United States
Systems and computer engineer with 4+ years of experience in defense programs, acting as a bridge between technical teams and end users. Experienced in customer-facing technical communication, systems integration, and mechatronics; with a focus on translating complex concepts through live demos, training sessions, and written documentation.
Serve as Scrum Master for a software team of ~20 engineers, facilitating daily stand-ups, removing blockers, and maintaining sprint velocity in an Agile/Scrum environment while leveraging JIRA software. Co-owned product roadmap responsibilities through Program Increment (PI) planning and presented PI plans to internal stakeholders and the customer. Currently leading a 6-person internal R&D engineering team in the early development phase of a new initiative; assembled the team, coordinated the project schedule, and translated technical objectives into accessible language for program management. Certified in Earned Value Management System (EVMS) as a Control Account Manager (CAM); authored Basis of Estimates (BOEs) for two multi-million dollar program proposals. Delivered hands-on technical training sessions for customer engineers, teaching system programming, build procedures, and load operations, which accelerated requirement discovery and built customer confidence. Presented live technical demos and produced release documentation, iterating content based on real-time customer feedback to improve clarity and usability. Pioneered and refined team processes for regression execution, intelligence analysis and documentation, ultimately reducing ramp-up time from months to weeks and strengthening knowledge transferability. Worked within a requirements management framework using DOORS, maintaining traceability between system requirements and verification activities. Investigated and resolved system performance issues in collaboration with systems, software, and firmware engineers across the full integration stack. Built a Python-based GUI tool to parse and visualize tens of thousands of regression data points covering over 4 years, enabling longitudinal trend analysis that was previously impractical; what once required hours of manual comparison against a single baseline can now be done in minutes with greater depth and historical context.
Worked alongside engineers in a multidisciplinary role to further development in electronic warfare technologies. Participated in systems, hardware, software, and mechanical aspects of design. Automated radar data generation, collection, and formatting for machine learning algorithms. Cooperatively designed a simulation program along with criteria for functionality and test-ability. Practiced Model Based Systems Engineering (MBSE) and Unified Modeling Language (UML), when creating designs and design documentation. Worked in MDF programming, which included EW system analysis, interpretation, and test/evaluation. Created MATLAB program in offline network to capture GIFs of spectrum analyzer movement for enhanced documentation. Investigated and troubleshooted performance issues cooperating with systems, software, and firmware engineers. Formed relations with external customers and facilitated cooperation. Served as a key technical interface to the customer alongside a small team through weekly engagement calls covering system status, technical issues, and program milestones.
Worked alongside engineers in a multidisciplinary role to further development in electronic warfare technologies. Generated and curated synthetic radar data for machine learning algorithms. Generated electronic warfare simulations in EWIRDB (Electronic Warfare Integrated Reprogramming Database).
Planned and facilitated a variety of social and didactic programs for residents. Trained in: Crisis Management, Alcohol and Drug Awareness, Mental Health Awareness, and confidentiality. Fulfilled weekly office hours and performed on-call rounds while working closely with Residential and Dining Services, Facilities, and Campus Police. Awarded RA of the month in November of 2018.
Set up a new lab at Stevens Institute of Technology with soldering and electronics lab equipment such as oscilloscopes, power supplies, and function generators. Maintain lab and support senior design projects.
Assist graduate TA in conducting labs. Provide assistance to students in learning basic circuitry and using standard electronics lab equipment.
Review data sets with in-house data and make corrections to discrepancies. Participate in weekly meetings showcasing work from different departments.
Collaborated with lead software engineer to update the digital technical map of the NYC subway system. Created a database spreadsheet in excel of track segments.
Disassembled, relocated, and reassembled several hundred desktop computers. Properly reboot thousands of computers during network update.