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Braxton Carter Email & Phone Number
Course Instructor
at
UC San Diego Extension
1 work email found
@reverseengineering.com
LinkedIn matched
✓ Verified August 2026
4 data sources
Profile completeness 100%
Current company
Role
Course Instructor
Location
San Diego County, California, United States
Who is Braxton Carter? Overview
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Quick answer
Braxton Carter is listed as Course Instructor at UC San Diego Extension, based in San Diego County, California, United States. AeroLeads shows a work email signal at reverseengineering.com and a matched LinkedIn profile for Braxton Carter.
Braxton Carter previously worked as Advisory Board UCSD - additive-manufacturing at Uc San Diego Extension and Instructor at Uc San Diego Extension. Braxton Carter holds Math Computer Science from Fort Lewis College.
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{first}@reverseengineering.com
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Profile bio
About Braxton Carter
Mission Statement: 3D Digitization of the physical world to 3D CAD for manufacturing and additive manufacturing applications. Software developer and publisher for CAD integrated reverse engineering linking 3d scanners and CMM direct to 3d CAD to improve efficiency and reduce man hours converting scan data to 3d cad models.Skills 28 + years of 3D CAD and Complex freeform Surface modeling experience using Siemens NX, Solidworks, Fusion 360 , Autocad, Inventor, Siemens NX, SolidEDGE, Mastercam, Inventor, Ansys Spaceclaim, PTC CREO , RHINO, 3D Studio MAX, KEYCREATOR, CATIA, Onshape.Current : Instructor : UCSD Extension (University of California San Diego La Jolla ) Developed courses and teacher/instructor : UCSD Mechanical Analysis and Design:The Mechanical Analysis and Design certificate will provide the latest tools and proficiencies necessary for the engineer to develop a wide range of mechanical systems and components. Students with a relevant degree (typically related to mechanical engineering) that complete the certificate will accumulate a set of competencies highly sought after in today’s job market. Additive Manufacturing :Additive manufacturing based on Solidworks and Fusion 360 . The Additive Manufacturing Certificate is designed for professionals, engineering graduates or those seeking to enter the field of AM – 3D printing.HighLights :NIST : Shop of the 90's - US Olympics - Napkin to prototype Support US Navy - San Diego MRO - USS Comstock , Harpers ferry , Pearl harbor - gears reverse engineering and manufacturing . Wild Cat Reverse engineering and failure simulation Pearl Harbor submarine maintenance and Nuclear Reactor PolyShield reverse engineering software development and teaching Kings Bay - Trident submarine MRO and 3D cad instructionFT Bragg Special Forces - MRO digitization and digital mock up X-38 - Software developer PTC Creo for reverse engineering parts for the X38 . The X-38 was an experimental re-entry vehicle designed by NASA to research a possible emergency crew return vehicle (CRV) for the International Space Station (ISS)
Listed skills include Software Development, Software Engineering, Product Development, Product Development And Rapid 3D Design Engineering, and 45 others.
Current workplace
Braxton Carter's current company
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13 roles
Braxton Carter work experience
A career timeline built from the work history available for this profile.
Advisory Board Ucsd - Additive-Manufacturing
Originally used for rapid prototyping, Additive Manufacturing (AM) has evolved into what we know today as 3D printing. Additive Manufacturing is the process of joining materials, layer upon layer, to create an object from a 3D model. Typically, these 3D models are designed utilizing computer-aided-design (CAD) software or a 3D object scanner. This transformative approach that goes from digital to physical enables the creation of stronger, lighter, and more complex products used across many industries including Healthcare, Aerospace, and Automotive.Additive Manufacturing has revolutionized manufacturing operations and industrial production by offering a more dynamic and flexible digital process. AM provides Engineers with the ability to design and produce parts that incorporate complex structures and materials without requiring assembly. Additionally, they can customize products, produce small quantities at a reasonable price, and increase efficiency by reducing lead times and costs.The Additive Manufacturing Certificate is designed for professionals, engineering graduates or those seeking to enter the field of AM – 3D printing. Through hands-on experience participants will learn the principles, standards, materials and application of Additive Manufacturing. This highly practical program will allow students to enter the field of Additive Manufacturing.
Course Instructor
Developed the certificate based curriculum, and teach 3 course additive manufacturing 3d printing Reverse Engineering. And Solidworks introduction-to-reverse-engineering-with-solidworks
Instructor
SolidWorks https://extension.ucsd.edu/courses-and-programs/solidworksReceive a hands-on approach to learning the Computer Aided Design and Analysis software SolidWorks; used in a wide cross section of manufacturing market segments. Learn the basics of 3D modeling including; building parts, assemblies, technical drawings, Finite Element Analysis, Motion Analysis, and Fluid analysis. In addition to learning how to use the use the software, you will also receive instruction on design best practices. 3D printing may be employed.
