Currently directing a multi-person team in fulfilling key company goals. Building cross-functional synergies leading to product enhancements driven by key research initiatives. Applying creative thought process for realizing project goals. Focusing on incremental innovations with minimal disruption to corporate functions. Versatile, assuming multiple roles across projects and technologies.• Technical lead on DoD funded "Sense and Respond" solution for NAVSEA's IT requirements on LCS ships. Designing a solution built around Network Monitoring Systems such as NetXMS, OpenNMS to "discover" network topology to build a system model of the LCS's
Total Ship Computing Environment (TSCE) and its routers, etc. and utilize Subject Matter Expert (SME) knowledge to incorporate Fault Management (FM) information into the model for Predictive Condition Based Maintenance (CBM).• Technical lead on incorporating QSI's Fault management (FM) related capabilities into Systems Level representations of NASA's modules (SysML) using Eclipse based Model Transformation Language, ATL.• Played a pivotal role in diverse research and analysis, as well as product development activities that generated revenue streams contributing to a significant percentage of company’s returns.• Bids and Proposals Preparation for NASA and DoD agencies under SBIR programs• Interfacing with customers to deliver products and services as stipulated by the contract

Transitioned to a broader role that involved executing and managing several projects involving multiple team-members. Formed Productive and Collaborative teams to meet the goals. Applied Fiscal Discipline to keep the budget costs in check. Made use of Planning and Organizing skills to meet project deadlines. Utilized Presentation and Customer Interaction skills for effective communication during meetings and reviews. Results-oriented focus resulting in project deliveries with quick turnaround time. Lead several short-fuse pilot programs showcasing QSI capabilities with limited budgets.• Project Lead from Qualtech systems, Inc (QSI) side on NASA's Tactical Satellite -3 (TACSAT-3) Testbed Program playing a key role in the Vehicle Systems Management Software. Led the porting and integration of TEAMS-RT real-time reasoner to the VxWorks platform.• Technical lead on the JSF project with Pratt & Whitney – Interfacing QSI's Diagnostic Software with Prognostic Health Area Monitor (PHAM) utility on the J135 Engine.• Played a key role in revenue generation by performed lead engineering functions in several SBIR activities.• Led development of Framework for extending analytic capabilities of QSI tools via Plug-Ins.• Instrumental in building the prototype and overall workflow for QSI’s mobile app PackNGo.• Developed forecasting and trending tools to diagnose and predict future systems degradations• Wrote several Business Proposals for Commercial customers• Several Product Enhancements such as FlexLM licensing integration into our tools.

Played a prominent role in productizing QSI's enterprise level diagnostic software prototype TEAMS-RDS (Remote Diagnostic Server). Was the lead developer and integrator of the TEAMATE technician troubleshooting software module into TEAMS-RDS. Gained expertise in creating interfaces and hooks to third-party legacy programs with minimal disruptions.• Porting the key reasoning module Teamate to Unix operating systems• Standardized TEAMS reasoner applications into registry-enabled Windows NT Services • Load-testing and performance benchmarking of TEAMS algorithms and reasoners.• Creation of technician-troubleshooting diagnostic trees renderable in HTML using JAVA application that communicates to the expert reasoner using TCP/IP for obtaining the expert knowledge.• Successful in embedding QSI's diagnostic reasoners into LabVIEW CIN (Code Interface Node). This enabled the use of real-time expert diagnosis in any native LabVIEW application.• Adapted GE's legacy NVM (Non-Volatile Memory) download and engine-code-interpretation program from a Serial Port based download to a Wireless network based download.• Interfaced with Boeing's IEDS (Integrated Engine Diagnostic System) to import engine parameters into QSI's diagnostic reasoners via LabVIEW ActiveX controls.• Played a lead technical role in the integration of maintenance and troubleshooting procedures of GE’s T700 engines on Sikorsky UH-60 Blackhawk and Boeing AH-64D Apache helicopters under the Army Aviation program ATEDS (Aviation Turbine Engine Diagnostics System)• Played a lead technical role in integrating with Sikorsky's S92 Helicopter based Ground Software. Interpreting downloaded Flight Data for inferring maintenance issues using QSI's diagnostic tools. Developed solutions for a seamless fit into customer's maintenance workflow.• Database Programming – Created MS Access based reports and developed Oracle scripts and triggers suited to several database applications and requirements

Was the lead developer for several high-key Govt. sponsored Defense projects such as NAVY’s JAHUMS (Joint Advanced Health and Usage Monitoring System) program that involved developing and interfacing QSI's expert reasoning software with flight data acquisition hardware.• Developed LabVIEW interfaces between QSI's TEAMS diagnostics software and the hardware signals acquired from the SH-60B helicopter• Developed a simulated flight software program based on sparse and legacy flight software specifications for the purpose of developing, unit-testing and debugging QSI’s flight-software-specific components.• Embedded TEAMS-RT real-time reasoner into Goodrich's onboard HUMS (Health and Usage Monitoring System) of the Sikorsky SH-60B helicopter using ADA.• Key Developer of technician troubleshooting reasoner TEAMATE.• System Administrator and Web Site Developer.