• Currently developing Java applications that connect various devices to a Microgrid.

• Wrote a Java CAN bus driver for j1939 protocol.

• Various Software Development projects for new line of robots.

• Reverse engineered the JBCP to BFT2 interface software and designed a new standalone software interface with a number of performance improvements over the older design. The new interface supports MDP, IP Fragmentation, KGV-72 data encryption, as well as Transceiver only operation.

• Coded Command and Control (C2) and Chat routing protocol on JBCP. This routing included

UDP multicast and TCP Unicast Routing.

• Designed and coded Anycast protocol using Quagga, Zebra, and OSPF on a Linux system.

• Added features that enhanced the VMF Message routing for SA, SDSA, C2, and Chat on

JBCP platforms.

• Coded and supported Interface between JBCP and DDS.

• Coded and supported Interface between JBCP and C2R.

• Architected and coded a PLGR/DAGR interface for FBCB2 and JCR.

• Architected and coded a DAGR/PLGR GPS simulator that allowed multiple users to share and connect to a DAGR or a simulated DAGR using ICD-GPS-153C over a TCP connection.

• Writing infrastructure communications code for Future Combat Systems in the SOSCOE environment.

• Provided on-site troubleshooting, training, and testing support to customers.

Writing applications for Future Combat Systems (FCS) more specifically SOSCOE communications group. Also a a major contributer in the Dissemination study.

Responsible for design and support of Infrastructure applications on Sonus Soft Switch Product (ASX and GSX), writing C++ (STL) in a UNIX environment for a Sparc target running Sun Solaris, as well as a UNIX environment for a Power-PC target running PSOS.

• Responsible for application Software including Security, Redundancy, and IP Stack on the Sonus GSX.

• Responsible for the TCP/IP, UDP stack, sockets, and various network programming.

• Planned and tested GSX against various Denial of Service attacks.

• Enhanced the ISIC Denial of Service tool to send STUN packets.

• Identified performance enhancements and support of the infrastructure code including, ACE amd Inter-process Communications.

• Resolved numerous field and SVT reported software design issues on ASX and supported Sustaining department multiple occasions helping them debug core dumps.

• Designed the core IPC Timer services using STL library functions to be more accurate and allow linear performance.

Responsible for design of applications, device drivers and Board Support Packages(RTOS integration) for new and existing Avaya VOIP phones.

· Integrated and modified the Broadcom 1103 BSP into Avaya’s next generation VOIP phones using vxWorks and Tornado. This included modifications to FLASH, DRAM size, Boot Line, TFFS and coded all low-level drivers, SPI, Serial EEPROM, LED Matrix, LCD & Keypad Control.

· Responsible for the Board Support Package using a Broadcom 1101, low-level drivers and Software Design Documentation for Avaya 4621SW, 4622SW, 5610 and 5620 VOIP phones.

· Designed and coded multiple applications which included a Downgrade Protection Feature to prevent phones from loading software that was incompatible with the Hardware of the phone.

· Designed factory test code and wrote supporting documentation. Worked closely with Lead Hardware engineer in implementing the required tests.