I provide consulting services to medical device and aerospace clients. I specialize in design controls, regulatory compliance, safety analysis, and system design.

-Led the verification of Blue Origin's BE4 engine control system, saving two months of schedule time for 3 FTEs.-Orchestrated the drafting and approval of product development processes for the avionics department.-Created a framework of design practices for future engine control systems, rated for human flight.

-Triaged a neglected project backlog, collaborating with sales and service to re-establish clear priorities.-Resolved critical power generation and control system issues in <10% of SLA resolution time.-Hired and trained staff of 4 engineers, instilling safety, reliability and documentation best practices.-Oversaw UL508A panel shop training, production, testing, and delivery.

-Managed full-stack SaMD lifecycles, from development to maintenance, including build pipelines and change management.-Led QA, verifying project requirements and ensuring regulatory compliance, including risk management and design history file maintenance.-Implemented software supply chain security, using SBOMs and SCA to mitigate vulnerabilities.

-Led multiple client projects for medical device design and production, contributing electrical and systems engineering expertise.-Oversaw the QMS, ensuring meticulous design history records and regulatory compliance.-Streamlined efficiency by designing data interfaces to existing systems, enhancing work tools.-Managed $2.5M of project revenue to 100% on-time, on-scope and on-budget execution.

• Launch Innoslate Model-Based System Engineering tool• Manage system requirements and 1st flight verification • Coordinate instrumentation of LauncherOne and Cosmic Girl (B747) for Structural Dynamics, Aero-Thermal, Avionics and Integration and Test Teams• Assist with data acquisition and preliminary analyses• Learn, contribute and teach others as much as I can!

• Manage engineering staff; set goals, performance metrics and task assignments; schedules/IMS and proposal support• Drive down risk in product development through intensive one-on-one scheduling, mentoring, process reengineering• Analyze and document safety, reliability and maintainability aspects of systems designs for DoD programs• Support design for safety growth initiatives

• Led Systems Engineering team in designing safety-critical avionics systems for Part 23 and Part 27 aircraft.• Managed professional development for a team of 6 direct reports, ensuring growth and success.• Developed standardized test and issues tracking processes, providing essential training for team members.

Led the product development for the G600 TXi flight display system, including product concept, market research, development planning, system requirements, and extensive user interface and experience (UI/UX) design and testing. Set the standard for system requirements, starting with the GDU 7XX flight display system, to be functionally focused, and collated performance and environmental requirements for easier system verification and certification.Overhauled flight deck alerting schemes. Standardized the Garmin Info/Caution/Warning alerting implementation, and created truly pilot-actionable alerts for distributed avionics systems.I designed and certified interfaces between the G600 Flight Display and existing autopilots, including Bendix/King (Honeywell), Cessna, Century, S-TEC (Genesys), and Collins flight control systems.

-Create and revise electrical instrumentation drawings-Define and document test, calibration, and operational procedures-Program data acquisition and transmission systems-Build and maintain test numerous test setups

-Established and maintained test configurations-Installed strain gauges and wire runs for test articles-Calibrated testing equipment and configured data acquisition software

Launched the engineering department tutoring program, with individual and group sessions.