic needs of the everyday consumer. Since the company's conception, we now have 6 apps in the iPhone App Store and a product which is now licensed by a leading company in the iPhone arena.

Confidential

• A key contributor to the creation of the next generation portable test system Nexgen PTS launching in 2014 Fleet Management software launching in 2015 to solve customer needs to manage and mine data from multiple instruments with web - based command and control. Managed and mentored a team of consultants in embedded coding technique, machine language optimization, device driver design and coding, graphical user interface design, database management and optimization, electro-optical circuit design, fpga/cpld device design and specification and the integration of software, hardware and biology. Created and guided all circuit design and development from concept through CE and CSA certifications. Collaborated on mechanical systems, production, spectroscopy and disposables.
• Created system designs which are expanding Charles River Laboratory's legacy PTS for a variety of assays at and beyond the limits of current hand-held instrument sensitivity. Upgraded hardware and software, improving sensitivity to parts per trillion. Increased production lot size from dozens to a thousand. Reduced field failure rate by more than 50 . Organized and managed the PTS repair depot - turn-around time reduced from 5 weeks to less than 2 weeks, with a better than 50 reduction in call-backs.
• Designed and developed Linux device driver which communicates with the AD7793 Analog to Digital converter.
• Designed application code which interfaces with the Nexgen PTS. This includes writing the YACC parser which was incorporated into the application code.
• Designed SPI driver under Linux to communicate with the Analog to Digital converter.
• Developed C and C programs to test various components of the NexGen PTS.
• Used the Yocto utilities to build the openembedded tools which is now being utilized on the PTS instruments.

Confidential

• Designed and developed the Windows device driver for the Pentek Inc. Model 7131 16 Channel Narrow band Digital Receiver module for Linux. The driver uses the on-board DMA engine to parse and move data, minimizing CPU intervention and cutting the number of buffer copies to one. This device driver is being used in various applications which were designed by Lockheed Martin, Boeing, and many other such companies.
• Designed and developed the Windows device driver for the Pentek Inc. Model 7140 Dual Digital Up/Down converter PMC/XMC with FPGA. The driver is responsible for creating a linked list which correlates directly to the DMA controller for blocked date reads and writes. IO controls are also implemented to provide the user more flexibility for controlling the function of the driver.
• Designed and developed the Windows device driver for the Pentek Inc. Model 7150 Quad 200 MHz, 16-bit A/D with Virtex-5 FPGAs PMC/XMC. This board contains two Xilinx Virtex-5 FPGAs. FPGA cores were designed to further augment the robustness of this board. The driver is responsible for loading these cores and using them in a effective manner as defined by the user.
• Designed the graphical user interface for all Windows drivers developed. This GUI is responsible for setting up different parameters in the driver.
• Ported over SBS Technologies Bit 3 adapter to Windows environment. The Bit 3 adapter provides an internal DMA controller for high- performance direct memory-to-memory data transfers between buses. Porting this over to a Windows environment helped Pentek Systems Inc achieve more recognition in the Bit 3 adapter arena.
• Designed VX Works drivers for various FPDP receiver boards. Designing these VX Works drivers was pinnacle for Pentek Systems Inc for acquiring more sales in the FPDP market.
• Designed and developed Linux device driver for the Pentek, Inc. model 716X series Dual Digital Up/Down converter. This driver is responsible for collecting data, buffering the data, and then outputting the data stream through the front panel of the 716X board.
• Wrote low level device drivers for Pentek's DSP Computer boards for use with the Swiftnet product line. This included Kernel module support for DEC Unix, HPUX, Linux, Solaris, VxWorks, and the porting of Swiftnet to 64 bit processors. Authored multi- threaded device drivers for Pentek's SwiftNet integrated development environment on embedded platforms from GMS Inc., National Instruments, SBS Inc., VMIC Inc. and several other embedded PC manufacturers' machines running Microsoft Windows, Linux, and VxWorks. Functioned as a beta test site for National Instruments Labview running on the Linux operating system.

Confidential

• Designed test codes for power PC products. This test code was eventually incorporated into the production test suite. It was very effective in pinpointing discrepancies in not only the hardware but software as well.
• Enhanced existing source code for various T1 modems. The original code which was being implemented proved to be inadequate due to poor coding. I revamped the code and made it more efficient which resulted in increased sales for the T1 modem product line.
• Designed graphical user interface which tested the functionality of the T1 modem products. Using this GUI decreased testing time and delivered the T1 modem line in a much more timely fashion.

Confidential

• Assisted software engineers in developing comprehensive tests for a multitude of DSP based products. Due to my attention to detail, I was directly responsible for designing the standard operating test procedure which all of the software engineers implemented.
• Supported customers who were using Ariel's C6X and SHARC processor boards. All customer questions were resolved in an expedite manner which was recognized by my superiors.
• Assisted hardware engineers in trouble shooting VME systems. Collaborating with the hardware engineers in debugging their designs helped deliver these VME Systems to the market ahead of deadline.

Confidential

• Troubleshot all of Ariel's DSP based boards with a primary focus on VME designs.
• Assembled PCB boards and installed surface mount components.