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Leads a digital and mixed-signal hardware engineering team developing high-performance electronics for aerospace communication systems. Oversees architecture, design reviews, debugging, manufacturing transition, quality, reliability, design reuse, and engineering processes. Manages staffing, performance, budgets, mentorship, and cross-functional collaboration while providing technical guidance on high-speed interfaces, FPGA and processor implementations, signal integrity, PCB design, DFM, and DFT.

Lead complex, high-value aerospace and defense programs from planning through production and customer delivery. Manage schedules, costs, risks, contracts, performance, and customer relationships while coordinating cross-functional teams across engineering, operations, supply chain, quality, finance, product management, and business development. Establish governance frameworks, reporting tools, performance metrics, and continuous improvement initiatives to meet contractual, financial, operational, and customer objectives.

Leads the structural and thermal design, analysis, testing, and development of launch vehicle components and systems. Oversees subsystem development from concept through flight, prepares CAD and technical documentation, supports qualification and mission operations, investigates anomalies, and mentors engineering teams. The role requires expertise in FEA, thermal simulation, aerospace hardware testing, systems engineering, and launch vehicle structures, with cross-functional collaboration across mechanical, aerospace, and controls engineering teams.

Leads integrated master scheduling for complex programs, including schedule development, baselining, critical-path analysis, forecasting, risk assessment, recovery planning, performance reporting, and cross-functional coordination. Partners with program management, engineering, manufacturing, supply chain, finance, contracts, and production to support program execution, customer milestones, and strategic decisions. Improves scheduling processes, reporting efficiency, schedule accuracy, and forecasting effectiveness.

Leads a digital and mixed-signal hardware engineering team developing high-performance electronics for aerospace communication systems. Oversees architecture, design reviews, debugging, manufacturing transition, quality, reliability, design reuse, and production scalability. Builds and mentors a distributed team of 8–12 engineers, manages staffing and budgets, establishes engineering standards and processes, and collaborates across product, program, manufacturing, supply chain, quality, and operations teams.

Leads integrated master scheduling for complex aerospace and defense programs. Develops schedule baselines, analyzes critical paths, risks, variances, forecasts, and recovery plans, and coordinates dependencies across program management, engineering, manufacturing, supply chain, finance, contracts, and production. Produces schedule reports, dashboards, metrics, and executive analyses while supporting program reviews, customer meetings, schedule governance, and process improvements.

Leads an RF hardware engineering team developing aerospace and defense communications electronics, including phased arrays, RF front-ends, beamforming networks, and software-defined radios. Oversees architecture, design reviews, simulation, PCB development, debugging, manufacturability, testability, production transition, technical standards, staffing, mentoring, budgets, and cross-functional collaboration with manufacturing, supply chain, quality, and program teams.

Owns the full lifecycle of board-level and system-level electronics for satellite communication systems. Responsibilities include architecture, trade studies, component selection, detailed design, PCB layout, signal and power integrity analysis, hardware bring-up, verification, debugging, design reviews, qualification, and production deployment. The role also leads small hardware engineering teams and supports requirements, make-or-buy decisions, interconnect design, and program direction.

Leads an RF hardware engineering team developing phased arrays, RF front-ends, beamforming networks, and software-defined radios. Oversees architecture, design reviews, debugging, manufacturing transition, quality, reliability, design reuse, and production scalability. Builds and mentors an 8–12-person distributed team, manages staffing and budgets, establishes engineering standards, and partners across product, manufacturing, supply chain, quality, and operations.

Designs and analyzes mechanical systems for satellite, spacecraft, UAV, and aerospace products across the full development lifecycle. Responsibilities include CAD design, thermal and structural analysis, FEA, shock and vibration analysis, electronics packaging, spacecraft interfaces, GD&T, DFM/DFMA, manufacturing support, testing, qualification, and in-orbit support. The role also involves design reviews, customer presentations, troubleshooting, and cross-functional collaboration with electrical engineers.