Braeden Boege

• Prepreg Carbon Fiber Layup: Laying up layers of carbon fiber prepreg (pre-impregnated with resin) to create high-strength, lightweight components. This requires precision in placing the layers and ensuring the correct orientation to meet structural requirements.
• Surface Preparation: Properly preparing surfaces for bonding, including cleaning and sometimes sanding, to ensure optimal adhesion between the carbon fiber layers and other materials.
• Curing and Bonding: Using autoclaves or ovens to cure the prepreg, ensuring that the resin hardens to create a strong, durable bond between the carbon fiber layers. This is critical to ensure the component meets the required strength and quality standards for aerospace applications.
• Inspection and Quality Control: After the layup and curing process, inspecting components for any defects such as air pockets or misalignment, which could compromise the structural integrity. This includes using tools like ultrasonic testers or visual inspections to ensure high-quality results.
• Blueprint and Process Adherence: Following detailed technical drawings and blueprints to ensure that each part is fabricated to precise specifications. Understanding and following strict procedures for both the layup and curing processes to ensure consistent quality.
• Safety and Compliance: Adhering to safety protocols and quality control measures, particularly in handling chemicals, resins, and high-temperature curing processes. Ensuring that all products meet regulatory and customer specifications in the aerospace industry.

I was unemployed due to being in school at Spartan college to pursue my A&P license

• Streamlined workflow by organizing tools, equipment, and workspaces for maximum productivity during daily operations.
• Assisted in the development of new composite materials, contributing to breakthroughs in product design and performance.
• Achieved consistent compliance with industry standards such as AS9100 or NADCAP through diligent adherence to established procedures and protocols.
• Enhanced production efficiency through meticulous maintenance and calibration of composite fabrication equipment.
• (TR) Jet Pipe Layup for G500 & G600 aircraft
  Use of carbon fiber prep-preg material, working into and around radii
  of core on tool surface using rocks, heat gun, Virtek laser systems
  used to ensure proper ply orientation and correct placement
  Core application onto previously laid up carbon fiber material, using
  Virtek laser lines as a guide to ensure proper and correct installation
  Core potting
  Vacuum bagging
  Test coupon lay up
  Lay up prep, putting tool in oven

• Streamlined workflow by organizing tools, equipment, and workspaces for maximum productivity during daily operations.
• Assisted in the development of new composite materials, contributing to breakthroughs in product design and performance.
• Enhanced production efficiency through meticulous maintenance and calibration of composite fabrication equipment.
• Achieved consistent compliance with industry standards such as AS9100 or NADCAP through diligent adherence to established procedures and protocols.
• (TR) Jet Pipe Layup for G500 & G600 aircraft
  Use of carbon fiber pre-preg material, working into and around radii
  of core on tool surface using rocks, heat gun, Virtek laser systems
  used to ensure proper ply orientation and correct placement
  Core application onto previously laid up carbon fiber material, using
  Virtek laser lines as a guide to ensure proper and correct installation
  Core potting
  Vacuum bagging
  Test coupon lay up
  Lay up prep, putting tool in oven

• Installation of Simulation Systems: Installing and configuring flight simulation hardware and software, including motion platforms, flight controls, visual systems, and avionics. This may involve both physical setup and system configuration to meet specifications.
• System Integration: Ensuring all components of the simulator, such as flight decks, motion systems, and visual displays, are integrated and functioning together seamlessly. This requires close attention to detail to ensure compatibility between hardware and software.
• Configuration and Calibration: Adjusting and calibrating simulator systems to ensure they provide an accurate and realistic flight training experience. This includes verifying that all systems are synchronized and responsive.
• Testing and Quality Assurance: Conducting thorough testing to verify that installed systems meet FlightSafety’s standards for performance, reliability, and safety. This may include both pre-installation tests and post-installation quality checks.
• Troubleshooting and Issue Resolution: Identifying and resolving issues during installation and configuration, troubleshooting problems with hardware, software, or integration that may arise during setup.
• Documentation and Reporting: Maintaining detailed installation records and reports, including system specifications, configuration settings, and any issues encountered during the process.
• Customer Support: Providing technical support to customers or internal teams during the installation process, offering guidance on setup and addressing any questions or concerns.
• Collaboration: Working closely with engineers, designers, and other technicians to ensure the installation meets customer requirements and technical specifications.

• Component Assembly and Fabrication: Assisting in the assembly, testing, and integration of spacecraft components, such as structural elements, avionics, propulsion systems, and thermal protection systems. This may involve working with materials like composites, metals, and electronics.
• System Testing and Troubleshooting: Conducting tests on spacecraft systems and components, identifying issues, and troubleshooting to ensure proper functionality. This may include vibration testing, vacuum chamber testing, or functional system checks to simulate space conditions.
• Documentation and Compliance: Maintaining detailed records of testing, assembly processes, and modifications. Ensuring that all work is documented in compliance with engineering and quality standards, and that all technical specifications are met.
• Quality Assurance and Inspections: Performing inspections to verify that parts and systems meet rigorous quality standards. This includes checking for adherence to design specifications, safety protocols, and aerospace regulatory requirements.
• Collaboration with Engineering Teams: Working closely with engineers and other technical staff to support design and development phases, implementing changes and providing feedback on design improvements.
• Manufacturing Support: Assisting in the manufacturing process for spacecraft parts, ensuring that all assemblies are completed according to specifications, and addressing any issues that may arise during production.
• Tool and Equipment Operation: Using specialized tools and equipment to fabricate and assemble spacecraft components, including CNC machines, diagnostic tools, and precision measurement instruments.

• Streamlined workflow by organizing tools, equipment, and workspaces for maximum productivity during daily operations.
• Enhanced production efficiency through meticulous maintenance and calibration of composite fabrication equipment.
• Assisted in the development of new composite materials, contributing to breakthroughs in product design and performance.
• Achieved consistent compliance with industry standards such as AS9100 or NADCAP through diligent adherence to established procedures and protocols.
• (TR) Jet Pipe Layup for G500 & G600 aircraft
  Use of carbon fiber pre-preg material, working into and around radii
  of core on tool surface using rocks, heat gun, Virtek laser systems
  used to ensure proper ply orientation and correct placement
  Core application onto previously laid up carbon fiber material, using
  Virtek laser lines as a guide to ensure proper and correct installation
  Core potting
  Vacuum bagging
  Test coupon lay up
  Lay up prep, putting tool in oven