C.E. Weekly Resume ID: RC266590 -- If the contact information on this resume is not current, please call us at (425)806-5200 and ask for our latest contact information on this individual. Please do not submit this resume without the approval of this individual.
Last modified on Apr 16, 2026.
Name: CHRIS ROBERTSChris Roberts
(281)562-1230 - rrichardc055@gmail.com

Professional Summary
U.S. Citizen
Active Secret Clearance
Mechanical Design Engineer Level 4; 20 years of experience in supporting NASA
and Missile projects.
Most recently demonstrated leadership in the engineering team for Lockheed Martin
Missiles and Fire Control (MFC). I brought value to MFC by answering major
engineering problems using creative design strategies, delivering value and expertise to
the customer.
Proficient in creating engineering drawings for fabrication with a strong foundation in
GD&T, ITAR, and EAR compliance.

Specialties
• CREO 9.0/Windchill 12.0

• Model Based Definition (MBD)

• Geometric Design & Tolerancing

• Agile

(GD&T)

• ASME Y14.5-2009 Dimensioning &
Tolerancing

Methodology/Jira/Confluence/Scrum

• ASME Y14.1-2013 Engineering
Drawing Practices

• NASA/Missile Programs
Work History
04/2024 to 04/2025 Senior Mechanical Design Engineer
Lockheed Martin, MFC – Grand Prairie, TX
• Missile: ER-GMLRS (Extended Range-Guided Multiple Launch Rocket System)
• Lead Designer on the "Production Break" effort, an effort headed in Grand Prairie
to stream line missile assembly to take place in Arkansas
• Personally Re-Designed the Bulkhead to accommodate three Warhead size
configurations, which presented new challenges that I found solutions for
• Collaborated with the Wire Harnessing team to streamline cabling across the entire
missile
• Conducted Engineering Tolerance Stack-Ups
• Designed Parts & Assy's Utilizing Model Based Definition (MBD)
• Utilized GD&T on engineering drawings

• Worked with Vendors and Suppliers to design and acquire unique fasteners for
missile to replace traditional rivets which are experiencing supply shortages (Click
Bond Rivetless nut plates)
• Mentored junior engineers, fostering skill development and promoting best
practices in mechanical design.
• Utilized CREO to create detailed 3D models and technical drawings for complex
missile parts & assemblies.
• Utilized Windchill for Product Lifecycle Management
02/2023 to 02/2024 Senior Mechanical Design Engineer
Gulfstream Aerospace (contractor) – Dallas, TX
• Interior completions design of new business jet G700
• Mechanical/Electrical design support
• 3D CAD Catia V5
• Product Lifecycle Management Enovia SmarTeam
• Microsoft Teams/Excell
10/2021 to 01/2023 Senior Mechanical Design Engineer 4
Lockheed Martin, MFC (contractor) – REMOTE
• LRASM Missile Project (Long Range Anti-Ship Missile)
• Utilizing Siemens NX to create Mechanical and Electrical Design Drawings for
Missile Parts and Assemblies
• Creation of Electrical Cables and Harnesses
• Connectors, backshells, clamps, splices, and terminals
• Created Model Based Definition training content for use in company wide
distribution
• Experience using the Agile methodology and received accolades from our Scrum
Master for outstanding Sprint work.
• CREO/Windchill
07/2019 to 04/2020 Senior Mechanical Design Engineer 4
Northrop Grumman (contractor) – Northridge, CA
• AARGM-ER Missile Project (Advanced Anti-Radiation Guided Missile-Extended
Range) for the F-35 fighter jet
• Utilized Siemens NX to Create & Release Engineering drawings of Mechanical,
Structural and Electrical Components For The Missile Control System & Liquid
Rocket Engine Propulsion System
• Collaborated w/ Structures, Configuration Mgmt, Contracts, Program Mgmt,
Manufacturing, and International Trade Compliance
• Ensured ITAR & EAR Compliance on drawings
• Participated In Internal Design Review (IDR) & Critical Design Review (CDR)
For U.S. Navy approval
• CREO/Windchill
12/2017 to 12/2018 Senior Propulsion Engineer
Aerojet Rocketdyne (contractor) – Canoga Park, CA

Liquid Rocket Engine Propulsion-AR1 Rocket Engine-Team Lead - Combustion
Devices - Thrust Chamber Assembly (TCA) Group
• Liquid Rocket Engine Design and Fabrication (LOX/RP-1)
• Responsible For Rocket Engine Integration w/ Liquid Rocket Engine Propulsion,
Gimbal, Preburner, Main Injector, Thrust Chamber, & Nozzle.
• Creation & Release of Engineering Assy Drw's.
• Coordination w/ interdisciplinary subsystem specialists for mission success,
Organized & Led Team Mtg's and Drawing Reviews.
• Participated In Preliminary & Critical Design Reviews For U.S.
• CREO/Windchill; GD&T
• Air Force Approval (PDR,CDR).
• Project: THAAD Missile Defense
01/2013 to 01/2016 Student
Arizona Summit Law School – Phoenix, AZ
Returned to College to earn a Juris Doctor (J.D.) degree.
01/2007 to 01/2012 Mechanical Design Engineer
NASA JSC / Oceaneering – Houston, TX
• Project: Space Vehicle Mockup Facility (SVMF) NASA; Neutral Buoyancy Lab
(NBL)
• Mechanical Design & On-Going Maintenance Of The Full-Scale Astronaut
Training Mock-Ups of The International Space Station (ISS) and Shuttle.
• Created & Released Engineering Drawings and Revisions.
• 3D Models Of Mechanical Parts & Assembly's.
• Catia v5
01/2005 to 01/2006 Mechanical Design Engineer
Bigelow Aerospace – Webster, TX
• Project: BA-330 Space Vehicle
• Deployable and Inflatable Spacecraft System Design.
• Environmental Control & Life Support Systems (ECLSS) On The Genesis I Space
Module.
• Complete Lifecycle From Design To Fabrication.
• Coordinated w/ Machine Shop For Fabrication Of Parts.
• SolidWorks/Enovia.

Education
2005

Bachelor of Architecture: Space Architecture (SICSA)
University of Houston - Houston, TX
The Sasakawa International Center for Space Architecture (SICSA) is a unique
interdisciplinary research, design and teaching academic center that supports the
world's only Master of Science (MS) degree in Space Architecture. In 2015 The Texas
Higher Education Coordinating Board approved changing the degree to a master of
science with a STEM — science, technology, engineering and math — designation. We
are academic leaders in the field of space architecture and are also active in the

planning and designing of facilities for extreme environments on Earth. These include
ocean facilities, polar research stations and human disaster accommodations. Graduates
will also conduct trade studies and learn about operational factors which contribute to
the design, such as logistics, orbital mechanics, transportation cost trades, etc. Our
collaborators have included NASA, The Boeing Company, Oceaneering, and the
Houston Airport System/Houston Spaceport.
Bachelor's Degree in Mechanical or Aerospace Engineering degree from an accredited
university with a minimum of 2 years of experience.Experience in 3D CAD (PTC
CREO Preferred).Experienced with Microsoft Office.US Citizen.Ability to obtain a
Secret Clearance.
12/2005

Minor: Construction Management
University of Houston - Houston, TX

Affiliations
AIAA - member
American Institution of Aeronautics and Astronautics

Software
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•
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CREO 9.0
PRO-ENGINGEER
PTC CREO WILDFIRE 5.0
WINDCHILL 12.0
TEAMCENTER
SOLIDWORKS
MICROSOFT WORD
POWERPOINT
EXCEL


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