Adam Jung Email & Phone Number

Owego, Ny

Analyzed performance, designed and implemented performance improvements for multiple multi-million dollar global postal programs. Transferred postal recognition technology to military applications.Worked in C/C++, Java, Ada on Linux and Windows using emacs, make, Eclipse, Gnat, and Visual Studio.Worked on integration demonstration projects for ESM on MH-60R, as well as signal and image processing applications. Worked on UAV autonomy project using ROS.

Software and systems engineering talent and business sense combined with experience in businesses, large and small, public and private, ready to help you solve your problems.

Owego, Ny

Performed system engineering and marketing for market forays into biometrics and, most recently, healthcare on the ICESTORM™ project – interacted with customers, identified customer needs, developed strategy and messaging, defined demonstrations, identified system gaps, reviewed Java code in Netbeans, led test automation effort that used Mirth CONNECT™ as an Enterprise Service Bus (ESB) in a Service Oriented Architecture (SOA)

Owego, Ny

• Primary system engineer for Unmanned Combat Armed Rotorcraft (UCAR) program (DARPA) Mission Management (autonomy) segment – supported development and communication of DoDAF artifacts, including requirements discovery and management, between system architects (architectural and operational views), subsystem integrated product teams, including subcontractors, and their interaction (system views), demonstration team, and customer team• Principal investigator on multiple internal research and develop projects involving route planning and mission planning, defining requirements and tasks, managing budget and schedule, and reviewing Java code in Eclipse• Lead system engineer estimated, proposed, defined requirements and tasks in UML (Artisan), managed budget, schedule, and customer expectations, and presented and demonstrated solution to the Office of Naval Research for Team-based Execution of Autonomous Missions (TEAM) program using a combined arms approach to mine countermeasures

Owego Ny

• Refactored letter recognition code for parcel/bundle postal application on Windows• Proposed, designed, implemented and tested configuration management approach using modules in CVS, branching, cascading makefiles that performed checkout and build, building across Unix. Linux, and Visual Studio (icc)• Pioneered use of XML for module interface, improving interprocess interface testing and debugging• Managed CVS repository, instructed and directed programmers in module requirements and strategies for testability and maintainability• Refactored high throughput application (cluster processing) to low latency application (parallel processing)

Owego, Ny

• Performed development and maintenance for high throughput multi-process postal letter address recognition systems on Unix in C using emacs, gcc, and make• Measured recognition performance and analyzed failures by instrumenting code and analysis by spreadsheet, then proposed, designed, developed, tested, and measured performance of changes to improve performance to reduce millions of dollars of cost for the US Postal Service

• Detected and troubleshot hardware problems, redesigned, tested, documented, and guided hardware corrections and improvements into production• Analyzed and updated circuit board design for FCC electromagnetic compliance requirements for bringing digital signal processing board for telephony switches to market

• Interpreted marketing specifications, developed mechanical and electrical solutions, tested and specified parts and vendors, wrote manufacturing documentation and user manuals, worked with regulatory agencies, and guided multiple products into the production process and to market• Successfully brought multiple new product lines to market through requirements discovery, part approval, bills of material, assembly & test specifications, certifications, and instructional material• Responsible for troubleshooting issues and documenting corrections in existing product lines• Field work in recall of class III medical device. Successfully designed, performed, and reported experiments for FDA for safety and effectiveness of the correction

Mba

Activities and Societies: Beta Gamma Sigma

Ms, Bioengineering

Activities and Societies: Developed algorithm for detection and differentiation of neural spikes from multi-site solid-state electrodes.

Bs/Bs, Computer & Systems Engineering/Biomedical Engineering

Activities and Societies: Magna cum laude, Tau Beta Pi, Eta Kappa Nu, Minors in Biology and History/Political Science, team designed.

Education record