President
Reverseengineering.Com
Focus Virtual Teardown - Software development for reverse engineering and inspection software for 3D digitizers and CMMs for rapid prototyping, 3D modeling, inspection, GD&T, CAD comparison and CAD/CAM.Expert complex 3D surface modeling
Senior Product Design Engineer - Medical Device
Gene Impact
Senior Medical Device Product engineering
Dec 2017 - Mar 2018
Product Designer
Product Designer - Used solidworks to develop designs for plastic injection molded partsDESIGN Sprint processWhiteboard drawings to prototype engineeringDesign and develop Molecular medical device diagnostic devices. Given parts, sketch and drawings from engineers and created detailed designs of new molecular diagonostic tools and fixtures. Quidel - Better healthcare decision making and outcomes drive us to discover, develop and commercialize point of care diagnostic tests for the detection of specific disease conditions
Nov 2017 - Dec 2017
Product Development Engineer - Independent Consultant Expert 3D Surface Modeling
Product Development Consultant •3D scanning technology applied to Human surface capture for better fitting sleep apnea devices - data accuracy • 3D Surface modeling of complex freeform models with Solidworks applied to new sleep apnea devices.• Developed new 3D product designs for sleep apnea Collar technologies and processes for fabrication.• Developed Assembly engineering fixtures for product assembly • Develop new methods of 2D to 3D parts and fixtures
Dec 2016 - Jun 2017
Biomedical Senior Product Design Engineer - Independent Contractor
Chart Industries BioMedicalDesign industrial surfaces for reliable transportable oxygen concentrator.Complex Surface modeling and product development.
Jan 2015 - Apr 2016
Chief Technology Officer
Jec Biotech Group
Chief Technology OfficerJEC Biotech GroupAerosol delivery medical device Product developmentIntellectual property (IP) issues (e.g. patents, trade secrets, license contracts) Business methods patents and modelsInterface with legal counsel to incorporate those considerations into strategic planning and inter-company negotiations.Co - Inventor 3D Data Cloud Community - Patent pendingSoftware architect 3D data cloud community Tools include 3D Systems , Stratasys, Amazon Cloud , Github, Amazon learning
Jan 2014 - Jun 2015
Product Development Engineer
Highres, Inc
CAD/CAE design manufacturing engineer consultant to commercial and government clients such as: MERCK, GE Healthcare, Eli Lilly, UCSD, General Electric, Proctor and Gamble, US Army, US Navy, US Air Force, US Coast Guard, US Special Forces. CTO for reverse engineering software commercialization.
Jan 1995 - Feb 2014
Cto
Reverseengineering.Com
As CTO - focused on the core company and other supporting technologies.Projects Include utilizing Siemens NX, Pro Engineer areas of expertise and success with 3d data driven projects.1. Pharma, - tyco, lilly, merck - medical device reverse engineering 2 Navy - Hawaii Nuclear PolyCan reverse engineering engineering and submarine MRO , Kings Bay Trident submarine repair MRO3. NASA - X38 Astronaut recovery vehicle - skills transfer - reverse engineering aircraft surfaces4 Air force - Aircraft prototype reverse engineering5. Crainial Cap Skull modeling for infants6 Modernizing Bell helmets tooling with reverse engineering helmets - developed first symmetrical helmet 1992 Olympics Speed skiing team7 Software development 1992 Olympic cycling helmet Barcelona 19928 1998 Olympics Snowboarding helmet reverse engineering VANS - Nagano Japan9. Prosthetics engineering and organic surface modeling Human systems
Jan 1992 - Jan 2013
Cto, 3D Digital Desktop, Inc Revolver (Tm)
CTO, 3D Digital Desktop, Inc REVOLVER (TM)3D dimensional application for The Homer Multitext project, the first of its kind in Homeric studies, presents the textual transmission of the Iliad and Odyssey in a historical framework. It offers free access to a library of texts and images, a machine-interface to that library and its indices, and tools to allow readers to discover and engage with the Homeric tradition. Updates on the project are available via the Homer Multitext blog. Additional information is available here. To view the available papyri, select the manuscript browser below.
Jan 2008 - Jul 2011
3 education records
Braxton Carter education
Math Computer Science
Fort Lewis College
Computer Programming, Computer Programming
Control Data Institute
Gd&T
Uc San Diego Extended Studies
FAQ
Frequently asked questions about Braxton Carter
Quick answers generated from the profile data available on this page.
What company does Braxton Carter work for?
Braxton Carter works for UC San Diego Extension.
What is Braxton Carter's role at UC San Diego Extension?
Braxton Carter is listed as Course Instructor at UC San Diego Extension.
What is Braxton Carter's email address?
AeroLeads has found 1 work email signal at @reverseengineering.com for Braxton Carter at UC San Diego Extension.
Where is Braxton Carter based?
Braxton Carter is based in San Diego County, California, United States while working with UC San Diego Extension.
What companies has Braxton Carter worked for?
Braxton Carter has worked for Uc San Diego Extension, Reverseengineering.Com, Gene Impact, Quidel, and Sommetrics.
How can I contact Braxton Carter?
You can use AeroLeads to view verified contact signals for Braxton Carter at UC San Diego Extension, including work email, phone, and LinkedIn data when available.
What schools did Braxton Carter attend?
Braxton Carter holds Math Computer Science from Fort Lewis College.
What skills is Braxton Carter known for?
Braxton Carter is listed with skills including Software Development, Software Engineering, Product Development, Product Development And Rapid 3D Design Engineering, Software Project Management, Programming, Linux, and Utility And Business Methods Patent Writing.
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