Systems Engineering Project Manager


Last Updated: 26th October 2017 (over 4 years ago)

Address
Melbourne, Florida

E-mail
Locked

Phone Number
Locked

Gender
Male

Age Range
55 to 64

Qualification Level
Masters

Languages
English, Spanish

Summary

A highly effective aerospace and IT industry leadership professional (with over a decade of aerospace industry experience) and project manager who meets challenges skillfully and affects positive change. A highly motivated individual, with a proven ability to generate innovative ideas and effective solutions. Technically and culturally adept at working with cross functional multidisciplinary teams delivering consistently superior results meeting deadlines in high pressure environments.

Education

George Washington University
Master of Science Degree in Systems Engineering

   Oct 2008
— Jan 2012

MS in Systems Engineering with concentration in operations research, strategic planning, and Enterprise Systems (SDLC ) development.

Regis University
Bachelor of Science Degree Computer Information Systems

   Jan 2003
— Dec 2006

BS in Computer Information Systems with focus on software engineering, database creation and administration, and computer networks.

Experience

Northrop Grumman Aerospace Systems Company
Senior systems Engineering Project Manager

   Jul 2014
— Current

• Developed operational analyses (battlespace, economic, strategic aspects), program schedules, and cost estimates for Grumman C2-A Greyhound modernization program proposal to U.S. Navy.
• Worked with Fight controls simulation team in developing baseline E2D control surfaces software release.
• Served as project manager (cost account manager) for Northrop repair and engineering teams supporting subcontractor (Crane Aerospace) and the U.S. Navy supplying components and test data for the C2A anti-skid braking system including BOM, test procedures, and test reports for flight readiness review, and onsite system installation by Northrop engineering prior to delivery to U.S. Navy/ NAVAIR ( 8.5 million dollar aircraft modification project for the C2-A Greyhound cargo aircraft).
• Managed Engineering Mylar 3D Modeling project engineering drawing conversion to digital format) resulting in a digital drawing and specification database for the C-2A Greyhound aircraft fuselage frames, interior panels, and avionics. This effort reduced the cost and increased availability of C-2A design data to manufacturing groups. Managed $295,500.00 project budget.

ABACUS Technologies Corporation
Enteprrise information Engineer

   Apr 2014
— Jul 2014

• Developed/Implemented NASA KSC and agency level IT/Engineering/Mission systems architecture analysis and definition in the CASEWISE tool resulting in a standard System of systems to subsystem level architecture model that was used in agency financial and technical decision analyses.

Science Applcations International Corporation
Systems Engineering Manager

   Jul 2007
— Jan 2014

• Developed and implemented NASA Ground Systems Development Program system and data enterprise architecture solution. This greatly facilitated intra-program and external program data exchange through implementation of a structure that mapped NASA authoritative database sources between centers using xml and data link architectures. Created and enacted tool and engineering policies using vertical and horizontal integration throughout the 88 ground subsystem development teams. Served as system architecture and requirements tools/technology portfolio manager with 27 functional and 6 direct reports.

• Led Tool acquisition trade study for the new 21st Century Ground Systems Program that resulted in source selection of NASA federated tool set for requirements management (based on IT and engineering BOE estimates) saving the program 3.5 million dollars in unnecessary acquisition costs and personnel alignment for future engineering development.

• Served as principal system architect/ administrator for the Cradle requirements management/systems engineering tool set (Led team of 4 database administrators). Developed data architecture that reduced design data volume (from 4457 requirements to 1584 total) and milestone review product generation and processing by 65%.

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