Jacob Bartel Email & Phone Number

Los Angeles, CA, US

Brownsville, TX, US

Hawthorne, California, US

Responsible for Starship Booster production and test, inclusive of engineering and direct labor technician team.

Hawthorne, California, US

Manage Starship Super Heavy Booster integration and test engineering as well as technical product lead team. Responsible for successful execution of integrated Booster configuration and change management, build, test, and overall schedule as well as Raptor integration.

Hawthorne, California, US

Manage Starship Super Heavy Booster integration engineering and technical product lead team. Responsible for successful execution of integrated Booster build and overall schedule as well as Raptor integration.

Hawthorne, California, US

Serve as product manager of Dragon 2 Cargo vehicles under the CRS2 program, with overall engineering responsibility for successful program outcome across all disciplines. In totality, took program from pre-PDR trade phase through successful NASA certification and multiple operational flights before accepting promotion to the Starship program to tackle the.

Hawthorne, California, US

Technical lead of Dragon 2 Cargo vehicles under the CRS2 program. Technical lead of Dragon XL under the GLS/DSL program. Additional leadership responsibilities within Dragon 2 fleet management, maintenance, and reusability as well as Dragon 2 Crew development and other SpaceX special projects.

Hawthorne, California, US

Actively supported final integrated build and test of Dragon Crew Capsules with focus on first article development builds. Cross-cutting role with responsibility and knowledge within all flight, build, and test systems on spacecraft.Responsible for upstream design integration and ultimately successful on time delivery of capsules under the NASA Commercial.

Hawthorne, California, US

Responsible for build and test of the Dragon 2 Structural Qualification Capsule under the Commercial Crew Program.

Hawthorne, California, US

• High level internship with direct accountability to the Dragon 2 and Red Dragon technical and programmatic lead engineers
• Responsible for identifying and solving daily and long term vehicle wide Dragon 2 design and build challenges, with given authority for effecting and leading changes to support program goals while personally.
• Leading Dragon 2 side concept, design, and build execution of transportation system which will be used for all Cape, Vandenberg, and Texas servicing, support, movement, and testing operations of the Falcon Heavy.
• Determining all necessary vehicle hardware servicing and configuration tasks for nominal reflight, launch scrub turnaround, and mission restructuring, combining these findings as well as realized interdependencies and.
• Identifying and calculating relevant SpaceX and industry spacecraft statistics for comparison and use in future design campaigns

Shah Alam, Selangor, MY

• Coauthored proposal document seeking $200K in grant funding requiring determination of mission requirements, structural systems, testing procedure, schedule, costing, and overall CubeSat requirements and best practices
• Technical lead responsible for development, manufacturing, and testing of protoflight and flight CubeSat in preparation for successful advancement of visual orbit determination algorithms on University Student built.

Hawthorne, California, US

• Responsible for design and analysis of flight critical assembly on primary structure of the manned Dragon vehicle
• Determined requirements, loads, and constraints through an in depth knowledge of the vehicle, communication with multiple interdisciplinary teams, and numerous levels of analysis in a fast paced and dynamic work.
• Designed parts in NX to requirements, verifying design with peer reviewed Femap FEM and hand calculations
• Presented determined requirements, loads, and design in a design review forum, incorporating findings quickly and effectively

Pittsburgh, PA, US

• Oversaw 60 members and $1M budget to drive Lunar XPrize protoflight rover development for 2016 flight
• Orchestrated eight subgroups to complete engineering, testing, finance, manufacturing, and integration goals
• Identified and resolved scheduling, development, finance, and human resource challenges
• Represented the Carnegie Mellon Lunar Team needs and goals within various forums

Hawthorne, California, US

• Conceived and designed tooling to support significant increases in production volume of manufactured parts
• Theorized and implemented multiple systems to improve and support manufacturing efforts including material handling processes, data management procedures, CAM common tools, training development, and others
• Evaluated above system’s costs ($20K-2M) against expected returns, generated ROIs, reports, presentations, and technical documentation throughout

Pittsburgh, PA, US

• Oversaw 15 engineers working towards Lunar XPrize Milestone rover development including implementing requests for funding (>$100K), purchasing, scheduling, task allocation, and human resources
• Researched, designed, manufactured, and tested structural, mechanical, and electrical aspects of protoflight rover
• Recorded and presented technical and non-technical aspects of development process to technical and lay audiences

• Designed and modified products per customer needs and specifications within design constraints
• Determined, designed, and manufactured tooling and fixtures for high-volume aerospace and commercial parts
• Drafted technical papers to direct twenty-five machinists in production and quality control