Manage people, processes, tools, and technical execution for Government & Commercial Programs. Lead the Hardware, Production, and Operations Integration for the Artemis Program, and Hardware, Launch Site, and Ground Systems integration for Vulcan, Atlas, and Delta Rockets. Developed process for commercial launch site upgrades to support Vulcan & Amazon Kuiper Programs at CCSFS & VSFB

Systems Engineering Manager for Human Space Flight and Space Station Cargo mission

Manage people, processes, tools, and technical execution for all Government & Commercial Programs in the Aerophysics and Contamination technologies. Developed Planetary Protection Process for MARS 2020 and future interplanetary missions at ULA working with NASA JPL. Developed software tool to calculate predicted Molecular Deposition for Atlas, Delta, and Vulcan Product Line.

Manage all systems analysis and mission design for ULA's Human and Commercial Services division (Artemis, Boeing Commercial Crew, SNC Dream Chaser). Managed the integrated Systems Analysis and Mission Design for the Human Spaceflight area, including Dynamic Environments, Structural Dynamics, Aerophisics, Contamination, Mass Properties, Controls, Trajectory & Performance, and Guidance & Navigation

NASA Space Launch System (SLS) Interim Cryogenic Propulsion Stage (ICPS) Exploration Mission #1 (EM-1)- Operations Integration Lead for NASA Space Launch System (SLS) second stage "Interim Cryogenic Propulsion Stage (ICPS)". Responsible for ICPS Integrated Operations Plan, ICPS Systems Operational Requirements (Test Requirement Documents and Operations Maintenance Requirements , Instrumentation, Special Test Equipment operation and testing , Hazard Assessment Reports, related contract and schedule negotiation & definition and risk mitigation strategy.- Umbilical Systems Lead for NASA Space Launch System (SLS) second stage "Interim Cryogenic Propulsion Stage (ICPS)". Responsible for ICPS Umbilical Qualification & Development, System Acceptance Testing, Modeling and Simulation, Instrumentation, Special Test Equipment, Integrated Test & Evaluation Plan, related contract and schedule negotiation & definition and risk mitigation strategy.- Test Integration Program Lead for NASA Space Launch System (SLS) second stage "Interim Cryogenic Propulsion Stage (ICPS)". Responsible for Component Qualification & Development, Stage Acceptance Testing, Special Test Equipment, Integrated Test & Evaluation Plan, Test Related Contract and Schedule negotiation & definition and Risk Mitigation Strategy.

NASA Exploration Flight Test #1 (EFT-1)-Space Launch Complex 37 Non-recurring Integration Lead for NASA Orion Exploration Flight Test 1 (EFT-1 / Orion) Integration of new swing arm, pyro initiation system, GN2 Purges, R134a system, electrical power, communications, mechanical upgrades and supporting software)-Prime Engineer for EFT-1 Service Module T-0 Pyrotechnic Initiation System (SM T-0)-Prime Engineer for Orion / EFT-1 Crew Module Back Shell Purge System (CM Back Shell Purge) Technical and program integration activities include:Launch vehicle sub-system (propulsion, avionics, structures,...) integration with and into the launch vehicleLaunch system element integration (Prod Ops, Launch Ops, Launch Vehicle) into the over arching launch systemAssessing, managing and mitigating technical and programmatic risksIdentification and resolution of technical issues utilizing ingenuity, creativity and by creating strong teaming relationships.Communication of project status (technical, cost and schedule) to stakeholders both internal and external as well as across multifunctional project teamsManagement of project/program execution to meet objectives and milestonesUtilization of defined processes and/or modification of standard techniques and analytical methods in the execution of the program/project objectives

Aerojet Rocketdyne RL10C-1 Program-Systems Engineer Lead for the Aerojet Rocketdyne RL10C-1 Atlas Second Stage Rocket Engine Development & Qualification Program- Developed schedule, risk mitigation, and verification burn down plan to support RL10C-1 Program Schedule- Worked with customer to develop comprehensive and rigorous verification plans which addressed complex verification activities needed to support a challenging schedule in support of enterprise milestones

● ANTENNA SYSTEMS - SUBSYSTEM MANAGER○ Management of the Terrestar 2 Satellite Antenna Subsystem, which includes Integrated Master Schedule (IMS) development and maintenance in conjunction with program planners and cost account management, using earned value management techniques○ Engineering Change Order (ECO) impact assessment and oversight of manufacture, test and engineering activities○ Support stakeholder working groups while providing effective team leadership, both technical and functional○ Conduct document reviews and resolve technical systems engineering, integration and operations issues● BUS STRUCTURES - RESPONSIBLE ENGINEER○ Project manager responsible for development, manufacture and integration of spacecraft antenna structures, including detailed schedules and earned value reporting○ Effectively worked in cross-functional teams to ensure product integration occurred seamlessly, including presenting CDR, PDR, TRR, MRR and peer review presentations to senior level management and customers○ Responsible for producing top-level CAD (Pro-E) assemblies and supporting documentation, including parts lists, ECO’s, NC Tracking, etc.○ Accurately designed advanced composite / Titanium structures to achieve weight and stiffness requirements capable of providing longer spacecraft life○ Successfully lead and developed innovative structural thermal distortion project to accurately predict, measure and document spacecraft structure distortions due to space thermal environments.● BUS STRUCTURES - VEHICLE SYSTEMS ENGINEER○ Investigated and documented non-conformance (NC) issues of electrical, mechanical, propulsion and structural components during manufacture○ Prescribed and tracked engineering change records in accordance with Lean / Six Sigma best practices○ Effectively lead Manufacturing Review Board (MRB) meetings that utilized the Six Sigma DMAIC (Define, Measure, Analyze, Improve, Control) methodology

● Effectively lead project teams responsible for development and integration of mobility (powertrain and suspension) systems for tracked and wheeled, next generation (Future Combat Systems), in theater (Mine Resistant Ambush Protected - MRAP) and prototype U.S. military vehicle programs● Provided weekly Earned Value Reporting, risk assessment and mitigation, and ensured conformance to definition of operations concepts and architectural products (DoDAF)● Accurately designed advanced suspension and powertrain systems using CAD (Pro-Engineer) for future technology military vehicles● Managed and maintained assigned documents in accordance with established systems engineering and configuration management procedures (CMMI)● Coordinated with IPT stakeholders, management, vendors and manufacturing to ensure project feasibility. ● Presented detailed concept / peer reviews presentations to senior level management and government officials. Conducted trade studies, wrote RFP’s and RFQ’s and worked with purchasing to ensure timely delivery of quality products

● Provided training and supervision to Cal Poly students on lathes, mills, welders, grinders, drill presses, etc.● Completed machine maintenance and supply ordering● Helped students design senior projects or class projects for manufacturability

Designed and fabricated sheet metal products, mainly for industrial and Food Processing HVAC.