• Co-Chairperson of LGO New Partner’s Committee – leading efforts to recruit partner companies to the LGO Program• Mentor in the MIT Gordon Engineering Leadership Program – career and leadership mentoring to MIT Undergraduate• 2012 Finalist, Global Operations Conference Case Competition sponsored by Michigan Ross School of Business

• Determined critical operational objectives and outlined fundamental solutions to support a complex relocation and consolidation of five facilities into one ultramodern facility• Presented key analytics, found through data mining and analysis, to VP of New England and Senior Leadership Team, which provided insight into demand patterns and service levels for customers in the New England network • Managed an asset reconciliation process based on core financial metrics and assets lists from multiple business units resulting in a unified, standardized, data-driven asset move list used for key business decisions

Business Development• Partnered with fellow founding team members from MIT on the strategic direction of the business and technology, which led to investment from founders of Boston Scientific and Yahoo! • Directed development of a medical device prototype while balancing the goals of the company and the needs of customers • Conducted data collection and supported networking efforts at the Anxiety and Depression Association Conference which resulted in product redefinition and refinement of specifications based on customer needsEngineering and Engineering Management• Led design, development, testing, manufacturing, and managing of the hardware that measures the autonomic nervous system associated with the effects of stress including perspiration, respiration, and cardiology• Created schematics, produced circuit board layouts, and led design-for-manufacturing processes for multiple iterations of prototypes with an average release cycle of six months from initial design to finalized boards• Guided and supported mechanical team lead to integrate sensor leads, assembly, user display, and mechanical ports• Analyzed and implemented quality control processes to improve board yield from 50% to 100% from manufacturer• Collaborated with co-software lead to design, develop, test, and deploy embedded firmware and QA software to support low-power, embedded, wrist-worn, 510k hopeful device• Originated and deployed software configuration and control for multiple versioning and deployments

• Explored and implemented signal processing algorithms in VHDL to deploy in a real-time radar system • Programmed VxWorks to integrate C++/C algorithm to communicate with hardware system in radar system• Developed FPGA to single board computer communication interface with C++; Designed communication messages to facilitate cross platform and middleware communication• Developed algorithms on embedded systems on average, two to three weeks ahead of schedule and fully verified• Designed a back-end database and front-end Matlab interface, for data created by the real-time signal processing• Management and developed new verification and test software for developers to test and verify personal code against a master code base resulting in a reduction in debugging and verification time• Designed and developed fully functional web 2.0 portal for real-time net centric architecture and analyzed net-centric sensor architecture for satellites and radar systems globally