• Designed and developed features using C++11 for the Platinum Next-Generation Protein Sequencer device.

SP-1 Software Department, Advanced Technology Development Center (ATDC)• Developed an automated test system, collaborating within the IPT and across IPTsReal-Time Component Framework (RTCF) Internal Research & Development Project• Worked with the team to productize RTCF by automating unit tests and component builds, fixing and expanding unit test coverage to 95%, reintegrating external program forks, and delivering release 6.2 on time.NATO Alliance Ground Surveillance (AGS) Project• Worked closely with SEIT and the Pilot Instructor to automate several Pilot Trainer instructor activities, to update SVD and Software User Manual documentation, and to correct and improve the lab configuration.• Worked with DevOps to migrate and automate the MOVINT/SMS client build using TeamCity.• Supported MOVINT/SMS integration with external entities at customer site by delivering several critical fixes.Unmanned Command and Control (UC2) Internal Research & Development ProjectUser Interface (UI) Team Lead / Software Engineer• Led User Interface team of 2 to design and develop a new Critical Commands GUI application in Qt. Worked closely with Human Factors specialists to help design and refine the user interface specification along the way.Firebird Manned/Unmanned Aerial Vehicle (MUAV) ProjectVehicle Test Controller (VTC) Team Lead / Software and Test Engineer• Led a team of up to 2 through an Agile/Scrum development to code-complete of the VTC application.• Actively contributed to software requirements definition, feature implementation, customer demonstrations, peer reviews, test plan creation, and testing throughout development.• Successfully demonstrated the VTC’s capabilities to the customer during Critical Design Review (CDR).• Worked closely with SEIT, Ground Support Ops, and other software teams to define and implement subsystem-level requirements such as hardware definition, 3rd party tool identification, procedure authoring, and requirement verification.

• Implemented serial protocol and antenna message set communication stack for new directional antenna.• Authored high-level architecture specification document including porting considerations based on prototype algorithms provided by a system architect.• Developed on-device memory tracking tool to help identify memory leaks and increase stability of the modem.• Developed file corruption detection and recovery system for device file system to handle improper shutdowns.• Developed scripting engine to enable dynamic, mixed virtual node and real node network testing.• Collaborated in three-man team to replace proprietary security software with OpenSSH/OpenSSL reducing product royalty costs and alleviating vendor lock-in.• Contributed 40% of department’s process improvement ideas and 25% of product improvement ideas.• Championed and furthered the use of the static code analysis tool Coverity to help identify and fix defects earlier in the development process.

• Designed & implemented embedded, multi-threaded graphical user interface for Covidien's next generation flagship ventilator, from toolset identification/validation through 510(k) submission.• Proactively stepped-up to become central user interface design engineer, resulting in a ventilator user interface has been roundly praised by internal customers and external focus groups alike.• Extensively involved in creation of customer-facing use cases, flow diagrams, & software requirements.• Directly involved with integration of COTS GUI builder Altia and Active Object Framework Quantum Leaps, resulting in rapid and flexible development of product look & feel.• Solely responsible for creation of interactive & static GUI prototypes, UI guidelines, wireframes, & flowcharts.• Followed strict software development process using version control (using ClearCase), peer code reviews (using Code Collaborator), and defect tracking (using ClearQuest).• Gained hardware debugging experience utilizing JTAG debuggers on the PowerPC e300 & Fujitsu Carmine.• Developed & improved Windows application envisioned to enable ventilator communication through Internet.• Collaborated extensively with in-house subject experts, marketing, external human factors experts, graphical artists, service, training, management, customers & engineering.• Participated in direct usability testing sessions through on-site & conference focus groups.

• Created ViewRight Mobile VLC-based DRM media viewer for Nokia Symbian (Series 60) proof-of-concept.• Recognized at Nokia Worldwide Open C Challenge competition awarded at Nokia World conference.

Software developer and Human-Machine Interface (HMI) design lead of distributed, object-oriented, UNIX based government defense strategic applications using C, C++, Ada and SQL.• Developed a distributed, client/server application for intelligence data input resulting in a successful delivery to USSTRATCOM with zero errors. • Acted as the direct customer interface with the Functional Manager at USSTRATCOM for intelligence data input/processing requirements analysis & refinement, interface control document specifications, user interface definition, & test data input & manipulation.

• Thrived in rapid development environment using waterfall, agile, and spiral development models.• Implemented applications for Nokia Series 40 OS on 11 platforms enabling Nokia to meet or exceed carrier requirements.• Solely responsible for Call & Operator UI applications resulting in timely & successful carrier certification. • Delivered improvements to composing, viewing, sending, receiving, & storage of MMS.• Selected by management to work on several high priority projects in Finland. Delivered key features for MMS Prompt Mode & Message Common Inbox to CDMA & GSM phones worldwide.• Finland “Away-Team” Ambassador.

• Architected department’s Windows based peer-to-peer messaging & client management system to provide distributed, fault-tolerant messaging & startup/shutdown management. • Engineered the install application to minimize user interaction & decrease installation time by 40% resulting in faster, more accurate system testing & deployment.• Streamlined build process to shorten production cycle-time by 15%, eliminate user interaction in process & decrease archival space by 85%.

• Implemented software for the Precision Lightweight GPS receiver in Jovial and for the Flight Management System in Ada delivering accurate, bug-free programming within strict deadlines.